energy transformed (joule, J) = potential difference (volt, V) × charge (coulomb, C)","",""),
("481","Power","7","H","The amount of electrical charge that flows is related to current and time by the equation:
charge (coulomb, C) = current (ampere, A) × time (second, s)
","",""),
("482","Atomic","1","H","to explain how the Rutherford and Marsden scattering experiment led to the \'plum pudding\' model of the atom being replaced by the nuclear model.","",""),
("483","Atomic","2","","The relative masses and relative electric charges of protons, neutrons and electrons.","",""),
("484","Atomic","3","","In an atom the number of electrons is equal to the number of protons in the nucleus. The atom has no net electrical charge.","",""),
("485","Atomic","4","","Atoms may lose or gain electrons to form charged particles called ions.","",""),
("486","Atomic","5","","All atoms of a particular element have the same number of protons.","",""),
("487","Atomic","6","","Atoms of different elements have different numbers of protons.","",""),
("488","Atomic","7","","Atoms of the same element which have different numbers of neutrons are called isotopes.","",""),
("489","Atomic","8","","The total number of protons in an atom is called its atomic number.","",""),
("490","Atomic","9","","The total number of protons and neutrons in an atom is called its mass number.","",""),
("491","Atomic","10","","The effect of alpha and beta decay on radioactive nuclei.","",""),
("492","Atomic","11","","The origins of background radiation.","This should include both natural sources, such as rocks and cosmic rays from space, and man-made sources such as the fallout from nuclear tests and accidents.",""),
("493","Nuclear","1","","to sketch a labelled diagram to illustrate how a chain reaction may occur.","",""),
("494","Nuclear","2","","There are two fissionable substances in common use in nuclear reactors, uranium 235 and plutonium 239.","",""),
("495","Nuclear","3","","Nuclear fission is the splitting of an atomic nucleus.","",""),
("496","Nuclear","4","","For fission to occur the uranium 235 or plutonium 239 nucleus must first absorb a neutron","",""),
("497","Nuclear","5","","The nucleus undergoing fission splits into two smaller nuclei and 2 or 3 neutrons and energy is released.","",""),
("498","Nuclear","6","","The neutrons may go on to start a chain reaction.","",""),
("499","Nuclear","7","","Nuclear fusion is the joining of two atomic nuclei to form a larger one.","",""),
("500","Nuclear","8","","Nuclear fusion is the process by which energy is released in stars.","","");
DROP TABLE IF EXISTS Days;
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`Order` int(11) NOT NULL,
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("Thu","4"),
("Fri","5");
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CREATE TABLE `Detentions` (
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`UPN` text NOT NULL,
`Reason1` text NOT NULL,
`Reason2` text NOT NULL,
`Reason3` text NOT NULL,
`Reason4` text NOT NULL,
`Comment` text NOT NULL,
`ScheduledDate` date NOT NULL,
`Length` int(2) NOT NULL,
`Addressee` text NOT NULL,
`StaffID` text NOT NULL,
`Done` tinyint(1) NOT NULL DEFAULT 0,
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INSERT INTO Detentions VALUES("7","R850201899044","When the class was asked to be silent, he called out \'chicken wing\' and waved his arm around.","When the class was asked to be silent, he was playing with his lips and humming.","When the class was asked to be silent, he continued talking.","","","2008-03-04","30","Mr and Mrs P Bramall","JAC","0"),
("5","P850201899062","Talking out of turn three times","","","","","2008-03-04","30","Miss S Unwin","JAC","0"),
("6","B850304099006","Talking out of turn three times","","","","","2008-03-04","30","Mrs K Davies","JAC","0");
DROP TABLE IF EXISTS Exceptions;
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`Date` date NOT NULL,
`Reason` tinytext NOT NULL,
`CoverReq` int(11) NOT NULL,
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INSERT INTO Exceptions VALUES("40","0000-00-00","","0"),
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("38","0000-00-00","","0"),
("37","0000-00-00","","0"),
("36","0000-00-00","","0"),
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("51","2019-09-04","INSED","0"),
("50","0000-00-00","","0"),
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("53","2020-05-08","Bank Holiday","0");
DROP TABLE IF EXISTS FlashCardActivity;
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`Username` text NOT NULL,
`QuestID` int(11) NOT NULL,
`Knew` int(11) NOT NULL,
`Timestamp` timestamp NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`RowID`)
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DROP TABLE IF EXISTS Flashcards;
CREATE TABLE `Flashcards` (
`RowID` int(11) NOT NULL AUTO_INCREMENT,
`Question` text NOT NULL,
`Answer` text NOT NULL,
`Mislead1` text DEFAULT NULL,
`Mislead2` text DEFAULT NULL,
`Mislead3` text DEFAULT NULL,
`Topic` text NOT NULL,
`Order` int(11) NOT NULL,
`Owner` text NOT NULL,
PRIMARY KEY (`RowID`)
) ENGINE=MyISAM AUTO_INCREMENT=387 DEFAULT CHARSET=latin1 COLLATE=latin1_swedish_ci;
INSERT INTO Flashcards VALUES("1","What are the 3 methods of thermal energy transfer?","Conduction; Convection; Radiation","Conduction; Convection; Reduction","Electroysis; Distillation; Filtration","Electroysis; Chromotography; Filtration","P1","1","JAC"),
("2","Which 2 methods of thermal energy transfer involve particles?","Conduction; Convection","","","","P1","2","JAC"),
("3","What are the 4 factors that affect the rate of thermal energy transfer","Temperature gradient; Colour of surface; Surface area; Material (insulation)","","","","P1","3","JAC"),
("4","Name 5 ways to insulate your house","Double glazing; Carpets; Draught excluders; Loft insulation; Cavity wall insulation","","","","P1","4","JAC"),
("5","How should you decide which method of insulation to install first?","The method of insulation with the shortest \'Payback Period\'","","","","P1","5","JAC"),
("6","What is the equation for \'Payback Period\' calculation?","Payback period = Annual saving / Initial cost","","","","P1","6","JAC"),
("7","What 4 factors affect the rate of evaporation and condensation?","Surface Area; Temperature; Air Flow; Density of fluid (mass of particle)","","","","P1","7","JAC"),
("8","What is the equation involving specific heat?","Energy transferred = mass x Specific heat x temperature change","","","","P1","8","JAC"),
("9","What are the 5 flows of energy?","Electrical; Kinetic (Movement); Light; Sound; Thermal (Heat)","","","","P1","9","JAC"),
("10","Which are the 4 stores of energy?","Gravitational Potential; Elastic Potential; Chemical Potential; Nuclear Potential","","","","P1","10","JAC"),
("11","What is the equation for efficiency?","efficiency = Useful out / total in","","","","P1","11","JAC"),
("12","What are the (large) units of Electrical energy?","Kilowatt-hours (kWh)","","","","P1","12","JAC"),
("13","What is the equation for Electrical Energy?","Electrical energy = Current x Voltage","","","","P1","13","JAC"),
("14","What is the equation for the cost of electricity?","Cost = Number of units (kWh) x cost per unit","","","","P1","14","JAC"),
("15","What are the 7 renewable energy resources that can be used to generate electricity? ","Wave;Tide;Hydro;Wind;Solar;Geothermal;Biomass","","","","P1","15","JAC"),
("16","What 4 are non-renewable energy resources that can be used to generate electricity? ","Coal;Oil;Gas;Nuclear","","","","P1","16","JAC"),
("17","Which type of non-renewable station starts up the quickest?","Gas","","","","P1","17","JAC"),
("18","Which type of non-renewable station starts up the slowest? ","Nuclear","","","","P1","18","JAC"),
("19","Which type of non-renewable station produces the most Carbon Dioxide?","Coal","","","","P1","19","JAC"),
("20","Which type of non-renewable station produces the least Carbon Dioxide?","Nuclear","","","","P1","20","JAC"),
("21","What are the 4 stages of a thermal power station?","Boiler => Steam => Turbine => Generator","","","","P1","21","JAC"),
("22","What are the 3 key parts of the national grid?","Set Up Transformer => Power Lines => Set Down Transformer","","","","P1","22","JAC"),
("23","What 2 words are used to describe a sound?","Volume; Pitch","","","","P1","23","JAC"),
("24","What 2 words are used to describe a wave?","Amplitude; Frequency","","","","P1","24","JAC"),
("25","Describe the 3 wave phenomena?","Reflection: The bouncing of a wave; Refraction: The bending of a wave; Diffraction: The spreading out of a wave through a gap","","","","P1","25","JAC"),
("26","In order, what are the 7 parts to the electromagnetic spectrum?","Radio Waves => Micro Waves => Infra-red => Visible => Ultra Violet => X-Ray => Gamma Rays","","","","P1","26","JAC"),
("27","Name a uses for the 7 parts to the electromagnetic spectrum?","Radio Waves: Communication; Micro Waves: Mobile Phone& Satellite Communication; Infra-red: Short range communications (eg remote control); Visible: Fibre optic Communication; Ultra Violet: Security marking; X-Ray: Seeing bones in flesh; Gamma Rays: Treating cancer","","","","P1","27","JAC"),
("28","Name a hazard for the 7 parts to the electromagnetic spectrum?","Radio Waves: None; Micro Waves: Internally cooked; Infra-red: Skin Burns; Visible: Blinded; Ultra Violet: Skin Cancer; X-Ray: Increase in risk of cancer; Gamma Rays: Increase in risk of cancer","","","","P1","28","JAC"),
("29","What is the evidence for the universe expanding?","Red Shift","","","","P1","29","JAC"),
("30","What effect is thought to explain this?","Doppler Effect","","","","P1","30","JAC"),
("31","What is the evidence for a single \'big bang\'?","Cosmic Microwave Background Radiation","","","","P1","31","JAC"),
("32","Name the three particles that make up an atom, and what are their charges?","Proton: +1; Neutron: 0; Electron: -1","","","","C1a","1","JAC"),
("33","What is an element?","A substance that is made of only one sort of atom.","","","","C1a","2","JAC"),
("34","Where can a list of all elements and their symbols be found in the exam?","The periodic table on the data sheet.","","","","C1a","3","JAC"),
("35","What is a compound?","A substance that is made of more than one sort of atom chemically bonded.","","","","C1a","4","JAC"),
("36","What is mixture?","Two or more elements or compounds not chemically combined together.","","","","C1a","5","JAC"),
("37","What do the numbers in the periodic table mean?","Top (large) number = Mass number = Protons + Neutrons; Bottom (smaller) number = atomic number = protons = electrons (in an atom - Not in an ion)","","","","C1a","6","JAC"),
("38","How are electrons arranged in an atom?","In shells aka energy levels; with a maximum of 2 electrons in the first (inner) shell, then 8, 8 and 2 in the fourth, filling up from the inner one first.","","","","C1a","7","JAC"),
("39","What 2 things do elements in periodic table columns have in common?","Similar chemical properties (because) they have the same number of electrons in the outer shell","","","","C1a","8","JAC"),
("40","What are the elements in Group 0 called and why?","Nobel gases; They are unreactive because their atoms have stable arrangements of electrons.","","","","C1a","9","JAC"),
("41","What do compounds formed from metals and non-metals consist of?","Ions","","","","C1a","10","JAC"),
("42","What do compounds formed from non-metals consist of and how are they held together?","Molecules; Covalent bonds","","","","C1a","11","JAC"),
("43","What happens to particles in a chemical reaction?","They are rearranged, bonds are broken and new ones formed.","","","","C1a","12","JAC"),
("44","In chemical reactions, what is meant by the conservation of mass?","No atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.","","","","C1a","13","JAC"),
("45","What is the chemical name of limestone?","Calcium Carbonate","","","","C1a","14","JAC"),
("46","What is the chemical formula of limestone?","CaCO
3","","","","C1a","15","JAC"),
("47","What happens to limestone when it is heated?","Thermal decomposition to make calcium oxide and carbon dioxide.","","","","C1a","16","JAC"),
("48","What is the word equation for thermal decomposition of limestone?","Calcium Carbonate => Calcium oxide + Carbon dioxide.","","","","C1a","17","JAC"),
("49","What is the symbol equation for thermal decomposition of limestone?","CaCO
3 => CaO + CO
2","","","","C1a","18","JAC"),
("50","What is the formula of Calcium Oxide?","CaO","","","","C1a","19","JAC"),
("51","What is the formula of Calcium Hydroxide?","Ca(OH)
2","","","","C1a","20","JAC"),
("52","What are the 2 uses of Calcium Hydroxide?","Neutralisation of acids eg acidic soil; Testing for Carbon dioxide as lime water","","","","C1a","21","JAC"),
("53","What happens when carbonates react with acids?","They produce carbon dioxide, a salt and water.","","","","C1a","22","JAC"),
("54","Why is this a problem for Limestone statues?","Limestone is damaged by acid rain.","","","","C1a","23","JAC"),
("55","What are the raw materials for making Cement?","Limestone is heated with clay to make cement","","","","C1a","24","JAC"),
("56","What are the raw materials for making Mortar?","Cement (limestone and clay) is mixed with sand to make mortar (for between bricks).","","","","C1a","25","JAC"),
("57","What are the raw materials for making Concrete?","Cement (limestone and clay) is mixed with sand and aggregate to make concrete.","","","","C1a","26","JAC"),
("58","What is an ore?","A rock that contain enough metal to make it economical to extract the metal.","","","","C1a","27","JAC"),
("59","Why does gold not need to be chemically extracted?","It is unreactive.","","","","C1a","28","JAC"),
("60","Why can iron be extracted using carbon?","Iron is less reactive that carbon, so the carbon displaces the iron to bond with the oxygen.","","","","C1a","29","JAC"),
("61","Why can\'t aluminum be extracted using carbon?","Aluminium is more reactive that carbon, so the carbon can not displace the Aluminium to bond with the oxygen.","","","","C1a","30","JAC"),
("62","How is aluminum extracted?","Electrolysis.","","","","C1a","31","JAC"),
("63","Where can you find clues to how to extract metals in the exam?","The reactivity series on the data sheet.","","","","C1a","32","JAC"),
("64","What are the 3 ways to extract copper?","Smelting- heating the copper-rich ore in a furnace; Phytomining - use plants to absorb metal compunds then burn them and process the ash; Bioleaching - use bacteria to produce leachate\nsolutions that contain metal compounds.","","","","C1a","33","JAC"),
("65","What process is used to purify copper?","Electrolysis - Positive Copper ions (as listed on data sheet) move towards the negative electrode.","","","","C1a","34","JAC"),
("66","What are the 2 reasons aluminum and titanium expensive to extract?","There are many stages in the processes; Large amounts of energy are needed.","","","","C1a","35","JAC"),
("67","Why should metals be recycled?","Extracting them uses limited resources and is expensive in terms of energy and effects on the environment.","","","","C1a","36","JAC"),
("68","What is an alloy?","A metal mixed with something else.","","","","C1a","37","JAC"),
("69","Why is cast iron from a blast furnace only used in compression?","It contains about 96% iron. The 4% carbon impurities make it brittle and weak in tension.","","","","C1a","38","JAC"),
("70","How is cast iron made more useful?","Converted it to steel by removing most of the carbon.","","","","C1a","39","JAC"),
("71","Why do pure metals have limited uses?","There are too soft.","","","","C1a","40","JAC"),
("72","What 3 properties does copper have that makes it useful for electrical wiring and plumbing?","Is a good conductor of electricity and heat;\nCan be bent but is hard enough to be used to make\npipes or tanks;\nDoes not react with water.","","","","C1a","41","JAC"),
("73","What 2 properties do aluminium and titanium have that makesthem useful?","Low density (light) and resistance to corrosion","","","","C1a","42","JAC"),
("74","What is crude oil?","A mixture of a very large number of compounds.","","","","C1a","43","JAC"),
("75","What is a hydrocarbon?","Molecules made up of hydrogen and carbon atoms
only","","","","C1a","44","JAC"),
("76","How are different length hydrocarbons separated from each other?","Fractional distillation - by evaporating the oil and allowing it to condense at a number of different temperatures.","","","","C1a","45","JAC"),
("77","What are the 3 properties of hydrocarbons that depend on the size of the molecule?","Boiling points - Temperature turns into gas - Low for small chains;\nViscosity - How thick (slow pouring) the liquid is- Low for small chains;\nFlammability - How easily it sets alight - High for small chains.","","","","C1a","46","JAC"),
("78","Name the first 4 alkanes in order","Methane, Ethane, Propane and Butane.","","","","C1a","47","JAC"),
("79","What is the basic formula for alkanes?","C
nH
2n+2","","","","C1a","48","JAC"),
("80","What is the word equation for burning hydrocarbons?","Hydrocarbon + Oxygen => Carbon dioxide + Water","","","","C1a","49","JAC"),
("81","Which gases causes acid rain?","Sulfur dioxide; Nitrogen oxides","","","","C1a","50","JAC"),
("82","Which gas is a greenhouse gas?","Carbon Dioxide ","","","","C1a","51","JAC"),
("83","Name 2 alternative fuels.","Biodiesel; Ethanol","","","","C1a","53","JAC"),
("84","What is cracking?","Thermal decomposition of large hydrocarbon molecules into smaller, more useful ones.","","","","C1b","1","JAC"),
("85","What is produced in cracking?","Alkanes and Alkenes.","","","","C1b","2","JAC"),
("86","What are the industrial conditions for cracking?","High temperature and Catalyst; OR mixed with steam and very high temperature.","","","","C1b","3","JAC"),
("87","What is an alkene?","Unsaturated hydrocarbons - contains one double bond.","","","","C1b","4","JAC"),
("88","Name the first 2 alkenes?","Ethene and Propene.","","","","C1b","5","JAC"),
("89","What is the general formula for alkenes?","C
nH
2n","","","","C1b","6","JAC"),
("90","What is the test for an alkene?","Alkenes react with bromine water, turning it from orange to colourless.","","","","C1b","7","JAC"),
("91","What is a monomer?","Small molecules","","","","C1b","8","JAC"),
("92","What is a polymer?","Very large molecule made up of repeating units (monomers)","","","","C1b","9","JAC"),
("93","What is the environmental problem of disposing of polymers?","Many polymers are not biodegradable, so they are not broken down by microbes and this can lead to problems with litter and filling landfill sites","","","","C1b","10","JAC"),
("94","What is a solution for plastic bags?","Biodegradable plastics made from cornstarch have been developed.","","","","C1b","11","JAC"),
("95","What is the word equation to show how ethanol can be produced from ethene?","Ethene + Steam => Ethanol","","","","C1b","12","JAC"),
("96","What are the industrial conditions for the production of ethanol from ethene?","Ethene heated with steam in the presence of a catalyst.","","","","C1b","13","JAC"),
("97","What is the word equation to show how ethanol can be produced from sugar?","Sugar => Carbon dioxide + Ethanol","","","","C1b","14","JAC"),
("98","What are the 2 processes used to extract plant oils?","Pressing; Distillation.","","","","C1b","15","JAC"),
("99","Why are vegetable oils important foods?","Provide a lot of energy; Provide us with nutrients.","","","","C1b","16","JAC"),
("100","What are the advantages of cooking with vegetable oils over water?","Oils have higher boiling points than water and so can be used to cook foods at higher temperatures than by boiling. This produces quicker cooking and different flavours","","","","C1b","17","JAC"),
("101","What are the disadvantages of cooking with vegetable oils over water?","Oils increases the energy that the food releases when it is eaten.","","","","C1b","18","JAC"),
("102","What is an emulsion?","A mixture of two liquids, one finely dispersed in the other.","","","","C1b","19","JAC"),
("103","What are examples of emulsions?","salad dressings;ice creams; cosmetics; paints.","","","","C1b","20","JAC"),
("104","What advantages do emulsions have?","They are thicker so provide better: texture; coating\nability; appearance.","","","","","21","JAC"),
("105","What is an emulsifier?","A chemical added to increase the stability (time taken to separate) of an emulsion.","","","","C1b","22","JAC"),
("106","HT only - What do the hydrophilic and hydrophobic ends of an emulsifier do?","Hydrophillic head - attached to water and repelles each other;Hydrophobic tail sticks to oil droplet.","","","","C1b","23","JAC"),
("107","What\'s the chemical test for identifying unsaturated oils?","Bromine test","","","","C1b","24","JAC"),
("108","HT only - Describe how unsaturated fats can be partially saturated and solidifed to make spreads?","Hydrogenation - Oils heated with hydrogen in the presence of a nickel catalyst at about 60 ?C.","","","","C1b","25","JAC"),
("109","Which type of fat is bad for your health?","Saturated fats","","","","C1b","26","JAC"),
("110","What are the only sources of minerals and resources for humans?","Earth?s crust;atmosphere;oceans","","","","C1b","27","JAC"),
("111","Which three layers make up the Earth\'s structure?","Crust; Mantle; Core","","","","C1b","28","JAC"),
("112","What were the first ideas of mountain formation?","Result of the shrinking of the crust as the Earth cooled down following its formation.","","","","C1b","29","JAC"),
("113","Why was Wegener\'s theory of crustal movement (continental drift) was not generally accepted for many years?","He could not explain how the continents could move.","","","","C1b","30","JAC"),
("114","What causes the tectonic plates to move?","Convection currents within the Earth?s mantle driven by heat released by natural radioactive processes","","","","C1b","31","JAC"),
("115","What cause earthquakes and / or volcanic eruptions?","Sudden movements of tectonic plate boundaries.","","","","C1b","32","JAC"),
("116","What did the Earth\'s early atmosphere consist of, 4.5 billion years ago?","Mainly carbon dioxide;little or no oxygen gas; may also have been water vapour and small proportions of methane and ammonia.","","","","C1b","33","JAC"),
("117","What does the Earth\'s atmosphere consist of, now?","About four-fifths (80%) nitrogen;\nAbout one-fifth (20%) oxygen;\nSmall proportions of various other gases, including carbon dioxide, water vapour and noble gases.","","","","C1b","34","JAC"),
("118","Where is most of the carbon dioxide from the early atmosphere?","Most of the carbon from the carbon dioxide in the air gradually became locked up in sedimentary rocks as carbonates and fossil fuels.","","","","C1b","35","JAC"),
("119","What caused the changes in oxygen level?","Plants and algae produced the oxygen that is now in the atmosphere.","","","","C1b","36","JAC"),
("120","What is meant by \'primordial soup\'?","A mixture of chemicals in the oceans.","","","","C1b","37","JAC"),
("121","HT only - What two molecules may have interacted with lightning to form life?","Hydrocarbons;Ammonia","","","","C1b","38","JAC"),
("122","The burning of fossil fuels is causing a rise in the level of CO
2 in the atmosphere. How is this affecting the oceans and the climate?","Oceans absorbe more carbon dioxide which has an impact on the marine environment;Its thought to be causing global warming","","","","C1b","39","JAC"),
("123","HT only - Why do we fractionally distill air?","To provide a source of raw materials used in a variety of industrial processes.","","","","C1b","40","JAC"),
("124","Q1","A1","","","","TEST","1","JAC"),
("125","Q2","A2","","","","TEST","2","JAC"),
("126","Q3","A3","","","","TEST","3","JAC"),
("127","Q4","A4","","","","TEST","4","JAC"),
("128","Q5","A5","","","","TEST","5","JAC"),
("129","Q6","A6","","","","TEST","6","JAC"),
("130","Q7","A7","","","","TEST","7","JAC"),
("131","Q8","A8","","","","TEST","8","JAC"),
("132","Q9","A9","","","","TEST","9","JAC"),
("233","What is a characteristic?","The features an organism has.","","","","B1b","12","JAC"),
("234","What two things can affect characteristics?","inhered genes (nature); the environement (Nurture)","","","","B1b","13","JAC"),
("232","In the carbon cycle, what 3 ways do plants use carbon?","to make carbohydrates; fats; and proteins which\nmake up the body of plants and algae","","","","B1b","11","JAC"),
("231","In the carbon cycle, what are the two ways in which carbon is returned to the atmosphere?","Respiration; Burning","","","","B1b","10","JAC"),
("230","In the carbon cycle, what is the only way carbon is removed from the atmosphere?","Photosynthesis by green plants and algae","","","","B1b","9","JAC"),
("229","How do organisms use the energy they gain from their food?","Movement; staying warm; (reproducting); (growth)","","","","B1b","8","JAC"),
("228","Why is a pyramid of biomass a pyramid shape?","Energy loss at each stage","","","","B1b","7","JAC"),
("227","Name 3 non-living measurements that can be used to measure environmental change.","Oxygen meter - oxygen levels; thermometer - temperature; rain gauge - rainfall.","","","","B1b","6","JAC"),
("226","Name a type of living indicator for environmental change in water pollution.","Invertebrate animals particularly for the concentration of dissolved oxygen in water.","","","","B1b","5","JAC"),
("386","What causes global dimming?","Unburnt carbon particles - Soot","","","","C1a","52","JAC"),
("225","What 7 factors may causes environmental change?","Pollution; climate change; seasons etc","","","","B1b","4","JAC"),
("222","Give 3 examples of organism adaptation","changes to surface area (ears and leaves);thickness of insulating coat;amount of body fat;camouflage; water-storage tissues;extensive root systems.","","","","B1b","1","JAC"),
("223","What 4 things do animals compete for?","food (water);mates;territory","","","","B1b","2","JAC"),
("224","What 4 things do plants compete for?","light;space;water;nutrients from the soil.","","","","B1b","3","JAC"),
("221","What is a \'gateway\' drug?","Buying illegal drugs brings you in contact with drug dealers who could sell you harder drugs.","","","","B1a","40","JAC"),
("220","What is a \'stepping stone\' drug?","A softer drug that when people are bored of will then use a harder drug.","","","","B1a","41","JAC"),
("219","What are the 4 internal conditions that our body controls?","Water content of the body;Ion content of the body;Temperature;Blood sugar levels.","","","","B1a","33","JAC"),
("379","How does water leave the body?","Via the lungs when we breathe out; Via the skin when we sweat to cool us down; and excess water is lost via the kidneys in the urine;","","","","B1a","34","JAC"),
("380","How does water enter the body?","Drinking; (eating)","","","","B1a","35","JAC"),
("381","How are ions are lost?","Via the skin when we sweat;
and excess ions are lost via the kidneys in the urine;","","","","B1a","36","JAC"),
("217","What do auxins do in roots?","Inhibit growth","","","","B1a","31","JAC"),
("218","How can farmer use artificial plant hormones?","Weed killers;rooting hormones.","","","","B1a","32","JAC"),
("216","What do auxins do in shoots?","Encourage growth","","","","B1a","30","JAC"),
("214","Roots grow ...","Down (towards gravity); towards moisture","","","","B1a","28","JAC"),
("215","Why do plants produce uneven growth?","There is uneven amounts of auxins","","","","B1a","29","JAC"),
("213","Shoots grow ...","Up (away from gravity); towards light","","","","B1a","27","JAC"),
("212","How can artificial hormones be used to reduce fertility?","Oral contraceptives (The Pill) that contain hormones to inhibit FSH production so that no eggs mature","","","","B1a","26","JAC"),
("211","How can artificial hormones be used to increase fertility?","FSH and LH given if a woman\'s FSH is too low to stimulate eggs to mature;\neg. In Vitro Fertilisation (IVF) treatment","","","","B1a","25","JAC"),
("210","What effect do they have?","FSH - causes eggs to mature in the ovaries and to produce oestrogen;\nLH - stimulates the release of eggs from the ovary;\noestrogen -stops production of FSH.","","","","B1a","24","JAC"),
("207","What is, and what happens, at a synapse?","a junction (gap) between neurones; a chemical is released from the first neurone; that causes an impulse to be sent along the second neurone","","","","B1a","21","JAC"),
("208","What are the 3 female hormones involved the menstrual cycle?","follicle stimulating hormone (FSH);\nluteinising hormone (LH);\noestrogen","","","","B1a","22","JAC"),
("209","Where are they produced?","FSH - pituitary gland;\nLH - pituitary gland;\noestrogen - ovaries","","","","B1a","23","JAC"),
("206","Describe the 7 stages of a reflex action.","Simulus; Receptor; Sensory neuron; Relay neuron (in spinal cord); Motor neutron; Effector (muscle or gland); Response (movement or hormone release)","","","","B1a","20","JAC"),
("205","How did Ignaz Semmelweis save 1000\'s of mother\'s lives?","Semmelweiss recognised the importance of hand-washing in the prevention of spreading some infectious diseases; By insisting that doctors washed their hands before examining patients, he greatly reduced the number of deaths from infectious diseases in his hospital.","","","","B1a","19","JAC"),
("204","What is the maximum temperature cultures should be incubated at, In school and college laboratories?","25 degrees Celsius; In industrial conditions higher temperatures can produce more rapid growth.","","","","B1a","18","JAC"),
("382","How are ions are gained?","Eating; (Drinking)","","","","B1a","37","JAC"),
("383","Why is body temperature maintained at 37 degrees Celsius?","It is the temperature at which enzymes work best;","","","","B1a","38","JAC"),
("201","What ONE type of pathogen do antibiotics deal with?","Bacteria","","","","B1a","13","JAC"),
("202","What is MRSA an example of?","Antibiotic resistant strains of bacteria.","","","","B1a","14","JAC"),
("200","How do vaccines protect people?","Dead or inactivated pathogens injected; Stimulates the white blood cells to produce antibodies that destroy the pathogens; The body can respond by rapidly making the correct antibody.","","","","B1a","12","JAC"),
("198","How does your body stop pathogens entering the body?","Skin; Tears; Mucus","","","","B1a","10","JAC"),
("199","How does your body deal with pathogens that have entered the body? (What 3 things do WBC do?)","ingesting pathogens; producing antibodies, which destroy particular bacteria or viruses;producing antitoxins, which counteract the toxins released by the pathogens.","","","","B1a","11","JAC"),
("194","How should someone change their lifestyle,
if they want to
lose weight?","The energy content of the food the eat should be less than the amount of energy expended so:
increase exercise; reduce food intake","","","","B1a","5","JAC"),
("195","What do we call someone that does not eat a balanced diet.","Malnourished","","","","B1a","6","JAC"),
("196","Name 3 effects of obesity","Type 2 diabetes; Heart disease (NOT high blood pressure); Arthritis","","","","B1a","7","JAC"),
("197","What 2 types of pathogen can be found in the body?","Bacteria; Virus","","","","B1a","9","JAC"),
("320","What can affect a person\'s cholesterol level?","Inherited factors / genes; diet","","","","","0",""),
("192","What affects your metabolic rate?","inherited factors / Genes; proportion of muscle to fat / body mass; age / growth rate; gender","","","","B1a","4","JAC"),
("321","What can affect a person\'s cholesterol level?","Inherited factors / genes; diet","","","","B1a","8","JAC"),
("190","What are each of the food groups used for?","Carbohydrates, fats and proteins are used by the body to release energy and to build cells.;Mineral ions and vitamins are needed in small amounts for healthy functioning of the body.;Fibre is used for healthy waste removal","","","","B1a","2","JAC"),
("189","What are the 5 food groups?","Carbohydrates (Sugars and Starch);Fats;Proteins;Vitamin and minerals;Fibre","","","","B1a","1","JAC"),
("235","Where are genes found?","In chromosomes; in the nucleus","","","","B1b","14","JAC"),
("236","What are the two forms of reproduction and how are they different from each other?","Sexual - two parents - variation in offspring; Asexual - one parent - identical offspring","","","","B1b","15","JAC"),
("237","What are the three methods of cloning and how are they different from each other?","tissue culture ? using small groups of cells from part of a plant- Cuttings;\nembryo transplants ? splitting animal embryo before cells specialise. Inserted into host mothers;\nadult cell cloning ? nucleus is removed from egg cell. The nucleus from an adult body cell inserted into the egg cell. An electric shock, cell to begin to divide to form embryo cells. Inserted into the womb surrogate.","","","","B1b","16","JAC"),
("238","Describe the process of genetic engineering.","genes from the chromosomes of humans and other organisms can be ?cut out? using enzymes and transferred to cells of other organisms.","","","","B1b","17","JAC"),
("239","What does GM stand for?","Genetically Modified","","","","B1b","18","JAC"),
("240","What are the pro and cons for GM foods?","resistant to insect attack or to herbicides;\ngenetically modified crops generally show increased yields.","","","","B1b","19","JAC"),
("241","What 2 ideas fuel evolution?","variation of offspring;\nnatural selection","","","","B1b","20","JAC"),
("242","Which two scientists came up with theories of evolution?","Darwin;Lamarck","","","","B1b","21","JAC"),
("243","What was different about their theories?","Darwin - offspring vary from their parents;\nLamarck - changes occur to adults over their life time and then passes on to offspring","","","","B1b","22","JAC"),
("244","Why has one become the accepted theory?","The mechanism of varation has been discovered - DNA and Genes","","","","B1b","23","JAC"),
("295","The
Range is ...","... From the
smallest number
to the
biggest number; Don\'t forget units!;Bigger is better","","","","HSW","19","JAC"),
("293","We use meters with
small divisions on their scale to ...","... improve
precision","","","","HSW","26","JAC"),
("292","We know we used a suitable range because ...","... we could see a clear pattern.","","","","HSW","20","JAC"),
("289","A
zero error can be identified when ...","... a meter that
doesn\'t read zero when disconnected.","","","","HSW","16","JAC"),
("285","To calculate a
mean we ...","
Discard anomalies;
add up the remaining readings;
Divide by the number of numbers.","","","","HSW","12","JAC"),
("286","A
conclusion should be in the form:","
(P: Relationship) As the [Independent Variable] is increased, the [Dependant Variable] [increases/decreases];
(E: Data) When the [IV] was [Low Value] the [DV] was [Value], but when the [IV] was [High Value] the [DV] was [Value];
(L: Link to hypothesis) This [does/does not] support the hypothesis","","","","HSW","13","JAC"),
("283","If there is an anomaly we should ...","... either
redo that value or
ignore it when we calculate the mean.","","","","HSW","10","JAC"),
("282","An
anomaly is ...","... a reading that doesn\'t fit the pattern.","","","","HSW","9","JAC"),
("281","We take
repeats to ...","... check repeatability; spot anomalies; and improve the reliability of our results","","","","HSW","8","JAC"),
("279","
Control variables ...","... are kept the same; to avoid other factors affecting the outcome.","","","","HSW","6","JAC"),
("278","A
continuous type of variable is one that ...","... can be any numerical value.","","","","HSW","5","JAC"),
("276","The
dependant variable ...","... we
measure or calculate from measurements.","","","","HSW","3","JAC"),
("294","The
Interval is ...","... the
gap between readings.","","","","HSW","21","JAC"),
("291","Results with high
reproducibility...","... means that
other people will get similar results from the same method.","","","","HSW","18","JAC"),
("290","Results with high
repeatability...","... means that
you get similar results from the same method.","","","","HSW","17","JAC"),
("288","
Systematic errors are ...","... the
same for every reading.","","","","HSW","15","JAC"),
("287","
Random errors are ...","...
different for every reading.","","","","HSW","14","JAC"),
("284","We take repeats and calculate a
mean to ...","... improve
accuracy; by reducing the
effect of
random error","","","","HSW","11","JAC"),
("280","A
preliminary test ...","... is done before the main experiment and; used to select suitable control variables values.","","","","HSW","7","JAC"),
("277","A
categoric type of variable is one that ...","... has a value described by
words or labels.","","","","HSW","4","JAC"),
("275","The
independent variable ...","... I
change.","","","","HSW","2","JAC"),
("274","A
hypothesis is ...","... an attempt to explain an observation.","","","","HSW","1","JAC"),
("296","
Valid results ...","... allows you to test the hypothesis.","","","","HSW","24","JAC"),
("297","A
Sketch graph is ...","... just a line of best fit; on labelled axis.","","","","HSW","25","JAC"),
("298","
Calibration is ...","Marking a scale on a measuring instrument;\nThis involves measuring known quantities and marking them on the scale.","","","","HSW","27","JAC"),
("299","We choose the range and invterval to ...","... give between 5 and 10 readings","","","","HSW","23","JAC"),
("384","Why must blood sugar levels be maintained?","To provide the cells with a constant supply of energy.","","","","B1a","39","JAC"),
("303","Explain","How and
why a thing happens","","","","CommandWords","1","JAC"),
("304","Describe","
What has / will happen","","","","CommandWords","2","JAC"),
("305","Write Down","Give a short answer without a reason.","","","","CommandWords","3","JAC"),
("306","Compare","Give a similarity
and a difference.","","","","CommandWords","4","JAC"),
("307","Calculate","Work out a number; don\'t forget units","","","","CommandWords","5","JAC"),
("308","Discuss","Give
both sides of an argument","","","","CommandWords","6","JAC"),
("309","Suggest","Give an sensible answer that may be correct","","","","CommandWords","7","JAC"),
("310","Estimate","Give a realistic value.","","","","CommandWords","8","JAC"),
("311","Predict","Look at trends in data and estimate a realistic value","","","","CommandWords","9","JAC"),
("312","Evaluate","Give 2 advantages and 2 disadvantages","","","","CommandWords","10","JAC"),
("313","Justify","Give evidence or reason for your previous answer","","","","CommandWords","11","JAC"),
("314","Outline","Give key facts only, in order","","","","CommandWords","12","JAC"),
("315","Show","Write steps in a calculation to prove an answer given to you.","","","","CommandWords","13","JAC"),
("316","Carbon Dioxide","Turns lime water cloudy","","","","GasTests","1","JAC"),
("317","Oxygen","Relights a glowing spill","","","","GasTests","0","JAC"),
("318","Hydrogen","Makes a squeeky pop when lit with a burning spill","","","","GasTests","3","JAC"),
("319","What is meant by metabolic rate?","The
rate of chemical reactions in the body","","","","B1a","3","JAC"),
("322","We know we used a suitable interval because ...","... we could see a clear pattern.","","","","HSW","22","JAC"),
("323","What
5 parts do
both plant & algal cells and animal cells have?","Nucleus;Cytoplasm;Cell membrane;Mitochondria;Ribosomes","","","","B2a","1","JAC"),
("324","What
3 parts do
plant & algal cells have that animal cells do not?","Cell Wall; Chloroplasts; Permanent Vacuole","","","","B2a","2","JAC"),
("325","What is the function of the
nucleus?","
Controls the activities of the cell.","","","","B2a","3","JAC"),
("326","What is the function of the
Cytoplasm?","
Location for most of the
chemical reactions.","","","","B2a","4","JAC"),
("327","What is the function of the
cell membrane?","
Controls the passage of substances
in and out of the cell.","","","","B2a","5","JAC"),
("328","What is the function of the
mitrochondria?","Where most
energy is released in
respiration.","","","","B2a","6","JAC"),
("329","What is the function of the
ribosomes?","Where
protein synthesis (making) occurs.","","","","B2a","7","JAC"),
("330","What is the function of the
cell wall?","
Strengthens the cell.","","","","B2a","8","JAC"),
("331","What is the
cell wall made of?","
Cellulose","","","","B2a","9","JAC"),
("332","What is the function of the
chloroplasts?","
Absorb light energy to make glucose (food).","","","","B2a","10","JAC"),
("333","What is the function of the
permanent vacuole?","Store of
cell sap.","","","","B2a","11","JAC"),
("334","What
3 parts do
both yeast and bacterial cells have?","Cell wall; Cytoplasm and; Cell membrane","","","","B2a","12","JAC"),
("335","How are yeast and bacterial cells
different?","A bacterial cell\'s genes are
not in a distinct nucleus (in plasmid);\nYeast cell\'s genes are in a
nucleus.","","","","B2a","13","JAC"),
("336","Why don\'t all cells have the same number of parts?","Cells are
specialised to carry out a particular
function (job).","","","","B2a","14","JAC"),
("337","How are palisade cells adapted to suit their function?","Lots of chloroplasts to absorb light;Tall thin shape to allow light deep into cell.","","","","B2a","15","JAC"),
("338","How are red blood cells adapted to suit their function?","Biconcave shape to maximise surface area; on which to carry oxygen;No nucleus so more space for oxygen.","","","","B2a","16","JAC"),
("339","What is diffusion?","Diffusion is the
spreading of the particles of a gas,or of any substance in solution;resulting in a net movement from a region where they are of a
higher concentration
to a region with a
lower concentration.","","","","B2a","17","JAC"),
("340","What can affect the rate of diffusion?","The concentration gradient:
The greater the difference in concentration,
the faster the rate of diffusion.;(Temperature);(mass of particle);(Surface area);(Permeability)","","","","B2a","18","JAC"),
("341","Name four substances that diffuse through a cell membrane.","Oxygen; Carbon dioxide; Glucose; Water","","","","B2a","19","JAC"),
("342","What is a
tissue?","A tissue is a
group of cells with similar structure and function","","","","B2a","20","JAC"),
("343","What is the function of
muscular tissue?","To
churn the contents by
contracting.","","","","B2a","21","JAC"),
("344","What is the function of
glandular tissue?","To produce and
secrete digestive juices.","","","","B2a","22","JAC"),
("345","What is the function of
epithelial tissue?","To
cover the outside and the inside of the stomach.","","","","B2a","23","JAC"),
("346","What is an
organ?","Organs are made of tissues;One organ may contain several tissues.","","","","B2a","24","JAC"),
("347","What is an
organ system, and give examples?","Organ systems are
groups of organs that perform a particular function.
Eg:
- circulatory system
- respiratory system
- digestive system
- nervous system
- reproductive system
- leaf canopy
","","","","B2a","25","JAC"),
("348","Which type of organ produce digestive juices?","Glands; such as the pancreas; salivary glands; (and stomach)","","","","B2a","26","JAC"),
("349","Where does digestion occur?","In the stomach and; small intestine.","","","","B2a","27","JAC"),
("350","Which organ produces
bile?","The liver.","","","","B2a","28","JAC"),
("351","Where does the
absorption of soluble
food occurs?","The
small intestine.","","","","B2a","29","JAC"),
("352","Where is water absorbed from the undigested food, producing faeces?","The
large intestine.","","","","B2a","30","JAC"),
("353","What is a multicellular
organism, and give examples?","Organisms are
groups of organs systemsEg:
","","","","B2a","31","JAC"),
("354","What are the 3 main
plant organs?","Stems; roots and; leaves.","","","","B2a","32","JAC"),
("355","List four tissues which are found in the leaf?","Epidermal tissues; mesophyll; xylem and; phloem","","","","B2a","33","JAC"),
("356","What is the function of
epidermal tissue in a plant?","The plant\'s
covering.","","","","B2a","34","JAC"),
("357","What is the function of
mesophyll in a plant?","The layer in which
photosynthesis is carried out.","","","","B2a","35","JAC"),
("358","What is the function of
xylem and phloem in a plant?","
Transportation of substances around the plant.","","","","B2a","36","JAC"),
("359","What is the word equation for photosynthesis?","carbon dioxide + water (+ light energy) ==> glucose + oxygen","","","","B2a","37","JAC"),
("360","Where does the plant get the raw materials from for photosynthesis?","carbon dioxide from the air; water from the soil","","","","B2a","38","JAC"),
("361","What chemical absorbes the light energy,
and where is it found?","Chlorophyll; which is found in chloroplasts.","","","","B2a","39","JAC"),
("362","What are three factors which limit the rate of photosynthesis?","Shortage of light;Low (or very high) temperature; shortage of carbon dioxide.","","","","B2a","40","JAC"),
("363","What is the name given to the factor that holds back the rate of photosynthesis?","Limiting factor","","","","B2a","41","JAC"),
("364","On a graph of rate of photosynthesis
wrt to light intensity, what is the limiting factor on the inclined line?","Light intensity","","","","B2a","42","JAC"),
("365","On a graph of rate of photosynthesis
wrt to light intensity, what is the limiting factor on the horizontal line?","Something other than light intensity; ie temperature or carbon dioxide concentration.","","","","B2a","43","JAC"),
("366","What is glucose used for and why?","
Respiration for energy;Insoluble
starch for storage (leaf or root);
fat or oil for storage (seed or fruit);
Cellulose for cell wall strength;(amino acids to produce)
Proteins for growth and repair of cells","","","","B2a","44","JAC"),
("367","What else does the plant need from glucose to make proteins and where does it come from?","
Nitrate ions that are absorbed from the
soil.","","","","B2a","45","JAC"),
("368","How can farmers create artificial environments for growing plants?","Glasshouses; Lamps; Heaters; Carbon dioxide enrichment","","","","B2a","46","JAC"),
("369","What must they consider when creating artificial environments for growing plants?","Setup costs; running costs (energy use); increase in yield; increase in growing season","","","","B2a","47","JAC"),
("370","What affects the
distribution of an organism?","
Temperature; availability of
nutrients; amount of
light; availability of
water; availability of
oxygen and
carbon dioxide.","","","","B2a","48","JAC"),
("371","How can you study distributions of organisms (2 ways)? ","random sampling with quadrats; sampling along a transect.","","","","B2a","49","JAC"),
("372","Explain what a quadrat is and how you would use one.","A square frame used to limit sample size;Count number / area of organisms within quadrat","","","","B2a","50","JAC"),
("373","How do you work out the estimate population size?","Random sampling with quadrats; until mean organism count is unaffected; multiply mean by the ratio of sample area to quadrat area.","","","","B2a","51","JAC"),
("374","Explain how you would use a transect to study organisms.","Mark out the line of transect; sample with quadrat at set interval","","","","B2a","52","JAC"),
("375","How can you make data on distribution reliable and valid?","Collect a large sample; either with true randomness or consistant interval along transect.","","","","B2a","53","JAC"),
("376","Describe aseptic techniques before inoculation.","Petri dishes and culture media must be sterilised before use to kill unwanted microorganisms;","","","","B1a","15","JAC"),
("377","Describe aseptic techniques during inoculation. ","Inoculating loops used to transfer microorganisms to the media must be sterilised by passing them through a flame;","","","","B1a","16","JAC"),
("378","Describe aseptic techniques after inoculation. ","The lid of the Petri dish should be secured with adhesive tape to prevent microorganisms from the air contaminating the culture.","","","","B1a","17","JAC"),
("385","Name the living indicator used to measure a environmental change in air pollution.","lichens, particularly of the concentration of sulfur dioxide in the atmosphere;","","","","B1b","5","JAC");
DROP TABLE IF EXISTS FormTime;
CREATE TABLE `FormTime` (
`RowID` int(11) NOT NULL AUTO_INCREMENT,
`Type` text NOT NULL,
`Question` text NOT NULL,
`Answer` text NOT NULL,
PRIMARY KEY (`RowID`)
) ENGINE=MyISAM AUTO_INCREMENT=33883 DEFAULT CHARSET=utf8mb3 COLLATE=utf8mb3_unicode_ci;
INSERT INTO FormTime VALUES("1","word","repugnant (adjective)","Offensive to taste and feeling. "),
("2","element","Bk","Berkelium (Atomic number 97)"),
("67","thought","Is it ever okay to cheat? ",""),
("4","thought","If you had one wish what would it be?",""),
("5","fact","Chocolate sauce was used in black and white films to simulate blood.",""),
("6","grammar","
What is wrong with the following sentence?
\n
You should of learned how to write correct sentences.
","You should have learned how to write correct sentences."),
("7","maths","110 ÷ 10 + 151","= 162"),
("8","teaser","How can you use the letters in NEW DOOR to make one word?","ONE WORD."),
("9","joke","What school subject are snakes best at?","Hisstory."),
("10","word","termination (noun)","The act of ending or concluding. "),
("11","element","Bh","Bohrium (Atomic number 107)"),
("13","thought","Would you rather have to sit all day or stand all day?",""),
("14","fact","The cigarette lighter was invented before the match.",""),
("15","grammar","
What is wrong with the following sentence?
\n
Seth thinks its much more fun to play football when it\'s raining.
","Seth thinks it\'s much more fun to play football when it\'s raining."),
("16","maths","92 + 23","= 115"),
("17","teaser","Can you rearrange the phrase \'twelve plus one\' to make another sum?","Eleven plus two."),
("18","joke","What do you call a man with a spear?","Lance."),
("19","word","eloquent (adjective)","Having the ability to express emotion or feeling in lofty and impassioned speech. "),
("20","element","Fl","Flerovium (Atomic number 114)"),
("22","thought","If you could ask God one question what would it be?",""),
("23","fact","Zebras are actually very well camouflaged in grasslands because their main predator, the lion, is colour blind.",""),
("24","grammar","
What is wrong with the following sentence?
\n
My friends have lost they\'re tickets to the concert.
","My friends have lost their tickets to the concert."),
("25","maths","3 × 11 + 46","= 79"),
("26","teaser","A farmer had 17 sheep and all but 9 die. How many are left?","9 sheep."),
("27","joke","What do prisoners use to call each other?","Cell phones."),
("28","word","expedient (adjective)","Contributing to personal advantage. "),
("29","element","At","Astatine (Atomic number 85)"),
("31","thought","Would you rather lose all of your old memories, or never be able to make new ones?",""),
("32","fact","Four is the only number that has the same amount of letters as its actual value ",""),
("33","grammar","
What is wrong with the following sentence?
\n
I am far to tired to go out tonight.
","I am far too tired to go out tonight."),
("34","maths","1.3 × 0.4 + 5.3","= 5.82"),
("35","teaser","How many times can you subtract 5 from 20?","Once, after that you have 15."),
("36","joke","What clothes does a house wear? ","Address."),
("37","word","facsimile (noun)","An exact copy or reproduction. "),
("734","fact","The last person to be executed by guillotine was in 1977.",""),
("33869","thinking","What type of thinking map would you use to brainstorm ideas?","

\n
Circle Map
"),
("40","thought","Is a broken down car parked? ",""),
("41","fact","There are no blue fruits. Blueberries are purple.",""),
("727","maths","477 - (24 + 273)","= 180"),
("786","word","neurology","The science of the nervous system. "),
("732","word","azalea","A flowering shrub. "),
("43","maths","68 ÷ 4 + 31","= 48"),
("44","teaser","What do cows drink?","Water."),
("45","joke","What do you call a man with many spears?","Lancelot."),
("46","word","malcontent (noun)","One who is dissatisfied with the existing state of affairs. "),
("47","element","Sb","Antimony (Atomic number 51)"),
("65","element","Be","Beryllium (Atomic number 4)"),
("718","maths","306 ÷ 18 + 44","= 61"),
("724","thought","If you borrow every single book from a library is it still a library? ",""),
("51","grammar","
What is wrong with the following sentence?
\n
I\'m going to have too talk to her about her conduct.
","I\'m going to have to talk to her about her conduct."),
("52","maths","67 + 194 + 162","= 423"),
("53","teaser","A plane crashes on the Canadian - US border. Where would you bury the survivors?","You don\'t bury survivors."),
("54","joke","What happens if you eat yeast and shoe polish?","Every morning you\'ll rise and shine!"),
("55","word","contagion (noun)","The communication of disease from person to person. "),
("56","element","Cr","Chromium (Atomic number 24)"),
("64","word","anhydrous (adjective)","Withered. "),
("58","thought","Would you rather get revenge or get over it? ",""),
("59","fact","A \'jiffy\' is an actual unit of time equal to one hundredth of a second.",""),
("60","grammar","
What is wrong with the following sentence?
\n
I ate two much for lunch today.
","I ate too much for lunch today."),
("61","maths","72 + 53","= 174"),
("62","teaser","What do you put in a toaster?","Bread."),
("63","joke","Why was the maths book sad?","Because it had too many problems."),
("733","thought","Would you rather be tired and on time or fully rested and late?",""),
("709","maths","13 × 10 + 110","= 240"),
("730","word","microscopy (noun)","The art of examining objects with the microscope. "),
("715","thought","Would you rather visit 50 years in the past or 50 years in the future?",""),
("70","maths","75 ÷ 5 + 72","= 87"),
("71","teaser","What letter is next in this sequence? M, A, M, J, J, A, S, O, ?","N for \'November\'."),
("72","joke","What did the water say to the boat?","Nothing, it just waved."),
("73","word","equestrian (adjective)","Pertaining to horses or horsemanship. "),
("74","element","Kr","Krypton (Atomic number 36)"),
("75","word","diligence","Careful and persevering effort to accomplish what is undertaken. "),
("76","thought","If you could only tell the truth or only lie, which one would you choose?",""),
("77","fact","A seashell next to your ear is the sound of your blood pumping, not the ocean. ",""),
("78","grammar","
What is wrong with the following sentence?
\n
Where doing simultaneous equations in Maths.
","We\'re doing simultaneous equations in Maths."),
("79","maths","15% of 230","= 34.5"),
("80","teaser","An assistant in a butcher\'s shop is exactly 6 feet tall. What does he weigh?","Meat."),
("81","joke","What did one snowman say to the other?",""Can you smell carrots too?""),
("82","word","anthracite (noun)","Hard coal. "),
("83","element","Cs","Caesium (Atomic number 55)"),
("84","word","epidermis","The outer skin. "),
("85","thought","If you read a magazine in a shop without paying for it is it stealing? ",""),
("86","fact","When water freezes it expands by roughly 10%.",""),
("87","grammar","
What is wrong with the following sentence?
\n
I have too go to swimming practise tonight.
","I have to go to swimming practise tonight."),
("88","maths","1.1 × 0.2 + 5","= 5.22"),
("89","teaser","What is the next term in the sequence: 1, 11, 21, 1211, 111221, 312211, 13112221...?","1113213211"),
("90","joke","What do you get when you a cross sneeze with a punchline?","A sick joke."),
("91","word","perambulate (verb)","To walk about. "),
("92","element","Al","Aluminium (Atomic number 13)"),
("93","word","duplex","Having two parts. "),
("725","fact","Forest fires spread faster uphill than downhill.",""),
("95","fact","Your nose and ears never stop growing.",""),
("703","word","coagulate (verb)","To change into a clot or a jelly, as by heat, by chemical action, or by a ferment. "),
("704","element","Pu","Plutonium (Atomic number 94)"),
("97","maths","12 ÷ 6 + 173","= 175"),
("98","teaser","You only have one match and enter a cold and dark room. There is an oil heater, an oil lamp and a candle, which would you light first?","The match."),
("99","joke","Why did the boy tiptoe past the medicine cabinet?","He didn\'t want to wake the sleeping pills!"),
("100","word","neophyte (adjective)","Having the character of a beginner. "),
("101","element","Lr","Lawrencium (Atomic number 103)"),
("102","word","grotto","A small cavern. "),
("103","thought","If you enjoy your job, is it really work?",""),
("104","fact","All the gold mined in the world so far would fill only two Olympic swimming pools.",""),
("105","grammar","
What is wrong with the following sentence?
\n
Even though she was guilty, the defendant claimed she didn\'t do nothing wrong.
","Even though she was guilty, the defendant claimed she didn\'t do anything wrong."),
("106","maths","87 + 134 + 198","= 419"),
("712","word","denouement (noun)","That part of a play or story in which the mystery is cleared up. "),
("700","maths","25% of 190","= 47.5"),
("108","joke","If you hold 9 oranges in one hand and 10 lemons in another, what do you have?","Big hands!"),
("109","word","poetaster (noun)","An inferior poet. "),
("110","element","Mn","Manganese (Atomic number 25)"),
("111","word","annuity","An annual allowance, payment, or income. "),
("112","thought","If you could turn invisible for one day, what would you do?",""),
("691","maths","304 ÷ 16 + 192","= 211"),
("114","grammar","
What is wrong with the following sentence?
\n
Chris is always they\'re on time.
","Chris is always there on time."),
("115","maths","699 - (213 + 295)","= 191"),
("116","teaser","Some months have 30 days, some months have 31 days. How many months have 28 days?","All of them. Every month has at least 28 days."),
("697","thought","If you could find out when and where you will die, would you want to know?",""),
("118","word","tranquil (adjective)","Calm. "),
("119","element","Se","Selenium (Atomic number 34)"),
("722","element","B","Boron (Atomic number 5)"),
("121","thought","Would you rather take an ice cold shower or not shower at all?",""),
("122","fact","People who laugh a lot are generally healthier than those who don\'t. ",""),
("123","grammar","
What is wrong with the following sentence?
\n
We\'ll go into town to do a bit of shopping if their is time.
","We\'ll go into town to do a bit of shopping if there is time. "),
("124","maths","1 × 0.5 + 7.9","= 8.4"),
("125","teaser","If you drove a bus with 43 people on board from London and stopped at Liverpool to pick up 7 more people, what\'s the name of the driver?","YOU are the driver."),
("126","joke","Where does Father Christmas go to recover after Christmas?","An elf farm."),
("127","word","phonology (noun)","The science of human vocal sounds. "),
("128","element","Bi","Bismuth (Atomic number 83)"),
("129","word","almanac","A series of tables giving the days of the week together with certain astronomical information. "),
("721","word","pecuniary (adjective)","Consisting of money. "),
("684","joke","What do you call a deer with no eyes?","No idea."),
("131","fact","Sharks can lose 30,000 teeth in a lifetime.",""),
("132","grammar","
What is wrong with the following sentence?
\n
Your never going to get a good grade unless you study hard.
","You\'re never going to get a good grade unless you study hard."),
("133","maths","19 × 15 + 120","= 405"),
("136","word","blithesome (adjective)","Cheerful. "),
("682","maths","631 - (197 + 140)","= 294"),
("138","word","vista","A view or prospect. "),
("139","thought","Would you rather have one wish granted today or three wishes granted in 10 years? ",""),
("673","maths","560 - (116 + 244)","= 200"),
("141","grammar","
What is wrong with the following sentence?
\n
If I was a professional footballer, I would want to play every game of the season.
","If I were a professional footballer, I would want to play every game of the season."),
("144","joke","I lost my thesaurus on the bus today...","I can\'t find the words to say how angry I am."),
("145","word","vestige (noun)","A visible trace, mark, or impression, of something absent, lost, or gone. "),
("696","word","contagion","The communication of disease from person to person. "),
("147","word","sardonic","Scornfully or bitterly sarcastic. "),
("695","element","Dy","Dysprosium (Atomic number 66)"),
("664","maths","1.2 × 1 + 1.5","= 2.7"),
("150","grammar","
What is wrong with the following sentence?
\n
I never would of thought that he\'d behave like that.
","I never would\'ve thought that he\'d behave like that."),
("151","maths","674 - (167 + 226)","= 281"),
("152","teaser","Give me food, and I will live. Give me water, and I will die. What am I?","Fire."),
("153","joke","Why did the barber win the race?","He took a short cut."),
("154","word","bole (noun)","The trunk or body of a tree. "),
("155","element","Os","Osmium (Atomic number 76)"),
("156","word","expedite","To hasten the movement or progress of. "),
("157","thought","If you could travel back in time and change one thing what would it be?",""),
("694","word","dilatory (adjective)","Tending to cause delay. "),
("159","grammar","
What is wrong with the following sentence?
\n
The dogs were perfectly happy chewing on there bones
","The dogs were perfectly happy chewing on their bones."),
("160","maths","75% of 180","= 135"),
("685","word","cataclysm (noun)","Any overwhelming flood of water. "),
("162","joke","What brand of computer sings?","A Dell."),
("163","word","pinnacle (noun)","A high or topmost point, as a mountain-peak. "),
("164","element","Ga","Gallium (Atomic number 31)"),
("165","word","boorish","Rude. "),
("686","element","Ho","Holmium (Atomic number 67)"),
("167","fact","Yawning is contagious, there is a good chance you yawned after reading this.",""),
("168","grammar","
What is wrong with the following sentence?
\n
There baking a cake for their Grandma.
","They\'re baking a cake for their Grandma. "),
("169","maths","3 × 5 + 127","= 142"),
("170","teaser","What goes around the world but stays in a corner?","A stamp."),
("171","joke","What lies in a pram and wobbles?","A jelly baby."),
("172","word","indolent (adjective)","Habitually inactive or idle. "),
("173","element","Lu","Lutetium (Atomic number 71)"),
("174","word","coagulate","To change into a clot or a jelly, as by heat, by chemical action, or by a ferment. "),
("175","thought","Would you rather have a year\'s holiday on full pay or work for a year at double your current wage?",""),
("176","fact","No snowflake is ever exactly the same.",""),
("677","element","S","Sulfur (Atomic number 16)"),
("678","word","monomania","The unreasonable pursuit of one idea. "),
("676","word","repudiate (verb)","To refuse to have anything to do with. "),
("178","maths","1.2 × 0.2 + 9.6","= 9.84"),
("669","word","purveyor","one who supplies "),
("180","joke","Why couldn\'t the pirate play cards?","He was sitting on the deck!"),
("181","word","redolence (noun)","Smelling sweet and agreeable. "),
("182","element","Re","Rhenium (Atomic number 75)"),
("183","word","witticism","A witty, brilliant, or original saying or sentiment. "),
("184","thought","Would you rather only be able to whisper or only be able to shout? ",""),
("186","grammar","
What is wrong with the following sentence?
\n
He has took the train to get to the football match.
","He has taken the train to get to the football match."),
("187","maths","1.5 × 0.7 + 9.1","= 10.15"),
("655","maths","12 × 19 + 42","= 270"),
("189","joke","What did one plate say to the other?",""Dinner\'s on me.""),
("190","word","clarion (noun)","A small shrill trumpet or bugle. "),
("191","element","Pb","Lead (Atomic number 82)"),
("192","word","extensor","A muscle that causes extension. "),
("193","thought","Would you rather always lose or never play?",""),
("194","fact","Oysters can change their gender. ",""),
("652","thought","Would you rather be poor and work at a job you love or be rich and work at a job you hate?",""),
("658","word","pedagogy (noun)","The science and art of teaching "),
("668","element","Hg","Mercury (Atomic number 80)"),
("654","grammar","
What is wrong with the following sentence?
\n
Can you give me there telephone number?
","Can you give me their telephone number?"),
("196","maths","1 × 0.3 + 2.8","= 3.1"),
("197","teaser","What happened in 1961 and will not happen again until 6009?","You can turn the year upside down and it will still read the same."),
("199","word","entomology (noun)","The branch of zoology that studies insects. "),
("200","element","Fe","Iron (Atomic number 26)"),
("201","word","abyss","Bottomless gulf. "),
("202","thought","Is there more happiness or sadness in the world? ",""),
("646","maths","85% of 190","= 161.5"),
("637","maths","1.5 × 0.5 + 7.1","= 7.85"),
("205","maths","17 × 13 + 86","= 307"),
("206","teaser","A hole is dug two by three metres wide and four metres deep. How much soil is in the hole?","There is no soil in the hole."),
("207","joke","What did the stamp say to the envelope?",""Stick with me and we will go places!""),
("208","word","unctuous (adjective)","Oily. "),
("209","element","Co","Cobalt (Atomic number 27)"),
("210","word","fledgling","A young bird. "),
("645","grammar","
What is wrong with the following sentence?
\n
If I were rude to you yesterday at the park, I apologise.
","If I was rude to you yesterday at the park, I apologise. "),
("212","fact","An average full head of hair contains between 85,000 to 150,000 hairs.",""),
("213","grammar","
What is wrong with the following sentence?
\n
Don\'t forget to brush you\'re teeth before you go to bed.
","Don\'t forget to brush your teeth before you go to bed."),
("214","maths","42 + 53","= 141"),
("216","joke","What did one elevator say to the other elevator?",""I think I\'m coming down with something.""),
("217","word","opulent (adjective)","Wealthy. "),
("218","element","P","Phosphorus (Atomic number 15)"),
("219","word","ultimatum","A final statement or proposal, as concerning terms or conditions. "),
("220","thought","What colour would a zebra be if you removed its stripes?",""),
("222","grammar","
What is wrong with the following sentence?
\n
Ask them if their coming tomorrow.
","Ask them if they\'re coming tomorrow."),
("223","maths","22 + 43","= 68"),
("640","word","vendor (noun)","A seller. "),
("628","maths","5% of 250","= 12.5"),
("225","joke","Two peanuts walk into a bar...","One was a salted."),
("226","word","taut (adjective)","Stretched tight. "),
("227","element","Ar","Argon (Atomic number 18)"),
("636","grammar","
What is wrong with the following sentence?
\n
My parents won\'t be coming as their both working on Saturday.
","My parents won\'t be coming as they\'re both working on Saturday."),
("650","element","Cf","Californium (Atomic number 98)"),
("632","element","In","Indium (Atomic number 49)"),
("231","grammar","
What is wrong with the following sentence?
\n
I should\'ve went to my detention yesterday.
","I should\'ve gone to my detention yesterday."),
("232","maths","19 × 2 + 187","= 225"),
("233","teaser","Why are 2011 pennies worth more than 2010 pennies?","There is one more of them."),
("235","word","eschew (verb)","To keep clear of. "),
("236","element","Cu","Copper (Atomic number 29)"),
("237","word","slothful","Lazy. "),
("238","thought","Can you feel happy and sad at the same time? ",""),
("239","fact","Wearing headphones for just an hour will increase the bacteria in your ear by 700 times.",""),
("641","element","Cm","Curium (Atomic number 96)"),
("612","joke","What has four wheels and flies? ","A garbage truck."),
("634","thought","If you had £1000 to spend today, what would you do with it?",""),
("619","maths","441 - (40 + 220)","= 181"),
("241","maths","40% of 190","= 76"),
("242","teaser","If a red house is made of red bricks and a blue house is made of blue bricks, what is a green house made of?","Glass."),
("243","joke","Why is it difficult for a pirate to learn the alphabet?","It keeps getting lost at \'c\'."),
("244","word","fulcrum (noun)","The support on or against which a lever rests, or the point about which it turns. "),
("245","element","C","Carbon (Atomic number 6)"),
("246","word","bestride","To get or sit upon astride, as a horse. "),
("247","thought","Would you rather be invisible or be able to read minds?",""),
("248","fact","Twelve people have walked on the moon.",""),
("249","grammar","
What is wrong with the following sentence?
\n
I\'m sure I just saw Mr Hall running back their in the woods.
","I\'m sure I just saw Mr Hall running back there in the woods."),
("250","maths","55% of 130","= 71.5"),
("624","word","amply","Sufficiently. "),
("252","joke","What do you call cheese that is not yours?","Nacho cheese."),
("253","word","anonymous (adjective)","Of unknown authorship. "),
("649","word","precession (noun)","The act of going forward. "),
("255","word","fulcrum","The support on or against which a lever rests, or the point about which it turns. "),
("256","thought","If you had one million pounds to give away, how would you do it?",""),
("257","fact","A strawberry isn\'t technically a type of berry.",""),
("592","maths","1.4 × 0.9 + 4.7","= 5.96"),
("615","word","dilate","To make or become wider or larger."),
("651","word","repugnant","Offensive to taste and feeling. "),
("610","maths","72 ÷ 4 + 67","= 85"),
("259","maths","1.5 × 0.3 + 1.4","= 1.85"),
("260","teaser","In a one storey house the floor is blue and the walls and ceiling are white. What colour are the stairs?","There are no stairs."),
("597","word","anhydrous","Withered. "),
("262","word","phenomenal (adjective)","Extraordinary or marvellous "),
("263","element","Lv","Livermorium (Atomic number 116)"),
("264","word","athwart","From side to side. "),
("265","thought","Would you rather be the most popular kid in school or the smartest kid in school?",""),
("266","fact","Iceland is the only NATO country that has no standing army, and that other NATO countries take turns defending it.",""),
("267","grammar","
What is wrong with the following sentence?
\n
There are two many cars on the roads these days.
","There are too many cars on the roads these days."),
("268","maths","20 × 7 + 147","= 287"),
("269","teaser","Before Mount Everest was discovered, what was the highest mountain in the world?","Mount Everest."),
("270","joke","Why are E.T.\'s eyes so big? ","He saw his phone bill."),
("271","word","confluence (noun)","The place where streams meet. "),
("272","element","V","Vanadium (Atomic number 23)"),
("273","word","orator","One who delivers an elaborate or formal speech. "),
("274","thought","If you borrow one million pounds from a bank are you a millionaire?",""),
("275","fact","Only humans cry because of emotions.",""),
("605","element","Ca","Calcium (Atomic number 20)"),
("583","maths","1.3 × 0.2 + 1.3","= 1.56"),
("277","maths","1.5 × 0.4 + 9.8","= 10.4"),
("278","teaser","What is light as a feather, but even the strongest man cannot hold it more than a few minutes?","Your breath."),
("279","joke","What did the grape do when it got stepped on?","It let out a little wine!"),
("280","word","percolator (noun)","A filter. "),
("281","element","Tc","Technetium (Atomic number 43)"),
("282","word","admonish","To warn of a fault. "),
("283","thought","Does lined paper weigh more than blank paper? ",""),
("576","joke","What cheese do you use to hide a horse?","Mascarpone."),
("285","grammar","
What is wrong with the following sentence?
\n
I went too the shops to buy some new clothes.
","I went to the shops to buy some new clothes."),
("286","maths","9 × 5 + 91","= 136"),
("287","teaser","If a rooster laid an egg on the apex of a slanted barn roof, which way would the egg roll, left or right?","Roosters don\'t lay eggs."),
("288","joke","What do you get when you cross a snowman with a vampire?","Frostbite."),
("289","word","slothful (adjective)","Lazy. "),
("606","word","facsimile","An exact copy or reproduction. "),
("291","word","piccolo","A small flute. "),
("293","fact","Snails can sleep for up to 3 years.",""),
("294","grammar","
What is wrong with the following sentence?
\n
Keyas gave the penguin back to it\'s rightful owner.
","Keyas gave the penguin back to its rightful owner."),
("295","maths","324 ÷ 18 + 178","= 196"),
("296","teaser","What are tree mistake in this sentence?","1) \'tree\' should be \'three\'. 2) \'mistake\' should be \'mistakes\'. 3) There is no third mistake."),
("297","joke","What do you call a shoe made from a banana?","A slipper."),
("298","word","convergent (adjective)","Tending to one point. "),
("299","element","Pr","Praseodymium (Atomic number 59)"),
("300","word","triad","A group of three persons of things. "),
("301","thought","If you could see 24 hours into the future what would you do?",""),
("302","fact","On average, we laugh 15 times a day.",""),
("565","maths","115 + 114 + 36","= 265"),
("617","fact","There are 722 miles of subway track in New York city.",""),
("574","maths","1.2 × 0.3 + 6.5","= 6.86"),
("614","element","Pd","Palladium (Atomic number 46)"),
("599","fact","A group of owls is called a parliament.",""),
("304","maths","462 - (171 + 81)","= 210"),
("570","word","reprehend","To find fault with. "),
("306","joke","How do you organize a space party?","You planet."),
("307","word","annuity (noun)","An annual allowance, payment, or income. "),
("308","element","Sc","Scandium (Atomic number 21)"),
("309","word","eschew","To keep clear of. "),
("311","fact","The total weight of all the ants on Earth is roughly the weight of all the humans on earth. ",""),
("579","word","annual","Occurring every year. "),
("586","word","perturbation (noun)","Mental excitement or confusion. "),
("313","maths","60 ÷ 12 + 195","= 200"),
("613","word","corpuscle (noun)","A minute particle of matter. "),
("561","word","insipid","Tasteless. "),
("556","maths","457 - (84 + 245)","= 128"),
("315","joke","Have you heard the joke about the butter?"," I can\'t tell you, it might spread."),
("316","word","condolence (noun)","Expression of sympathy with a person in pain, sorrow, or misfortune. "),
("317","element","No","Nobelium (Atomic number 102)"),
("318","word","jargon","Confused, unintelligible speech or highly technical speech. "),
("568","word","impecunious (adjective)","Having no money. "),
("554","fact","Cold weather makes your fingernails grow faster.",""),
("547","maths","11 × 8 + 180","= 268"),
("553","thought","Would you rather be forced to tell your best friend a lie or tell your parents the truth?",""),
("322","maths","35% of 170","= 59.5"),
("324","joke","Why don\'t aliens eat clowns?","Because they taste funny."),
("325","word","delectable (adjective)","Delightful to the taste or to the senses. "),
("326","element","Pm","Promethium (Atomic number 61)"),
("329","fact","Grapes explode when you microwave them.",""),
("330","grammar","
What is wrong with the following sentence?
\n
I\'m relieved to hear that their home safe and sound.
","I\'m relieved to hear that they\'re home safe and sound."),
("331","maths","22 + 33","= 31"),
("332","teaser","Divide 30 by half and add ten. What do you get?","70. Dividing by half is the same as multiplying by 2."),
("538","maths","25% of 230","= 57.5"),
("334","word","cynosure (noun)","That to which general interest or attention is directed. "),
("335","element","He","Helium (Atomic number 2)"),
("336","word","sanguine","Having the colour of blood. "),
("539","teaser","What letter is next in this sequence? O, T, T, F, F, S, S, E, ?","N for \'nine\'."),
("541","word","cantonment (noun)","The part of the town or district in which the troops are quartered. "),
("529","maths","25% of 130","= 32.5"),
("339","grammar","
What is wrong with the following sentence?
\n
I\'m going to where my new jeans today.
","I\'m going to wear my new jeans today."),
("340","maths","176 + 129 + 43","= 348"),
("559","word","reprehend (verb)","To find fault with. "),
("546","grammar","
What is wrong with the following sentence?
\n
I was going to go to the park but it was to cold outside.
","I was going to go to the park but it was too cold outside."),
("551","element","Cd","Cadmium (Atomic number 48)"),
("344","element","Ds","Darmstadtium (Atomic number 110)"),
("345","word","flimsy","Thin and weak. "),
("346","thought","Would you rather be rich or be poor and find true love?",""),
("543","word","pendulous","Hanging, especially so as to swing by an attached end or part. "),
("550","word","transcript (noun)","A copy made directly from an original. "),
("511","maths","10 × 20 + 42","= 242"),
("524","element","N","Nitrogen (Atomic number 7)"),
("349","maths","12 × 11 + 141","= 273"),
("350","teaser","A man builds a house with four sides of rectangular construction, each side having a southern exposure. A big bear comes along. What colour is the bear?","White. If all walls face south, the house must be on the North Pole."),
("534","word","captious","Hypercritical. "),
("352","word","mellifluous (adjective)","Sweetly or smoothly flowing. "),
("353","element","O","Oxygen (Atomic number 8)"),
("354","word","lunar","Pertaining to the moon. "),
("356","fact","Some libraries, including those at Harvard and Brown, own books bound in human skin.",""),
("516","word","wittingly","With knowledge and by design. "),
("532","word","dilate (verb)","To make or become wider or larger."),
("358","maths","1.1 × 0.9 + 6.4","= 7.39"),
("359","teaser","What can run but never walks, has a mouth but never talks, has a head but never weeps, and has a bed but never sleeps?","A river."),
("518","fact","Hippopotomonstrosesquippedaliophobia is the fear of long words. ",""),
("361","word","incisor (noun)","A front or cutting tooth. "),
("362","element","Cn","Copernicium (Atomic number 112)"),
("363","word","archaic","Antiquated "),
("514","word","torrid (adjective)","Excessively hot. "),
("515","element","Uuo","Ununoctium (Atomic number 118)"),
("502","maths","1.3 × 0.7 + 5.1","= 6.01"),
("503","teaser","How many animals of each species did Moses take with him in the Ark?","None. It was Noah, not Moses."),
("367","maths","50% of 160","= 80"),
("368","teaser","If a doctor gives you 3 pills and tells you to take one pill every half hour, how long would it be before all the pills are taken?","1 hour. If you take a pill at 1 o\'clock, then another at 1.30 and the last at 2 o\'clock, they will be taken in 1 hour."),
("369","joke","Why does a room full of married couples seem empty?","There\'s not a single person in it."),
("371","element","Tm","Thulium (Atomic number 69)"),
("372","word","covey","A flock of quails or partridges. "),
("373","thought","Would you rather be 2 feet taller or 2 feet shorter? ",""),
("374","fact","There is 3G mobile phone coverage on the summit of Mount Everest.",""),
("505","word","conspire (verb)","To plot. "),
("506","element","Uup","Ununpentium (Atomic number 115)"),
("501","grammar","
What is wrong with the following sentence?
\n
I had too deserts after my main course, now I\'m stuffed!
","I had two deserts after my main course, now I\'m stuffed!"),
("376","maths","64 ÷ 16 + 81","= 85"),
("379","word","hypodermic (adjective)","Pertaining to the area under the skin. "),
("499","thought","Would you rather be stranded on an island alone or with someone you don\'t like? ",""),
("381","word","bilingual","Speaking two languages. "),
("382","thought","Would you volunteer to be one of the first colonists on Mars if it meant you could never return to earth?",""),
("383","fact","Human brains are approximately 75% water.",""),
("385","maths","148 + 92 + 194","= 434"),
("493","maths","1.5 × 0.4 + 6.6","= 7.2"),
("388","word","corrosive (noun)","That which causes gradual decay by crumbling or surface disintegration. "),
("389","element","Rh","Rhodium (Atomic number 45)"),
("390","word","literal","Following the exact words. "),
("391","thought","Would you rather be the most popular person or the smartest person you know? ",""),
("485","teaser","A cowboy rode into town on Friday, spent the night, and left on Friday. How can this be?","His horse is called Friday."),
("393","grammar","
What is wrong with the following sentence?
\n
What are you going to where on non-uniform day?
","What are you going to wear on non-uniform day?"),
("394","maths","502 - (47 + 260)","= 195"),
("395","teaser","If you take 2 apples from 3 apples, what do you have?","2 apples. You took them remember."),
("498","word","pinnacle","A high or topmost point, as a mountain-peak. "),
("484","maths","1 × 0.2 + 2.7","= 2.9"),
("397","word","lunar (adjective)","Pertaining to the moon. "),
("398","element","Nd","Neodymium (Atomic number 60)"),
("399","word","phonology","The science of human vocal sounds. "),
("497","element","Hf","Hafnium (Atomic number 72)"),
("401","fact","Ancient Egyptians slept on pillows made of stone.",""),
("402","grammar","
What is wrong with the following sentence?
\n
They\'re too many cars on the road today.
","There are too many cars on the road today."),
("403","maths","90% of 220","= 198"),
("496","word","circumspect (adjective)","Showing watchfulness, caution, or careful consideration. "),
("406","word","efface (verb)","To obliterate. "),
("477","joke","Why can\'t your nose be 12 inches long?","Because then it would be a foot."),
("408","word","liniment","A liquid preparation for rubbing on the skin in cases of bruises, inflammation, etc. "),
("409","thought","Would you rather never play or play but always lose?",""),
("410","fact","Almonds are members of the peach family.",""),
("482","fact","Your heart beats around 100,000 times a day.",""),
("492","grammar","
What is wrong with the following sentence?
\n
She just don\'t seem to care about anything these days.
","She just doesn\'t seem to care about anything these days."),
("412","maths","1.4 × 0.8 + 4.4","= 5.52"),
("413","teaser","If you have 4 apples in one hand and 5 in the other, what do you have?","Big hands."),
("475","maths","24 ÷ 8 + 113","= 116"),
("415","word","linguistics (noun)","The science of languages, or of the origin, history, and significance of words. "),
("416","element","Ge","Germanium (Atomic number 32)"),
("417","word","dilatory","Tending to cause delay. "),
("419","fact","A Rubik\'s cube has 43,252,003,274,489,856,000 possible combinations.. ",""),
("420","grammar","
What is wrong with the following sentence?
\n
The teacher told them to leave there books on the desk.
","The teacher told them to leave their books on the desk. "),
("421","maths","1.2 × 0.4 + 3.1","= 3.58"),
("468","joke","Why don\'t skeletons fight each other?","They don\'t have the guts."),
("466","maths","10 × 16 + 162","= 322"),
("424","word","indefinitely (adverb)","In a vague or uncertain way. "),
("425","element","Fr","Francium (Atomic number 87)"),
("426","word","exigency","A critical period or condition. "),
("487","word","erudite (adjective)","Very-learned. "),
("480","word","acrimony","Sharpness or bitterness of speech or temper. "),
("428","fact","Ants can lift approximately 50 times their own weight.",""),
("488","element","Er","Erbium (Atomic number 68)"),
("489","word","quandary","A puzzling predicament. "),
("474","grammar","
What is wrong with the following sentence?
\n
Dad was pleased they had done well in there exams.
","Dad was pleased they had done well in their exams."),
("430","maths","102 + 23","= 108"),
("431","teaser","Do they have a 4th July in England?","Yes, it comes after 3rd July."),
("432","joke","Why did the scarecrow win a prize?","He was out standing in his field."),
("433","word","sanguine (adjective)","Having the colour of blood. "),
("434","element","Rg","Roentgenium (Atomic number 111)"),
("435","word","unctuous","Oily. "),
("459","joke","What do you give a dog for Christmas?","A mobile bone."),
("457","maths","152 + 43","= 289"),
("469","word","exhume (verb)","To dig out of the earth (what has been buried). "),
("464","fact","That all Greek statues were once brightly painted but lost their pigment over time.",""),
("439","maths","13 × 13 + 114","= 283"),
("440","teaser","What is full of holes but still holds water?","A sponge."),
("442","word","replete (adjective)","Full to the uttermost. "),
("443","element","Ni","Nickel (Atomic number 28)"),
("444","word","dwindle","To diminish or become less. "),
("445","thought","Would you rather never use the internet again or never watch TV again? ",""),
("478","word","sibilance (noun)","A hissing sound. "),
("454","thought","Would you rather be a deep sea diver or an astronaut?",""),
("462","word","replete","Full to the uttermost. "),
("448","maths","112 + 196 + 99","= 407"),
("452","element","Rb","Rubidium (Atomic number 37)"),
("453","word","sibilance","A hissing sound. "),
("451","word","archaic (adjective)","Antiquated "),
("729","joke","Why was the broom late?","It over swept."),
("778","thought","Would you rather forget who you were or forget who everyone else was? ",""),
("779","fact","A crocodile can\'t move its tongue and cannot chew. Its digestive juices are so strong that it can digest a steel nail.",""),
("736","maths","51 ÷ 17 + 134","= 137"),
("739","word","readily (adverb)","Without objection or reluctance. "),
("740","element","Po","Polonium (Atomic number 84)"),
("738","joke","What did the fish say when it hit the wall?",""Dam.""),
("787","thought","Would you rather give bad advice or take bad advice?",""),
("761","fact","It cost 7 million dollars to build the Titanic and 200 million to make a film about it. ",""),
("745","maths","126 ÷ 7 + 192","= 210"),
("749","element","Db","Dubnium (Atomic number 105)"),
("750","word","efface","To obliterate. "),
("754","maths","6 × 13 + 99","= 177"),
("759","word","becalm","To make quiet. "),
("757","word","verbiage (noun)","Use of many words without necessity. "),
("763","maths","152 + 33","= 252"),
("777","word","garrison","The military force stationed in a fort, town, or other place for its defence. "),
("765","joke","What do you call a bear without teeth?","A gummy bear."),
("817","maths","24 ÷ 4 + 64","= 70"),
("772","maths","92 + 33","= 108"),
("776","element","U","Uranium (Atomic number 92)"),
("775","word","emeritus (adjective)","Retired from active service but retained to an honorary position. "),
("781","maths","70 ÷ 14 + 31","= 36"),
("900","joke","How do scientists keep their breath fresh?","By doing lots of experi-mints."),
("784","word","recidivist (noun)","A confirmed criminal. "),
("844","maths","1.5 × 0.6 + 7.5","= 8.4"),
("794","element","I","Iodine (Atomic number 53)"),
("795","word","vestige","A visible trace, mark, or impression, of something absent, lost, or gone. "),
("793","word","neurology (noun)","The science of the nervous system. "),
("818","teaser","Johns mum had four children. The first called April, the second called May and the third called June. What was the fourth child called?","John."),
("799","maths","6 × 2 + 22","= 34"),
("826","maths","72 + 23","= 57"),
("878","fact","Jelly fish are 98% water and virtually evaporate in the sun.",""),
("842","fact","Research shows cracking your knuckles does not lead to arthritis.",""),
("808","maths","11 × 4 + 159","= 203"),
("822","word","epiphany","Any appearance or bodily manifestation of a deity. "),
("821","element","Md","Mendelevium (Atomic number 101)"),
("820","word","resurrection (noun)","A return from death to life "),
("849","word","prodigal","One wasteful or extravagant, especially in the use of money or property. "),
("835","maths","1.1 × 0.2 + 3","= 3.22"),
("840","word","erudite","Very-learned. "),
("838","word","atheism (noun)","The denial of the existence of God. "),
("858","word","botanical","Connected with the study or cultivation of plants. "),
("847","word","opprobrium (noun)","The state of being scornfully reproached or accused of evil. "),
("945","joke","What do you call a mushroom that likes parties?","A fun guy."),
("853","maths","62 + 33","= 63"),
("854","teaser","What gets wetter the more it dries?","A towel."),
("856","word","scruple (noun)","Doubt or uncertainty regarding a question of moral right or duty. "),
("867","word","emeritus","Retired from active service but retained to an honorary position. "),
("862","maths","112 + 53","= 246"),
("865","word","arboreal (adjective)","Of or relating to trees."),
("876","word","lacteal","Milky. "),
("864","joke","What do you call a pig that does karate?","A pork chop."),
("912","word","enact","To make into law, as by legislative act. "),
("905","fact","In 1902 a man went to jail for colouring margarine yellow to pass it off as butter.",""),
("871","maths","1.5 × 0.2 + 5.8","= 6.1"),
("874","word","reservoir (noun)","A receptacle where a quantity of some material, especially of a liquid or gas, may be kept. "),
("898","maths","52 ÷ 4 + 143","= 156"),
("880","maths","16 × 13 + 72","= 280"),
("902","element","Fm","Fermium (Atomic number 100)"),
("961","maths","75 ÷ 5 + 123","= 138"),
("901","word","egress (noun)","Any place of exit. "),
("889","maths","1.5 × 0.4 + 1.8","= 2.4"),
("893","element","Ne","Neon (Atomic number 10)"),
("894","word","brigand","One who lives by robbery and plunder. "),
("892","word","irrigate (verb)","To water, as land, by ditches or other artificial means. "),
("914","fact","You are more likely to get struck by lightning than to win the lottery.",""),
("907","maths","87 + 62 + 65","= 214"),
("910","word","intramural (adjective)","Situated within the walls of a city. "),
("911","element","Rn","Radon (Atomic number 86)"),
("909","joke","How do rock stars keep cool?","Sit next to their fans."),
("948","word","panorama","A series of large pictures representing a continuous scene. "),
("943","maths","20 ÷ 10 + 30","= 32"),
("1048","thought","Would you rather always have to say everything on your mind or never speak again? ",""),
("997","maths","154 ÷ 11 + 50","= 64"),
("916","maths","51 + 163 + 94","= 308"),
("920","element","Uut","Ununtrium (Atomic number 113)"),
("921","word","meliorate","To make better or improve, as in quality or social or physical condition. "),
("919","word","abeyance (noun)","A state of suspension or temporary inaction. "),
("949","thought","Would you rather be an league championship footballer or a top flight rugby star?",""),
("925","maths","1.5 × 0.2 + 5.1","= 5.4"),
("926","teaser","Is it legal for a man in California to marry his widow\'s sister?","No, because he\'s dead."),
("1006","maths","90% of 210","= 189"),
("1051","maths","431 - (135 + 185)","= 111"),
("934","maths","410 - (251 + 119)","= 40"),
("939","word","exodus","A going forth or departure from a place or country, especially of many people. "),
("1141","maths","135 ÷ 15 + 46","= 55"),
("1042","maths","75% of 140","= 105"),
("970","maths","1.2 × 0.6 + 2","= 2.72"),
("952","maths","1.1 × 1 + 4.4","= 5.5"),
("956","element","Y","Yttrium (Atomic number 39)"),
("955","word","antiquate (verb)","To make old or out of date. "),
("1033","maths","1.3 × 0.8 + 7.1","= 8.14"),
("974","element","Uus","Ununseptium (Atomic number 117)"),
("963","joke","Why did the picture go to jail?","Because it was framed."),
("973","word","fortitude (noun)","Patient courage. "),
("972","joke","Why couldn\'t the skeleton go to the party?","He had no body to go with."),
("979","maths","7 × 12 + 173","= 257"),
("1002","word","corpuscle","A minute particle of matter. "),
("982","word","scabbard (noun)","The sheath of a sword or similar bladed weapon. "),
("1004","fact","A cockroach can live nine days without its head before it dies.",""),
("988","maths","1.2 × 0.8 + 5.3","= 6.26"),
("1069","maths","182 ÷ 13 + 112","= 126"),
("1000","word","flagrant (adjective)","Openly scandalous. "),
("999","joke","What do you call a boomerang that doesn\'t come back?","A stick."),
("1150","maths","74 + 68 + 84","= 226"),
("1009","word","joggle (noun)","A sudden irregular shake or a push causing such a shake. "),
("1114","maths","119 + 190 + 188","= 497"),
("1038","word","jocular","Inclined to joke. "),
("1024","maths","140 ÷ 7 + 56","= 76"),
("1028","element","Ir","Iridium (Atomic number 77)"),
("1027","word","kimono (noun)","A loose robe, fastening with a sash, the principal outer garment in Japan. "),
("1036","word","metropolis (noun)","A chief city, either the capital or the largest or most important city of a state. "),
("1186","maths","15 × 16 + 141","= 381"),
("1046","element","Au","Gold (Atomic number 79)"),
("1074","word","malady","Any physical disease or disorder, especially a chronic or deep-seated one. "),
("1064","element","Si","Silicon (Atomic number 14)"),
("1072","word","hereditary (adjective)","Passing naturally from parent to child. "),
("1063","word","abdicate (verb)","To give up (royal power or the like). "),
("1086","grammar","
What is wrong with the following sentence?
\n
If only he could get there attention, he knew he would be saved.
","If only he could get their attention, he knew he would be saved."),
("1132","maths","136 + 38 + 130","= 304"),
("1199","element","K","Potassium (Atomic number 19)"),
("1081","word","dissension (noun)","Angry or violent difference of opinion. "),
("1087","maths","82 + 53","= 189"),
("1092","word","metronome","An instrument for indicating and marking exact time in music. "),
("1153","word","penultimate (adjective)","A syllable or member of a series that is last but one. "),
("1096","maths","75% of 230","= 172.5"),
("1112","fact","The time difference between when Stegosaurus lived and Tyrannosaurus Rex lived is greater than the time difference between Tyrannosaurus Rex and now.",""),
("1105","maths","14 × 6 + 148","= 232"),
("1117","word","affable (adjective)","Easy to approach. "),
("1109","element","Nb","Niobium (Atomic number 41)"),
("1110","word","testator","The maker of a will. "),
("1281","word","trenchant","Cutting deeply and quickly. "),
("1154","element","Li","Lithium (Atomic number 3)"),
("1123","maths","356 - (23 + 120)","= 213"),
("1136","element","Xe","Xenon (Atomic number 54)"),
("1137","word","fathom","A measure of length, 6 feet. "),
("1126","word","ossify (verb)","to convert into bone. "),
("1168","maths","510 - (95 + 149)","= 266"),
("1148","fact","On average, people speak 16,000 words a day.",""),
("1145","element","Ce","Cerium (Atomic number 58)"),
("1146","word","mendicant","A beggar. "),
("1144","word","malign (verb)","To speak evil of, especially to do so falsely and severely. "),
("1213","maths","108 ÷ 18 + 119","= 125"),
("1357","maths","22 ÷ 2 + 142","= 153"),
("1195","maths","42 + 13","= 17"),
("1249","maths","1.5 × 0.8 + 2.2","= 3.4"),
("1159","maths","703 - (264 + 195)","= 244"),
("1163","element","Am","Americium (Atomic number 95)"),
("1181","element","Tb","Terbium (Atomic number 65)"),
("1162","word","curtail (verb)","To cut off or cut short. "),
("1227","word","prodigy","A person or thing of very remarkable gifts or qualities. "),
("1177","maths","149 + 150 + 154","= 453"),
("1240","maths","45% of 170","= 76.5"),
("1180","word","oratory (noun)","The art of public speaking. "),
("1216","word","contravene (verb)","To prevent or obstruct the operation of. "),
("1191","word","oaken","Made of or from oak. "),
("1189","word","capacious (adjective)","Roomy. "),
("1204","maths","70% of 140","= 98"),
("1209","word","clarion","A small shrill trumpet or bugle. "),
("1207","word","commodity (noun)","Something that is bought and sold. "),
("1258","maths","668 - (114 + 282)","= 272"),
("1222","maths","79 - (30 + 27)","= 22"),
("1223","teaser","I have two coins which add up to 15 pence and one of the coins is not a 10 pence piece. What are the two coins?","A 10 pence piece and a 5 pence piece. Only one coin is not a 10 pence piece."),
("1225","word","witticism (noun)","A witty, brilliant, or original saying or sentiment. "),
("1231","maths","5 × 10 + 107","= 157"),
("1299","word","prickle","To puncture slightly with fine, sharp points. "),
("1255","thought","If I swap your watch for one exactly the same without telling you is that stealing? ",""),
("1263","word","ripplet","A small ripple, as of water. "),
("1261","word","prodigal (noun)","One wasteful or extravagant, especially in the use of money or property. "),
("1254","word","assuage","To cause to be less harsh, violent, or severe, as excitement, appetite, pain, or disease. "),
("1252","word","meliorate (verb)","To make better or improve, as in quality or social or physical condition. "),
("1285","maths","4 × 20 + 176","= 256"),
("1294","maths","60 ÷ 5 + 94","= 106"),
("1295","teaser","What can you catch but not throw?","A cold."),
("1267","maths","152 + 23","= 233"),
("1270","word","sequester (verb)","To cause to withdraw or retire, as from society or public life. "),
("1276","maths","72 + 33","= 76"),
("1301","fact","Approximately 10 million other people in the world share the same birthday as you.",""),
("1465","maths","32 + 53","= 134"),
("1348","maths","158 + 40 + 156","= 354"),
("1298","element","Br","Bromine (Atomic number 35)"),
("1290","word","poetaster","An inferior poet. "),
("1297","word","diligence (noun)","Careful and persevering effort to accomplish what is undertaken. "),
("1598","fact","Elephants can communicate in infrasound with a range up to 6 miles.",""),
("1303","maths","538 - (172 + 257)","= 109"),
("1492","maths","62 + 43","= 100"),
("1306","word","epidermis (noun)","The outer skin. "),
("1325","element","Ag","Silver (Atomic number 47)"),
("1591","maths","40% of 200","= 80"),
("1321","maths","160 ÷ 8 + 94","= 114"),
("1312","maths","842 - (293 + 297)","= 252"),
("1316","element","Pt","Platinum (Atomic number 78)"),
("1317","word","abeyance","A state of suspension or temporary inaction. "),
("1315","word","fulminate (verb)","To cause to explode. "),
("1339","maths","1.5 × 0.9 + 3.8","= 5.15"),
("1324","word","flimsy (adjective)","Thin and weak. "),
("1384","maths","1.2 × 0.8 + 2.1","= 3.06"),
("1420","maths","100 ÷ 5 + 47","= 67"),
("1330","maths","1.3 × 0.3 + 4.3","= 4.69"),
("1360","word","agglomerate (verb)","To pile or heap together. "),
("1555","maths","108 + 105 + 39","= 252"),
("1342","word","convulsion (noun)","A violent and abnormal muscular contraction of the body. "),
("1352","element","H","Hydrogen (Atomic number 1)"),
("1353","word","tableau","An arrangement of inanimate figures representing a scene from real life. "),
("1351","word","plebeian (adjective)","Common. "),
("1434","word","drought","Dry weather, especially when so long continued as to cause vegetation to wither. "),
("1393","maths","8 × 11 + 193","= 281"),
("1366","maths","142 + 13","= 197"),
("1369","word","malady (noun)","Any physical disease or disorder, especially a chronic or deep-seated one. "),
("1456","maths","70 + 121 + 70","= 261"),
("1478","element","Ru","Ruthenium (Atomic number 44)"),
("1375","maths","149 + 85 + 80","= 314"),
("1389","word","palliate","To cause to appear less guilty. "),
("1380","word","palate","The roof of the mouth. "),
("1388","element","Hs","Hassium (Atomic number 108)"),
("1397","element","Np","Neptunium (Atomic number 93)"),
("1396","word","convalescence (noun)","The state of progressive restoration to health and strength after the cessation of disease. "),
("1411","maths","555 - (201 + 193)","= 161"),
("1402","maths","137 + 177 + 177","= 491"),
("1407","word","bulwark","Anything that gives security or defence "),
("1507","thought","Is there more future or past? ",""),
("1416","word","scruple","Doubt or uncertainty regarding a question of moral right or duty. "),
("1425","word","exonerate","To relieve or vindicate from accusation, imputation, or blame. "),
("1432","word","exonerate (verb)","To relieve or vindicate from accusation, imputation, or blame. "),
("1423","word","triad (noun)","A group of three persons of things. "),
("1501","maths","354 - (219 + 78)","= 57"),
("1438","maths","4 × 10 + 128","= 168"),
("1546","maths","383 - (204 + 69)","= 110"),
("1474","maths","1.1 × 0.9 + 3.6","= 4.59"),
("1443","word","conspire","To plot. "),
("1618","maths","5% of 120","= 6"),
("1447","maths","112 ÷ 14 + 32","= 40"),
("1460","element","Tl","Thallium (Atomic number 81)"),
("1450","word","corruption (noun)","Loss of purity or integrity. "),
("1483","maths","1 × 0.2 + 2.9","= 3.1"),
("1469","element","Gd","Gadolinium (Atomic number 64)"),
("1488","word","temerity","Recklessness. "),
("1479","word","verdant","Green with vegetation. "),
("1924","maths","168 ÷ 14 + 183","= 195"),
("1486","word","pendulous (adjective)","Hanging, especially so as to swing by an attached end or part. "),
("1506","word","atheism","The denial of the existence of God. "),
("1497","word","fulminate","To cause to explode. "),
("1504","word","archipelago (noun)","Any large body of water studded with islands, or the islands collectively themselves. "),
("1636","maths","220 ÷ 11 + 22","= 42"),
("1510","maths","75% of 170","= 127.5"),
("1514","element","Eu","Europium (Atomic number 63)"),
("1513","word","admonish (verb)","To warn of a fault. "),
("1519","maths","144 ÷ 9 + 31","= 47"),
("1520","teaser","How many birthdays does the average man have?","1, just 1."),
("1522","word","finery (noun)","That which is used to decorate the person or dress. "),
("1587","word","indolent","Habitually inactive or idle. "),
("1582","maths","90% of 200","= 180"),
("1528","maths","440 - (190 + 211)","= 39"),
("1542","word","feasible","That may be done, performed, or effected; practicable. "),
("1533","word","deviate","To take a different course. "),
("1537","maths","391 - (30 + 68)","= 293"),
("1708","maths","45% of 200","= 90"),
("1540","word","nugatory (adjective)","Having no power or force. "),
("1551","word","tricolour","Of three colours "),
("1560","word","vendor","A seller. "),
("1585","word","botanical (adjective)","Connected with the study or cultivation of plants. "),
("1558","word","annual (adjective)","Occurring every year. "),
("1609","maths","433 - (190 + 33)","= 210"),
("1627","maths","171 ÷ 19 + 134","= 143"),
("1573","maths","1.1 × 0.2 + 1.9","= 2.12"),
("1577","element","Ba","Barium (Atomic number 56)"),
("1679","fact","Some libraries allow you to check out seeds with the intention that you will replace the seeds when your crop is harvested.",""),
("1576","word","deviate (verb)","To take a different course. "),
("1605","word","egress","Any place of exit. "),
("1726","maths","20 × 2 + 144","= 184"),
("1600","maths","1.5 × 0.8 + 3.4","= 4.6"),
("1672","maths","5 × 8 + 113","= 153"),
("1604","element","Cl","Chlorine (Atomic number 17)"),
("1649","element","La","Lanthanum (Atomic number 57)"),
("1632","word","flagrant","Openly scandalous. "),
("1621","word","amply (adverb)","Sufficiently. "),
("1630","word","lingua (noun)","The tongue. "),
("1713","word","scabbard","The sheath of a sword or similar bladed weapon. "),
("1645","maths","15 × 15 + 141","= 366"),
("1639","word","pertinacious (adjective)","Persistent or unyielding. "),
("1659","word","epoch","A interval of time, memorable for extraordinary events. "),
("1648","word","papyrus (noun)","The writing-paper of the ancient Egyptians, and later of the Romans. "),
("1657","word","sapience (noun)","Deep wisdom or knowledge. "),
("1656","joke","What lies at the bottom of the sea and shivers?","A nervous wreck."),
("1676","element","Ti","Titanium (Atomic number 22)"),
("1663","maths","731 - (231 + 210)","= 290"),
("1667","element","Sn","Tin (Atomic number 50)"),
("1666","word","adhesion (noun)","The state of being attached or joined. "),
("1675","word","potentate (noun)","One possessed of great power or sway. "),
("1699","maths","84 ÷ 12 + 100","= 107"),
("1861","maths","152 + 188 + 105","= 445"),
("1780","maths","42 + 117 + 64","= 223"),
("1681","maths","464 - (178 + 112)","= 174"),
("1789","maths","65% of 240","= 156"),
("1753","maths","142 + 23","= 204"),
("1684","word","abhorrence (noun)","The act of detesting extremely. "),
("1744","maths","1 × 0.6 + 1.5","= 2.1"),
("1695","word","meander","To wind and turn while proceeding in a course. "),
("1703","element","Mg","Magnesium (Atomic number 12)"),
("1693","word","aborigines (noun)","The original of earliest known inhabitants of a country. "),
("1735","maths","228 ÷ 12 + 152","= 171"),
("1702","word","palliate (verb)","To cause to appear less guilty. "),
("1711","word","fledgling (noun)","A young bird. "),
("1771","maths","130 ÷ 10 + 51","= 64"),
("1942","maths","19 × 18 + 36","= 378"),
("1749","word","verbiage","Use of many words without necessity. "),
("1834","maths","26 + 26 + 154","= 206"),
("1729","word","apiary (noun)","A place where bees are kept. "),
("1738","word","imperturbable (adjective)","Calm. "),
("1748","element","Mt","Meitnerium (Atomic number 109)"),
("1747","word","abet (verb)","To aid, promote, or encourage the commission of (an offence). "),
("1757","element","Ac","Actinium (Atomic number 89)"),
("1756","word","almanac (noun)","A series of tables giving the days of the week together with certain astronomical information. "),
("1762","maths","113 + 98 + 191","= 402"),
("1879","maths","112 + 23","= 129"),
("1960","maths","47 + 44 + 143","= 234"),
("1765","word","anthropomorphous (adjective)","Having or resembling human form. "),
("1793","element","Yb","Ytterbium (Atomic number 70)"),
("1794","word","octavo","A book, or collection of paper in which the sheets are so folded as to make eight leaves. "),
("1774","word","metamorphosis (noun)","A passing from one form or shape into another. "),
("1843","maths","122 + 43","= 208"),
("1783","word","demulcent (noun)","Any application soothing to an irritable surface "),
("1996","maths","10 × 5 + 78","= 128"),
("1798","maths","16 × 4 + 29","= 93"),
("1820","element","Sm","Samarium (Atomic number 62)"),
("1801","word","becalm (verb)","To make quiet. "),
("1839","word","irrigate","To water, as land, by ditches or other artificial means. "),
("1807","maths","30% of 220","= 66"),
("1915","maths","15% of 210","= 31.5"),
("1830","word","exhume","To dig out of the earth (what has been buried). "),
("1810","word","philharmonic (adjective)","Fond of music. "),
("1933","maths","15% of 120","= 18"),
("1825","maths","3 × 5 + 104","= 119"),
("1848","word","verbatim","Word for word. "),
("1819","word","prickle (verb)","To puncture slightly with fine, sharp points. "),
("1987","maths","20 × 6 + 184","= 304"),
("1929","word","neophyte","Having the character of a beginner. "),
("1837","word","epicure (noun)","One who cultivates a delicate taste for eating and drinking. "),
("1852","maths","429 - (125 + 148)","= 156"),
("1866","word","addle","To make inefficient or worthless; muddle. "),
("1978","maths","1.3 × 0.3 + 5.1","= 5.49"),
("1855","word","retroactive (adjective)","Operative on, affecting, or having reference to past events, transactions, responsibilities. "),
("1888","maths","160 + 59 + 149","= 368"),
("1870","maths","35% of 190","= 66.5"),
("1951","maths","4 × 10 + 129","= 169"),
("1892","element","Ta","Tantalum (Atomic number 73)"),
("1901","element","Na","Sodium (Atomic number 11)"),
("1882","word","bibliophile (noun)","One who loves books. "),
("1897","maths","1.1 × 0.8 + 4.9","= 5.78"),
("1891","word","piccolo (noun)","A small flute. "),
("1947","word","demulcent","Any application soothing to an irritable surface "),
("1906","maths","3 × 20 + 168","= 228"),
("2014","maths","1.4 × 0.8 + 5.1","= 6.22"),
("1938","word","incisor","A front or cutting tooth. "),
("1969","maths","120 ÷ 15 + 40","= 48"),
("2059","maths","61 + 148 + 179","= 388"),
("1919","element","F","Fluorine (Atomic number 9)"),
("2001","word","azure","The colour of a bright blue, cloudless sky. "),
("1936","word","verbatim (adverb)","Word for word. "),
("2041","maths","144 ÷ 18 + 54","= 62"),
("2032","maths","20% of 190","= 38"),
("2113","maths","456 - (72 + 113)","= 271"),
("2104","maths","15% of 150","= 22.5"),
("1965","word","kimono","A loose robe, fastening with a sash, the principal outer garment in Japan. "),
("2086","maths","179 + 88 + 178","= 445"),
("1992","word","curtail","To cut off or cut short. "),
("1990","word","oaken (adjective)","Made of or from oak. "),
("1999","word","rudimentary (adjective)","Being in an initial, early, or incomplete stage of development. "),
("2005","maths","30 ÷ 5 + 41","= 47"),
("2158","maths","442 - (112 + 227)","= 103"),
("2257","maths","32 + 33","= 36"),
("2122","maths","1 × 0.5 + 7.5","= 8"),
("2017","word","studious (adjective)","Having or showing devotion to the acquisition of knowledge. "),
("2023","maths","80% of 180","= 144"),
("2167","maths","280 ÷ 20 + 85","= 99"),
("2082","word","repudiate","To refuse to have anything to do with. "),
("2044","word","bulwark (noun)","Anything that gives security or defence "),
("2068","maths","168 + 39 + 34","= 241"),
("2053","word","feasible (adjective)","That may be done, performed, or effected; practicable. "),
("2071","word","ultimatum (noun)","A final statement or proposal, as concerning terms or conditions. "),
("2064","word","cardiac","Pertaining to the heart. "),
("2062","word","acrimony (noun)","Sharpness or bitterness of speech or temper. "),
("2365","maths","1.2 × 1 + 3.3","= 4.5"),
("2077","maths","75% of 200","= 150"),
("2185","maths","1 × 0.5 + 1.5","= 2"),
("2140","maths","1.1 × 0.3 + 8.2","= 8.53"),
("2212","maths","389 - (154 + 56)","= 179"),
("2194","maths","1.2 × 0.9 + 1.7","= 2.78"),
("2089","word","tricolour (adjective)","Of three colours "),
("2149","maths","35% of 150","= 52.5"),
("2203","maths","420 - (124 + 81)","= 215"),
("2116","word","cardiac (adjective)","Pertaining to the heart. "),
("2221","maths","187 + 60 + 155","= 402"),
("2176","maths","80% of 200","= 160"),
("2275","maths","52 + 43","= 95"),
("2115","joke","How do crazy people go through the forest?","They take the psycho path."),
("2293","maths","16 × 17 + 53","= 325"),
("2302","maths","40% of 160","= 64"),
("2131","maths","15% of 220","= 33"),
("2266","maths","54 ÷ 18 + 169","= 172"),
("2136","word","jugular","Pertaining to the throat. "),
("2134","word","literal (adjective)","Following the exact words. "),
("2153","element","Zn","Zinc (Atomic number 30)"),
("2154","word","capacious","Roomy. "),
("2239","maths","62 + 13","= 37"),
("2262","word","lingua","The tongue. "),
("2329","maths","1.1 × 0.3 + 7.1","= 7.43"),
("2208","word","studious","Having or showing devotion to the acquisition of knowledge. "),
("2189","element","Th","Thorium (Atomic number 90)"),
("2216","element","W","Tungsten (Atomic number 74)"),
("2284","maths","77 + 20 + 128","= 225"),
("2401","maths","224 ÷ 14 + 49","= 65"),
("2347","maths","1.2 × 0.8 + 6.4","= 7.36"),
("2253","word","oratory","The art of public speaking. "),
("2374","maths","4 × 18 + 40","= 112"),
("2215","word","epiphany (noun)","Any appearance or bodily manifestation of a deity. "),
("2248","maths","1.5 × 0.5 + 1","= 1.75"),
("2230","maths","47 + 33 + 114","= 194"),
("2392","maths","366 - (156 + 188)","= 22"),
("2311","maths","15 × 6 + 170","= 260"),
("2356","maths","90% of 230","= 207"),
("2271","word","abdicate","To give up (royal power or the like). "),
("2279","element","Te","Tellurium (Atomic number 52)"),
("2591","maths","82 + 13","= 65"),
("2278","word","expedite (verb)","To hasten the movement or progress of. "),
("2491","maths","40 ÷ 8 + 29","= 34"),
("2298","word","papyrus","The writing-paper of the ancient Egyptians, and later of the Romans. "),
("2383","maths","1.1 × 0.2 + 8.3","= 8.52"),
("2305","word","nautical (adjective)","Pertaining to ships, seamen, or navigation. "),
("2314","word","abyss (noun)","Bottomless gulf. "),
("2323","word","verdant (adjective)","Green with vegetation. "),
("2332","word","tableau (noun)","An arrangement of inanimate figures representing a scene from real life. "),
("2370","word","adhesion","The state of being attached or joined. "),
("2338","maths","168 ÷ 12 + 38","= 52"),
("2406","word","felon","A criminal or depraved person. "),
("2500","maths","1.3 × 0.4 + 9.1","= 9.62"),
("2369","element","Es","Einsteinium (Atomic number 99)"),
("2361","word","nautical","Pertaining to ships, seamen, or navigation. "),
("2473","maths","67 + 111 + 53","= 231"),
("2446","maths","656 - (289 + 168)","= 199"),
("2359","word","dwindle (verb)","To diminish or become less. "),
("2618","maths","122 + 53","= 269"),
("2573","maths","1.2 × 0.9 + 6","= 7.08"),
("2386","word","apex (noun)","The highest point, as of a mountain. "),
("2410","maths","187 + 139 + 198","= 524"),
("2415","word","arboreal","Of or relating to trees."),
("2404","word","electrolysis (noun)","The process of decomposing a chemical compound by the passage of an electric current. "),
("2509","maths","1.5 × 0.7 + 7.2","= 8.25"),
("2413","word","repentance (noun)","Sorrow for something done or left undone, with desire to make things right by undoing the wrong. "),
("2455","maths","578 - (217 + 227)","= 134"),
("2518","maths","80 ÷ 5 + 93","= 109"),
("2419","maths","3 × 12 + 177","= 213"),
("2645","maths","9 × 11 + 73","= 172"),
("2422","word","jocular (adjective)","Inclined to joke. "),
("2423","element","Rf","Rutherfordium (Atomic number 104)"),
("2546","maths","102 + 43","= 164"),
("2437","maths","8 × 4 + 167","= 199"),
("2482","maths","16 × 6 + 133","= 229"),
("2582","maths","4 × 5 + 162","= 182"),
("2527","maths","10% of 170","= 17"),
("2449","word","azalea (noun)","A flowering shrub. "),
("2726","maths","152 + 188 + 177","= 517"),
("2609","maths","144 ÷ 9 + 30","= 46"),
("2600","maths","10% of 150","= 15"),
("2496","word","reservoir","A receptacle where a quantity of some material, especially of a liquid or gas, may be kept. "),
("2536","maths","97 + 143 + 49","= 289"),
("2514","word","antiquate","To make old or out of date. "),
("2555","maths","116 + 38 + 100","= 254"),
("2699","maths","72 + 13","= 50"),
("2762","maths","182 + 54 + 24","= 260"),
("2636","maths","10% of 250","= 25"),
("2650","word","pecuniary","Consisting of money. "),
("2539","word","",""),
("2549","word","superfluous (adjective)","Being more than is needed. "),
("2663","maths","8 × 2 + 59","= 75"),
("2564","maths","462 - (76 + 171)","= 215"),
("2627","maths","156 + 159 + 83","= 398"),
("2567","word","drought (noun)","Dry weather, especially when so long continued as to cause vegetation to wither. "),
("2708","maths","20 × 15 + 173","= 473"),
("2816","maths","52 + 13","= 26"),
("2897","maths","26 + 34 + 27","= 87"),
("2672","maths","33 + 119 + 162","= 314"),
("2596","word","dauntless","Fearless. "),
("2771","maths","13 × 4 + 82","= 134"),
("2681","maths","529 - (125 + 114)","= 290"),
("2690","maths","84 + 137 + 61","= 282"),
("2749","word","cataclysm","Any overwhelming flood of water. "),
("2717","maths","413 - (247 + 96)","= 70"),
("2780","maths","1.4 × 0.2 + 7.8","= 8.08"),
("2639","word","brigand (noun)","One who lives by robbery and plunder. "),
("2668","word","pedagogy","The science and art of teaching "),
("2677","word","plebeian","Common. "),
("2744","maths","15 × 8 + 185","= 305"),
("2735","maths","34 ÷ 17 + 74","= 76"),
("2807","maths","256 - (103 + 121)","= 32"),
("2753","maths","75% of 210","= 157.5"),
("2798","maths","5 × 14 + 76","= 146"),
("2852","maths","224 ÷ 16 + 104","= 118"),
("3131","maths","102 + 13","= 101"),
("2879","maths","68 ÷ 4 + 192","= 209"),
("2785","word","malign","To speak evil of, especially to do so falsely and severely. "),
("3014","maths","558 - (144 + 150)","= 264"),
("2825","maths","89 + 44 + 156","= 289"),
("2843","maths","350 - (113 + 200)","= 37"),
("2765","word","epoch (noun)","A interval of time, memorable for extraordinary events. "),
("2915","maths","337 - (87 + 213)","= 37"),
("2774","word","hydromechanics (noun)","The mechanics of fluids. "),
("2789","maths","162 ÷ 18 + 162","= 171"),
("2942","maths","671 - (225 + 202)","= 244"),
("2870","maths","92 + 13","= 82"),
("2792","word","metronome (noun)","An instrument for indicating and marking exact time in music. "),
("2811","element","Sg","Seaborgium (Atomic number 106)"),
("2839","word","stanchion","A vertical bar, or a pair of bars, used to confine cattle in a stall. "),
("2857","word","cynosure","That to which general interest or attention is directed. "),
("2819","word","boorish (adjective)","Rude. "),
("2829","element","As","Arsenic (Atomic number 33)"),
("2969","maths","20 + 93 + 179","= 292"),
("2920","word","torrid","Excessively hot. "),
("2888","maths","553 - (237 + 259)","= 57"),
("3320","maths","412 - (106 + 20)","= 286"),
("3140","maths","382 - (70 + 238)","= 74"),
("3005","maths","13 × 10 + 177","= 307"),
("2906","maths","1.5 × 0.5 + 5.5","= 6.25"),
("2924","maths","55% of 230","= 126.5"),
("2901","element","Mo","Molybdenum (Atomic number 42)"),
("2987","maths","1 × 0.3 + 9.1","= 9.4"),
("3050","maths","535 - (77 + 207)","= 251"),
("2960","maths","198 + 187 + 177","= 562"),
("2951","maths","299 - (231 + 24)","= 44"),
("3032","maths","1.2 × 0.6 + 6.7","= 7.42"),
("3086","maths","1.5 × 0.4 + 3.6","= 4.2"),
("3113","maths","11 × 8 + 164","= 252"),
("2978","maths","20% of 140","= 28"),
("2996","maths","1.4 × 0.5 + 5.3","= 6"),
("2933","maths","3 × 13 + 49","= 88"),
("3230","maths","82 + 43","= 128"),
("3158","maths","11 × 3 + 69","= 102"),
("3023","maths","89 + 75 + 90","= 254"),
("3041","maths","72 ÷ 18 + 145","= 149"),
("3185","maths","304 ÷ 19 + 76","= 92"),
("3046","word","actuary","An officer, as of an insurance company, who calculates and states the risks and premiums. "),
("3149","maths","70% of 160","= 112"),
("3044","word","miscreant (noun)","A villain. "),
("3017","word","compulsory (adjective)","Forced. "),
("3068","maths","28 ÷ 7 + 50","= 54"),
("3077","maths","18 ÷ 3 + 158","= 164"),
("3035","word","quandary (noun)","A puzzling predicament. "),
("3095","maths","30% of 240","= 72"),
("3104","maths","521 - (236 + 121)","= 164"),
("3059","maths","18 ÷ 3 + 189","= 195"),
("3266","maths","30 ÷ 5 + 199","= 205"),
("3374","maths","153 + 100 + 55","= 308"),
("3194","maths","117 + 56 + 89","= 262"),
("3089","word","preposterous (adjective)","Utterly ridiculous or absurd. "),
("3073","word","tranquil","Calm. "),
("3122","maths","100 ÷ 10 + 46","= 56"),
("3176","maths","1.1 × 0.4 + 8.2","= 8.64"),
("3118","word","ampere","The practical unit of electric-current strength. "),
("3212","maths","438 - (58 + 261)","= 119"),
("3347","maths","19 × 2 + 75","= 113"),
("3221","maths","15 × 7 + 186","= 291"),
("3275","maths","1.4 × 0.6 + 4","= 4.84"),
("3203","maths","334 - (211 + 95)","= 28"),
("3284","maths","62 + 123 + 117","= 302"),
("3152","word","exodus (noun)","A going forth or departure from a place or country, especially of many people. "),
("3338","maths","18 ÷ 2 + 89","= 98"),
("3167","maths","10 × 20 + 88","= 288"),
("3179","word","jargon (noun)","Confused, unintelligible speech or highly technical speech. "),
("3239","maths","45% of 150","= 67.5"),
("3257","maths","685 - (203 + 293)","= 189"),
("3248","maths","1.2 × 0.8 + 5.1","= 6.06"),
("3208","word","apiary","A place where bees are kept. "),
("3383","maths","10% of 210","= 21"),
("3482","maths","14 × 11 + 109","= 263"),
("3302","maths","165 ÷ 15 + 118","= 129"),
("3311","maths","41 + 192 + 124","= 357"),
("3473","maths","153 ÷ 9 + 66","= 83"),
("3224","word","orator (noun)","One who delivers an elaborate or formal speech. "),
("3293","maths","196 + 77 + 185","= 458"),
("3446","maths","15 × 12 + 155","= 335"),
("3356","maths","49 + 62 + 64","= 175"),
("3270","element","Pa","Protactinium (Atomic number 91)"),
("3365","maths","23 + 67 + 22","= 112"),
("3545","maths","1 × 0.6 + 2.7","= 3.3"),
("3329","maths","34 + 155 + 126","= 315"),
("3287","word","mendacious (adjective)","Untrue. "),
("3392","maths","98 + 198 + 164","= 460"),
("3307","word","sapience","Deep wisdom or knowledge. "),
("3410","maths","80% of 190","= 152"),
("3305","word","grotto (noun)","A small cavern. "),
("3428","maths","11 × 15 + 56","= 221"),
("3464","maths","507 - (136 + 274)","= 97"),
("3334","word","corrosive","That which causes gradual decay by crumbling or surface disintegration. "),
("3536","maths","110 + 138 + 112","= 360"),
("3401","maths","133 ÷ 7 + 18","= 37"),
("3455","maths","10 × 13 + 80","= 210"),
("3437","maths","1.4 × 0.3 + 9.2","= 9.62"),
("3360","element","Sr","Strontium (Atomic number 38)"),
("3509","maths","198 + 43 + 186","= 427"),
("3500","maths","15% of 130","= 19.5"),
("3406","word","finery","That which is used to decorate the person or dress. "),
("3404","word","ripplet (noun)","A small ripple, as of water. "),
("3752","maths","311 - (148 + 83)","= 80"),
("3518","maths","14 × 7 + 191","= 289"),
("3468","element","Ra","Radium (Atomic number 88)"),
("3469","word","anonymous","Of unknown authorship. "),
("3707","maths","80% of 150","= 120"),
("3431","word","submersible (adjective)","Capable of being put underwater. "),
("3608","maths","1 × 0.5 + 9.7","= 10.2"),
("3458","word","lexicographer (noun)","One who makes dictionaries. "),
("3554","maths","5% of 210","= 10.5"),
("3626","maths","25% of 180","= 45"),
("3581","maths","6 × 17 + 97","= 199"),
("3617","maths","32 + 23","= 17"),
("3671","maths","186 - (30 + 27)","= 129"),
("3505","word","joggle","A sudden irregular shake or a push causing such a shake. "),
("3485","word","wittingly (adverb)","With knowledge and by design. "),
("3563","maths","234 ÷ 18 + 127","= 140"),
("3572","maths","1.2 × 0.8 + 5","= 5.96"),
("3653","maths","8 × 16 + 175","= 303"),
("3698","maths","1.5 × 0.5 + 8","= 8.75"),
("3716","maths","421 - (82 + 53)","= 286"),
("3644","maths","95% of 160","= 152"),
("3527","maths","1 × 0.7 + 9.9","= 10.6"),
("3743","maths","18 × 8 + 95","= 239"),
("4265","maths","296 - (120 + 23)","= 153"),
("3770","maths","127 + 22 + 51","= 200"),
("3887","maths","136 ÷ 8 + 24","= 41"),
("3557","word","dauntless (adjective)","Fearless. "),
("3599","maths","180 ÷ 18 + 63","= 73"),
("3635","maths","531 - (107 + 142)","= 282"),
("3590","maths","190 + 105 + 98","= 393"),
("3593","word","covey (noun)","A flock of quails or partridges. "),
("3665","word","odoriferous (adjective)","Having or diffusing an odour or scent, especially an agreeable one. "),
("3842","maths","85 + 111 + 193","= 389"),
("3667","word","defray","To make payment for. "),
("3703","word","eloquent","Having the ability to express emotion or feeling in lofty and impassioned speech. "),
("3788","maths","394 - (123 + 79)","= 192"),
("3680","maths","1 × 0.4 + 7.5","= 7.9"),
("3683","word","actuary (noun)","An officer, as of an insurance company, who calculates and states the risks and premiums. "),
("3806","maths","19 × 9 + 98","= 269"),
("3815","maths","54 + 146 + 102","= 302"),
("3923","maths","20 × 7 + 175","= 315"),
("3779","maths","80% of 240","= 192"),
("3734","maths","45 + 191 + 57","= 293"),
("3851","maths","65 ÷ 5 + 93","= 106"),
("4040","maths","54 ÷ 9 + 144","= 150"),
("3833","maths","491 - (116 + 199)","= 176"),
("3719","word","sardonic (adjective)","Scornfully or bitterly sarcastic. "),
("3797","maths","67 + 164 + 170","= 401"),
("3737","word","bestride (verb)","To get or sit upon astride, as a horse. "),
("3746","word","iota (noun)","A small or insignificant mark or part. "),
("3986","maths","1 × 0.2 + 2.8","= 3"),
("4049","maths","216 ÷ 18 + 46","= 58"),
("3941","maths","19 × 17 + 29","= 352"),
("4121","maths","1.1 × 0.9 + 6.8","= 7.79"),
("3914","maths","1.1 × 0.2 + 5.1","= 5.32"),
("3809","word","violoncello (noun)","A stringed instrument held between the player\'s knees. "),
("3791","word","thoroughfare (noun)","A public street or road. "),
("3818","word","purveyor (noun)","one who supplies "),
("3896","maths","40% of 150","= 60"),
("3827","word","acrimonious (adjective)","Full of bitterness. "),
("3860","maths","336 - (138 + 107)","= 91"),
("3905","maths","14 × 10 + 107","= 247"),
("3865","word","sequester","To cause to withdraw or retire, as from society or public life. "),
("3950","maths","86 + 137 + 179","= 402"),
("3854","word","photometry (noun)","The art of measuring the intensity of light. "),
("3869","maths","40% of 230","= 92"),
("4094","maths","271 - (181 + 22)","= 68"),
("4058","maths","19 × 14 + 154","= 420"),
("4013","maths","77 ÷ 11 + 162","= 169"),
("4022","maths","1.2 × 1 + 7.4","= 8.6"),
("3919","word","nugatory","Having no power or force. "),
("3917","word","expostulate (verb)","To discuss. "),
("3968","maths","304 - (31 + 51)","= 222"),
("3932","maths","100 + 64 + 183","= 347"),
("3995","maths","90% of 120","= 108"),
("3977","maths","29 + 73 + 72","= 174"),
("3935","word","temerity (noun)","Recklessness. "),
("4004","maths","6 × 4 + 49","= 73"),
("4067","maths","695 - (198 + 289)","= 208"),
("4031","maths","1.2 × 1 + 3.2","= 4.4"),
("3971","word","stanchion (noun)","A vertical bar, or a pair of bars, used to confine cattle in a stall. "),
("4166","maths","9 × 14 + 44","= 170"),
("4076","maths","162 + 162 + 180","= 504"),
("4238","maths","452 - (116 + 163)","= 173"),
("4103","maths","112 + 33","= 148"),
("4184","maths","39 + 25 + 99","= 163"),
("4175","maths","112 + 43","= 185"),
("4472","maths","1.4 × 0.2 + 9.3","= 9.58"),
("4112","maths","20% of 240","= 48"),
("4256","maths","102 + 33","= 127"),
("4157","maths","16 × 12 + 20","= 212"),
("4130","maths","85% of 150","= 127.5"),
("4220","maths","1.4 × 0.3 + 4.1","= 4.52"),
("4211","maths","19 × 2 + 21","= 59"),
("4193","maths","17 × 4 + 188","= 256"),
("4088","word","addle (verb)","To make inefficient or worthless; muddle. "),
("4247","maths","1.5 × 0.5 + 3.7","= 4.45"),
("4274","maths","98 + 88 + 36","= 222"),
("4301","maths","1.1 × 0.6 + 4.6","= 5.26"),
("4135","word","commodity","Something that is bought and sold. "),
("4202","maths","36 + 195 + 59","= 290"),
("4142","word","contumacious (adjective)","Rebellious. "),
("4151","word","exigency (noun)","A critical period or condition. "),
("4229","maths","1.5 × 0.4 + 5.9","= 6.5"),
("4328","maths","5% of 230","= 11.5"),
("4355","maths","191 + 153 + 190","= 534"),
("4598","maths","169 + 27 + 72","= 268"),
("4526","maths","55 + 103 + 31","= 189"),
("4544","maths","774 - (279 + 292)","= 203"),
("4436","maths","35% of 160","= 56"),
("4337","maths","88 + 37 + 81","= 206"),
("4319","maths","1.5 × 0.9 + 10","= 11.35"),
("4382","maths","442 - (97 + 257)","= 88"),
("4373","maths","19 × 2 + 146","= 184"),
("4391","maths","1.1 × 0.9 + 1.7","= 2.69"),
("4250","word","insipid (adjective)","Tasteless. "),
("4310","maths","72 ÷ 6 + 24","= 36"),
("4364","maths","9 × 17 + 82","= 235"),
("4562","maths","132 + 13","= 170"),
("4490","maths","216 ÷ 18 + 19","= 31"),
("4481","maths","65% of 230","= 149.5"),
("4400","maths","6 × 6 + 80","= 116"),
("4418","maths","1.4 × 0.4 + 6.2","= 6.76"),
("4295","word","fathom (noun)","A measure of length, 6 feet. "),
("4607","maths","4 × 12 + 36","= 84"),
("4463","maths","56 ÷ 7 + 44","= 52"),
("4409","maths","221 ÷ 13 + 195","= 212"),
("4378","word","redolence","Smelling sweet and agreeable. "),
("4427","maths","189 + 100 + 27","= 316"),
("4376","word","palate (noun)","The roof of the mouth. "),
("4454","maths","28 + 82 + 78","= 188"),
("4535","maths","80% of 220","= 176"),
("4517","maths","1 × 0.6 + 5.1","= 5.7"),
("4499","maths","167 + 107 + 23","= 297"),
("4589","maths","35% of 140","= 49"),
("4439","word","azure (noun)","The colour of a bright blue, cloudless sky. "),
("4508","maths","14 × 10 + 75","= 215"),
("4580","maths","7 × 2 + 145","= 159"),
("4475","word","lacteal (adjective)","Milky. "),
("4652","maths","595 - (160 + 166)","= 269"),
("4787","maths","255 ÷ 15 + 43","= 60"),
("4553","maths","1.4 × 0.4 + 5.1","= 5.66"),
("4571","maths","486 - (268 + 76)","= 142"),
("4661","maths","600 - (271 + 268)","= 61"),
("4556","word","assuage (verb)","To cause to be less harsh, violent, or severe, as excitement, appetite, pain, or disease. "),
("4540","word","potentate","One possessed of great power or sway. "),
("4625","maths","10% of 240","= 24"),
("4805","maths","1.2 × 0.7 + 8.4","= 9.24"),
("4688","maths","103 + 130 + 29","= 262"),
("4634","maths","132 ÷ 11 + 86","= 98"),
("4679","maths","30% of 150","= 45"),
("4616","maths","388 - (108 + 65)","= 215"),
("4670","maths","2 × 3 + 187","= 193"),
("4592","word","connoisseur (noun)","A critical judge of art, especially one with thorough knowledge and sound judgement of art. "),
("5237","maths","1.2 × 0.5 + 9.4","= 10"),
("4643","maths","1.1 × 0.8 + 1.9","= 2.78"),
("4760","maths","7 × 8 + 20","= 76"),
("4697","maths","52 + 33","= 52"),
("4778","maths","502 - (294 + 72)","= 136"),
("4715","maths","27 ÷ 9 + 111","= 114"),
("4733","maths","156 ÷ 13 + 151","= 163"),
("4742","maths","22 + 13","= 5"),
("4724","maths","566 - (138 + 201)","= 227"),
("4823","maths","60 + 104 + 50","= 214"),
("4814","maths","1.1 × 0.9 + 9.4","= 10.39"),
("4751","maths","3 × 12 + 94","= 130"),
("4931","maths","6 × 9 + 192","= 246"),
("4832","maths","170 + 161 + 132","= 463"),
("4769","maths","1.5 × 0.9 + 9.2","= 10.55"),
("4976","maths","154 ÷ 11 + 13","= 27"),
("4886","maths","1 × 0.2 + 8.8","= 9"),
("4877","maths","51 ÷ 17 + 42","= 45"),
("4859","maths","132 + 53","= 294"),
("4772","word","depository (noun)","A place where anything is kept in safety. "),
("4781","word","polytheism (noun)","The doctrine or belief that there are more gods than one. "),
("4940","maths","1.3 × 0.9 + 9.9","= 11.07"),
("4850","maths","462 - (136 + 242)","= 84"),
("4796","maths","387 - (252 + 47)","= 88"),
("4808","word","vicissitude (noun)","A change, especially a complete change, of condition or circumstances, as of fortune. "),
("4868","maths","1.2 × 0.4 + 7.9","= 8.38"),
("4895","maths","591 - (274 + 68)","= 249"),
("4904","maths","3 × 18 + 86","= 140"),
("4949","maths","125 + 82 + 33","= 240"),
("5003","maths","68 + 123 + 137","= 328"),
("4846","word","expedient","Contributing to personal advantage. "),
("4913","maths","1.5 × 0.7 + 7.8","= 8.85"),
("4985","maths","16 × 14 + 163","= 387"),
("4994","maths","39 ÷ 13 + 13","= 16"),
("5093","maths","1 × 0.5 + 5.7","= 6.2"),
("4958","maths","63 + 98 + 57","= 218"),
("5165","maths","389 - (53 + 208)","= 128"),
("4967","maths","72 ÷ 4 + 179","= 197"),
("5039","maths","190 - (47 + 55)","= 88"),
("5021","maths","1 × 0.4 + 6.7","= 7.1"),
("4907","word","captious (adjective)","Hypercritical. "),
("4922","maths","170 ÷ 10 + 119","= 136"),
("5012","maths","501 - (119 + 219)","= 163"),
("5066","maths","3 × 13 + 21","= 60"),
("5129","maths","411 - (247 + 59)","= 105"),
("5030","maths","15 × 20 + 139","= 439"),
("5048","maths","412 - (109 + 162)","= 141"),
("5381","maths","1 × 0.7 + 3.8","= 4.5"),
("5219","maths","481 - (138 + 290)","= 53"),
("5084","maths","91 ÷ 13 + 107","= 114"),
("5102","maths","32 + 13","= 10"),
("5006","word","monomania (noun)","The unreasonable pursuit of one idea. "),
("5210","maths","90% of 150","= 135"),
("5111","maths","181 + 44 + 180","= 405"),
("5246","maths","31 + 146 + 26","= 203"),
("5183","maths","20% of 230","= 46"),
("5156","maths","1.1 × 0.2 + 3.6","= 3.82"),
("5147","maths","507 - (115 + 187)","= 205"),
("5051","word","phenomenon (noun)","Any unusual occurrence. "),
("5078","word","maleficent (adjective)","Mischievous. "),
("5273","maths","170 ÷ 17 + 129","= 139"),
("5114","word","mendicant (noun)","A beggar. "),
("5201","maths","22 + 118 + 159","= 299"),
("5309","maths","167 + 60 + 130","= 357"),
("5228","maths","91 + 106 + 142","= 339"),
("5426","maths","106 + 172 + 41","= 319"),
("5363","maths","50 ÷ 10 + 104","= 109"),
("5255","maths","2 × 20 + 79","= 119"),
("5264","maths","1 × 1 + 8","= 9"),
("5525","maths","142 + 53","= 321"),
("5327","maths","74 + 183 + 85","= 342"),
("5345","maths","5 × 18 + 151","= 241"),
("5291","maths","107 + 194 + 21","= 322"),
("5222","word","trenchant (adjective)","Cutting deeply and quickly. "),
("5300","maths","10 × 18 + 138","= 318"),
("5354","maths","579 - (115 + 196)","= 268"),
("5399","maths","283 - (136 + 43)","= 104"),
("5267","word","extensor (noun)","A muscle that causes extension. "),
("5282","maths","30 + 129 + 148","= 307"),
("5489","maths","2 × 11 + 191","= 213"),
("5336","maths","622 - (187 + 171)","= 264"),
("5318","maths","1 × 0.4 + 2.9","= 3.3"),
("5408","maths","18 ÷ 2 + 129","= 138"),
("5480","maths","12 × 17 + 113","= 317"),
("5642","maths","35 ÷ 7 + 114","= 119"),
("5588","maths","15 × 12 + 77","= 257"),
("5372","maths","152 + 164 + 179","= 495"),
("5390","maths","19 × 18 + 115","= 457"),
("5498","maths","1.5 × 0.4 + 3.3","= 3.9"),
("5471","maths","187 ÷ 17 + 104","= 115"),
("6272","maths","24 ÷ 8 + 114","= 117"),
("5453","maths","6 × 13 + 191","= 269"),
("5507","maths","10 × 10 + 49","= 149"),
("5348","word","panorama (noun)","A series of large pictures representing a continuous scene. "),
("5444","maths","75% of 220","= 165"),
("5417","maths","271 - (147 + 82)","= 42"),
("5552","maths","70% of 200","= 140"),
("5534","maths","147 + 115 + 69","= 331"),
("5516","maths","1.1 × 0.4 + 3.8","= 4.24"),
("6128","maths","12 × 3 + 176","= 212"),
("5678","maths","82 + 23","= 72"),
("5624","maths","240 - (177 + 22)","= 41"),
("5449","word","miscreant","A villain. "),
("5570","maths","80 ÷ 10 + 23","= 31"),
("5543","maths","19 × 6 + 169","= 283"),
("5948","maths","64 + 186 + 143","= 393"),
("5633","maths","60% of 230","= 138"),
("5741","maths","45% of 210","= 94.5"),
("5651","maths","57 + 163 + 129","= 349"),
("5579","maths","423 - (122 + 268)","= 33"),
("5597","maths","142 + 43","= 260"),
("5696","maths","7 × 20 + 59","= 199"),
("5759","maths","20 × 5 + 119","= 219"),
("5669","maths","122 + 33","= 171"),
("5732","maths","138 + 55 + 89","= 282"),
("5876","maths","30 ÷ 3 + 48","= 58"),
("5750","maths","341 - (202 + 47)","= 92"),
("5795","maths","173 + 149 + 186","= 508"),
("5609","word","censorious (adjective)","Judging severely or harshly. "),
("5687","maths","121 + 187 + 32","= 340"),
("5786","maths","20 × 11 + 90","= 310"),
("5768","maths","50% of 130","= 65"),
("5840","maths","147 + 155 + 147","= 449"),
("5804","maths","72 ÷ 8 + 13","= 22"),
("5701","word","opulent","Wealthy. "),
("5867","maths","6 × 16 + 117","= 213"),
("5822","maths","176 + 86 + 150","= 412"),
("5813","maths","240 ÷ 12 + 49","= 69"),
("6542","maths","672 - (267 + 215)","= 190"),
("5912","maths","638 - (231 + 175)","= 232"),
("5744","word","deleterious (adjective)","Hurtful, morally or physically. "),
("5885","maths","1.1 × 1 + 3.6","= 4.7"),
("5903","maths","118 + 147 + 147","= 412"),
("6083","maths","224 ÷ 16 + 90","= 104"),
("5771","word","felon (noun)","A criminal or depraved person. "),
("5858","maths","1.4 × 0.2 + 4","= 4.28"),
("5831","maths","1.2 × 0.9 + 3.9","= 4.98"),
("5930","maths","95% of 250","= 237.5"),
("5957","maths","25% of 170","= 42.5"),
("5894","maths","160 ÷ 16 + 147","= 157"),
("5939","maths","90 + 98 + 140","= 328"),
("5921","maths","1.5 × 0.7 + 5.8","= 6.85"),
("5825","word","meander (verb)","To wind and turn while proceeding in a course. "),
("6011","maths","1.2 × 0.6 + 1","= 1.72"),
("5944","word","ossify","to convert into bone. "),
("5966","maths","180 ÷ 15 + 134","= 146"),
("6002","maths","40 + 24 + 194","= 258"),
("5975","maths","152 + 53","= 350"),
("5984","maths","90 ÷ 6 + 149","= 164"),
("6218","maths","8 × 19 + 27","= 179"),
("6029","maths","20 × 4 + 184","= 264"),
("6038","maths","50% of 240","= 120"),
("6056","maths","630 - (268 + 274)","= 88"),
("6110","maths","5 × 3 + 136","= 151"),
("6074","maths","168 ÷ 12 + 23","= 37"),
("6155","maths","180 ÷ 20 + 76","= 85"),
("6101","maths","661 - (273 + 283)","= 105"),
("6065","maths","101 + 176 + 67","= 344"),
("5978","word","impropriety (noun)","The state or quality of being unfit, unseemly, or inappropriate. "),
("6020","maths","5 × 13 + 59","= 124"),
("6047","maths","117 ÷ 13 + 71","= 80"),
("6200","maths","90% of 190","= 171"),
("6236","maths","530 - (89 + 181)","= 260"),
("6191","maths","126 ÷ 7 + 11","= 29"),
("6164","maths","32 + 43","= 73"),
("6119","maths","63 ÷ 9 + 87","= 94"),
("6095","word","garrison (noun)","The military force stationed in a fort, town, or other place for its defence. "),
("6137","maths","7 × 2 + 174","= 188"),
("6461","maths","18 ÷ 2 + 22","= 31"),
("6173","maths","579 - (209 + 203)","= 167"),
("6209","maths","177 + 68 + 170","= 415"),
("6104","word","athwart (adverb)","From side to side. "),
("6182","maths","126 + 132 + 143","= 401"),
("6227","maths","3 × 10 + 151","= 181"),
("6299","maths","85% of 130","= 110.5"),
("6326","maths","95 + 83 + 71","= 249"),
("6596","maths","3 × 11 + 130","= 163"),
("6263","maths","80 ÷ 4 + 179","= 199"),
("6254","maths","102 + 179 + 69","= 350"),
("6176","word","vista (noun)","A view or prospect. "),
("6470","maths","22 + 53","= 129"),
("6344","maths","132 + 23","= 177"),
("6290","maths","72 + 192 + 156","= 420"),
("6239","word","brae (noun)","Hillside. "),
("6293","word","testator (noun)","The maker of a will. "),
("6416","maths","13 × 8 + 118","= 222"),
("6380","maths","64 + 198 + 104","= 366"),
("6362","maths","323 - (160 + 136)","= 27"),
("6452","maths","11 × 17 + 160","= 347"),
("6353","maths","1 × 0.3 + 9.9","= 10.2"),
("6371","maths","491 - (47 + 183)","= 261"),
("6425","maths","1.5 × 0.4 + 9.2","= 9.8"),
("6284","word","expeditious (adjective)","Speedy. "),
("6335","maths","194 + 95 + 157","= 446"),
("6497","maths","186 + 70 + 142","= 398"),
("6434","maths","102 + 53","= 225"),
("6488","maths","154 ÷ 14 + 25","= 36"),
("6533","maths","422 - (103 + 236)","= 83"),
("6479","maths","410 - (264 + 78)","= 68"),
("6443","maths","85% of 200","= 170"),
("6551","maths","172 + 61 + 197","= 430"),
("6466","word","epicure","One who cultivates a delicate taste for eating and drinking. "),
("6457","word","readily","Without objection or reluctance. "),
("6515","maths","170 ÷ 10 + 187","= 204"),
("6524","maths","112 + 187 + 106","= 405"),
("6506","maths","1.3 × 0.9 + 3.1","= 4.27"),
("6605","maths","410 - (113 + 115)","= 182"),
("6614","maths","1 × 0.7 + 6","= 6.7"),
("6641","maths","49 + 195 + 45","= 289"),
("6560","maths","44 + 136 + 49","= 229"),
("6803","maths","4 × 4 + 96","= 112"),
("6578","maths","591 - (165 + 179)","= 247"),
("6848","maths","561 - (166 + 161)","= 234"),
("6632","maths","65 ÷ 13 + 30","= 35"),
("6650","maths","1.5 × 1 + 2.6","= 4.1"),
("6668","maths","487 - (113 + 210)","= 164"),
("6623","maths","144 + 59 + 73","= 276"),
("6767","maths","1 × 0.2 + 8","= 8.2"),
("6602","thought","Would you rather be a division one footballer or a top flight rugby star?",""),
("6722","maths","82 + 125 + 29","= 236"),
("6740","maths","95% of 140","= 133"),
("6776","maths","14 × 19 + 176","= 442"),
("6821","maths","1.2 × 0.7 + 2.3","= 3.14"),
("6830","maths","608 - (263 + 69)","= 276"),
("6677","maths","450 - (131 + 290)","= 29"),
("6749","maths","180 ÷ 12 + 64","= 79"),
("6785","maths","15 × 19 + 197","= 482"),
("6794","maths","150 + 49 + 105","= 304"),
("6866","maths","75% of 250","= 187.5"),
("7145","maths","1.3 × 0.8 + 4.2","= 5.24"),
("6758","maths","54 ÷ 6 + 163","= 172"),
("6680","word","bilingual (adjective)","Speaking two languages. "),
("6695","maths","6 × 12 + 164","= 236"),
("6875","maths","18 ÷ 2 + 71","= 80"),
("6812","maths","119 + 157 + 148","= 424"),
("7073","maths","70% of 230","= 161"),
("6839","maths","1.4 × 0.9 + 2.9","= 4.16"),
("6857","maths","209 ÷ 11 + 66","= 85"),
("6956","maths","605 - (218 + 103)","= 284"),
("6817","word","fortitude","Patient courage. "),
("6974","maths","473 - (267 + 163)","= 43"),
("6893","maths","95% of 120","= 114"),
("6947","maths","14 × 20 + 37","= 317"),
("6983","maths","5% of 150","= 7.5"),
("6884","maths","1.5 × 0.9 + 9","= 10.35"),
("7460","maths","53 + 111 + 107","= 271"),
("6843","element","Zr","Zirconium (Atomic number 40)"),
("6911","maths","12 × 9 + 82","= 190"),
("7280","maths","50% of 180","= 90"),
("6902","maths","380 ÷ 19 + 139","= 159"),
("6992","maths","192 ÷ 16 + 193","= 205"),
("7001","maths","18 × 11 + 129","= 327"),
("7010","maths","148 + 33 + 104","= 285"),
("7091","maths","24 ÷ 12 + 135","= 137"),
("7028","maths","730 - (275 + 160)","= 295"),
("7046","maths","95 ÷ 19 + 40","= 45"),
("7082","maths","470 - (147 + 238)","= 85"),
("7118","maths","59 + 39 + 88","= 186"),
("6896","word","Anglophobia (noun)","Hatred or dread of England or of what is English. "),
("6929","maths","20% of 250","= 50"),
("7055","maths","170 + 163 + 118","= 451"),
("6941","word","enact (verb)","To make into law, as by legislative act. "),
("7397","maths","317 - (33 + 214)","= 70"),
("7100","maths","1 × 0.9 + 7.8","= 8.7"),
("7163","maths","5 × 17 + 158","= 243"),
("7154","maths","604 - (251 + 174)","= 179"),
("7136","maths","1.3 × 0.8 + 1.2","= 2.24"),
("7127","maths","1.1 × 0.4 + 5.5","= 5.94"),
("7568","maths","140 ÷ 20 + 135","= 142"),
("7244","maths","259 - (30 + 166)","= 63"),
("7181","maths","1.1 × 0.6 + 6","= 6.66"),
("7076","word","prodigy (noun)","A person or thing of very remarkable gifts or qualities. "),
("7235","maths","1 × 0.8 + 9.1","= 9.9"),
("7172","maths","514 - (242 + 239)","= 33"),
("7190","maths","673 - (241 + 175)","= 257"),
("7208","maths","2 × 18 + 76","= 112"),
("7271","maths","70% of 170","= 119"),
("7325","maths","477 - (145 + 67)","= 265"),
("7199","maths","15 × 9 + 26","= 161"),
("7253","maths","430 - (199 + 64)","= 167"),
("7217","maths","3 × 12 + 142","= 178"),
("7613","maths","1.1 × 0.3 + 2.4","= 2.73"),
("7298","maths","75% of 160","= 120"),
("7289","maths","168 ÷ 14 + 169","= 181"),
("7433","maths","513 - (178 + 225)","= 110"),
("7334","maths","64 ÷ 4 + 88","= 104"),
("7343","maths","12 × 14 + 76","= 244"),
("7379","maths","61 + 89 + 194","= 344"),
("7307","maths","1.4 × 0.4 + 2.7","= 3.26"),
("7550","maths","16 × 13 + 112","= 320"),
("7406","maths","75% of 150","= 112.5"),
("7388","maths","182 ÷ 14 + 177","= 190"),
("7361","maths","473 - (201 + 185)","= 87"),
("7370","maths","1.5 × 0.7 + 6.5","= 7.55"),
("7415","maths","44 + 145 + 144","= 333"),
("7559","maths","60% of 130","= 78"),
("7532","maths","161 + 197 + 109","= 467"),
("7451","maths","632 - (258 + 295)","= 79"),
("7496","maths","5% of 220","= 11"),
("7442","maths","25 ÷ 5 + 110","= 115"),
("7424","maths","1.2 × 0.4 + 3","= 3.48"),
("7730","maths","687 - (268 + 162)","= 257"),
("7469","maths","65 ÷ 13 + 34","= 39"),
("7478","maths","1.5 × 0.7 + 7.7","= 8.75"),
("7487","maths","73 + 124 + 88","= 285"),
("7577","maths","300 ÷ 15 + 58","= 78"),
("7514","maths","55 + 84 + 148","= 287"),
("7541","maths","151 + 143 + 122","= 416"),
("7595","maths","694 - (229 + 246)","= 219"),
("7631","maths","317 - (144 + 153)","= 20"),
("7586","maths","70 + 162 + 95","= 327"),
("7748","maths","220 ÷ 11 + 39","= 59"),
("7604","maths","181 + 101 + 54","= 336"),
("7739","maths","20 ÷ 10 + 71","= 73"),
("7802","maths","10% of 130","= 13"),
("7649","maths","5% of 130","= 6.5"),
("7811","maths","9 × 9 + 94","= 175"),
("7784","maths","18 × 4 + 129","= 201"),
("7658","maths","601 - (214 + 216)","= 171"),
("7694","maths","196 ÷ 14 + 100","= 114"),
("7622","maths","15 × 4 + 47","= 107"),
("7640","maths","6 × 16 + 113","= 209"),
("7820","maths","38 ÷ 19 + 96","= 98"),
("7685","maths","13 × 5 + 30","= 95"),
("7703","maths","18 × 2 + 117","= 153"),
("7667","maths","30% of 210","= 63"),
("7721","maths","84 ÷ 6 + 61","= 75"),
("7865","maths","568 - (190 + 252)","= 126"),
("7712","maths","8 × 7 + 64","= 120"),
("7838","maths","1.3 × 0.7 + 1.3","= 2.21"),
("7757","maths","170 ÷ 10 + 20","= 37"),
("8054","maths","128 + 104 + 28","= 260"),
("7775","maths","65% of 250","= 162.5"),
("7892","maths","1.1 × 0.6 + 10","= 10.66"),
("8045","maths","13 × 8 + 65","= 169"),
("7789","word","affable","Easy to approach. "),
("7901","maths","378 - (252 + 105)","= 21"),
("7883","maths","60% of 150","= 90"),
("7847","maths","65% of 210","= 136.5"),
("7874","maths","1.1 × 0.5 + 1.3","= 1.85"),
("7919","maths","141 + 178 + 195","= 514"),
("7856","maths","324 ÷ 18 + 182","= 200"),
("8531","maths","28 + 173 + 118","= 319"),
("7991","maths","149 + 84 + 175","= 408"),
("7982","maths","140 ÷ 14 + 136","= 146"),
("7955","maths","41 + 189 + 64","= 294"),
("7910","maths","85% of 170","= 144.5"),
("8018","maths","11 × 9 + 131","= 230"),
("8108","maths","1.4 × 0.9 + 4.4","= 5.66"),
("7946","maths","113 + 28 + 179","= 320"),
("7937","maths","326 - (58 + 201)","= 67"),
("8063","maths","431 - (222 + 123)","= 86"),
("8027","maths","142 + 69 + 183","= 394"),
("8081","maths","90% of 130","= 117"),
("8000","maths","65% of 150","= 97.5"),
("7973","maths","192 ÷ 12 + 34","= 50"),
("8126","maths","9 × 18 + 180","= 342"),
("8369","maths","1.5 × 0.6 + 7.2","= 8.1"),
("8036","maths","126 ÷ 7 + 27","= 45"),
("8144","maths","1.4 × 0.9 + 2.8","= 4.06"),
("8072","maths","556 - (235 + 246)","= 75"),
("8135","maths","46 + 95 + 144","= 285"),
("8153","maths","70 + 48 + 55","= 173"),
("7994","word","defray (verb)","To make payment for. "),
("8189","maths","60 ÷ 6 + 15","= 25"),
("8324","maths","1.5 × 0.2 + 2.3","= 2.6"),
("8171","maths","1 × 0.2 + 8.3","= 8.5"),
("8117","maths","1.3 × 0.9 + 8.2","= 9.37"),
("8216","maths","9 × 18 + 38","= 200"),
("8288","maths","200 ÷ 10 + 159","= 179"),
("8279","maths","1.1 × 1 + 8","= 9.1"),
("8270","maths","132 + 43","= 233"),
("8225","maths","14 ÷ 2 + 127","= 134"),
("8162","maths","419 - (61 + 239)","= 119"),
("8198","maths","16 × 3 + 41","= 89"),
("8207","maths","81 ÷ 9 + 151","= 160"),
("8234","maths","50% of 210","= 105"),
("8477","maths","10 ÷ 5 + 155","= 157"),
("8306","maths","1.4 × 0.9 + 9","= 10.26"),
("8423","maths","421 - (166 + 192)","= 63"),
("8396","maths","430 - (95 + 192)","= 143"),
("8228","word","trepidation (noun)","Nervous uncertainty of feeling. "),
("8252","maths","2 × 20 + 197","= 237"),
("8315","maths","153 ÷ 17 + 115","= 124"),
("8243","maths","85% of 180","= 153"),
("8333","maths","417 - (104 + 144)","= 169"),
("8351","maths","18 ÷ 6 + 87","= 90"),
("8450","maths","60% of 180","= 108"),
("8387","maths","1 × 0.9 + 7.9","= 8.8"),
("8441","maths","681 - (213 + 212)","= 256"),
("8684","maths","18 × 5 + 50","= 140"),
("8405","maths","14 × 20 + 115","= 395"),
("8459","maths","18 × 10 + 137","= 317"),
("8513","maths","20% of 160","= 32"),
("8729","maths","1.4 × 0.9 + 8.8","= 10.06"),
("8432","maths","156 ÷ 12 + 29","= 42"),
("8495","maths","28 ÷ 2 + 82","= 96"),
("8765","maths","96 ÷ 12 + 163","= 171"),
("8468","maths","84 ÷ 12 + 170","= 177"),
("8522","maths","1.5 × 0.6 + 8.5","= 9.4"),
("8603","maths","196 + 161 + 191","= 548"),
("9485","maths","192 + 103 + 197","= 492"),
("8594","maths","1 × 0.2 + 4.5","= 4.7"),
("8504","maths","15 ÷ 5 + 108","= 111"),
("8567","maths","17 × 10 + 139","= 309"),
("8549","maths","496 - (112 + 84)","= 300"),
("8558","maths","1.3 × 0.4 + 3.5","= 4.02"),
("8471","word","ampere (noun)","The practical unit of electric-current strength. "),
("8486","maths","50% of 220","= 110"),
("8576","maths","462 - (213 + 200)","= 49"),
("8585","maths","1.3 × 0.4 + 4.9","= 5.42"),
("8828","maths","171 ÷ 19 + 46","= 55"),
("8630","maths","73 + 66 + 106","= 245"),
("8639","maths","497 - (168 + 40)","= 289"),
("8621","maths","74 + 126 + 164","= 364"),
("8693","maths","3 × 8 + 56","= 80"),
("8747","maths","35% of 230","= 80.5"),
("8702","maths","24 + 32 + 26","= 82"),
("8675","maths","109 + 98 + 182","= 389"),
("8711","maths","63 ÷ 9 + 66","= 73"),
("8648","maths","176 ÷ 11 + 70","= 86"),
("8657","maths","337 - (177 + 33)","= 127"),
("8612","maths","1.4 × 0.8 + 9.5","= 10.62"),
("8720","maths","16 × 14 + 42","= 266"),
("8810","maths","209 - (103 + 51)","= 55"),
("8954","maths","3 × 2 + 129","= 135"),
("8738","maths","551 - (199 + 108)","= 244"),
("8819","maths","507 - (178 + 203)","= 126"),
("8783","maths","1.1 × 0.2 + 3.3","= 3.52"),
("8801","maths","108 ÷ 12 + 36","= 45"),
("8756","maths","42 + 43","= 80"),
("8774","maths","457 - (103 + 219)","= 135"),
("8792","maths","613 - (248 + 156)","= 209"),
("8918","maths","71 + 173 + 132","= 376"),
("9359","maths","133 ÷ 19 + 72","= 79"),
("8963","maths","50% of 120","= 60"),
("9026","maths","10 × 6 + 92","= 152"),
("8873","maths","30% of 180","= 54"),
("8759","word","liniment (noun)","A liquid preparation for rubbing on the skin in cases of bruises, inflammation, etc. "),
("8837","maths","160 ÷ 10 + 182","= 198"),
("9035","maths","173 + 21 + 58","= 252"),
("9008","maths","176 ÷ 11 + 107","= 123"),
("8900","maths","240 ÷ 20 + 114","= 126"),
("8855","maths","1.5 × 0.4 + 7.6","= 8.2"),
("8882","maths","6 × 11 + 92","= 158"),
("9107","maths","56 ÷ 4 + 95","= 109"),
("8909","maths","1.1 × 0.9 + 2","= 2.99"),
("8945","maths","162 + 109 + 62","= 333"),
("9224","maths","2 × 9 + 198","= 216"),
("8981","maths","88 + 187 + 33","= 308"),
("8936","maths","397 - (152 + 22)","= 223"),
("8972","maths","5% of 140","= 7"),
("9116","maths","645 - (250 + 118)","= 277"),
("9062","maths","20 ÷ 10 + 164","= 166"),
("9098","maths","1 × 0.5 + 9.8","= 10.3"),
("8990","maths","9 × 10 + 95","= 185"),
("9017","maths","3 × 11 + 104","= 137"),
("9080","maths","1.1 × 0.7 + 2.9","= 3.67"),
("9152","maths","144 + 181 + 33","= 358"),
("9044","maths","5 × 5 + 146","= 171"),
("9053","maths","75 ÷ 15 + 167","= 172"),
("9071","maths","5 × 3 + 70","= 85"),
("9125","maths","1.2 × 0.7 + 5.7","= 6.54"),
("9161","maths","127 + 92 + 106","= 325"),
("9170","maths","60 ÷ 15 + 165","= 169"),
("9413","maths","90 ÷ 5 + 58","= 76"),
("9233","maths","195 ÷ 13 + 195","= 210"),
("9395","maths","607 - (211 + 131)","= 265"),
("9260","maths","198 - (62 + 53)","= 83"),
("9179","maths","100 + 88 + 25","= 213"),
("9341","maths","1.2 × 0.2 + 2.9","= 3.14"),
("9422","maths","384 - (259 + 63)","= 62"),
("9584","maths","55% of 160","= 88"),
("9557","maths","116 + 98 + 166","= 380"),
("9251","maths","1.4 × 0.7 + 1","= 1.98"),
("9242","maths","60 + 138 + 105","= 303"),
("9287","maths","38 + 67 + 120","= 225"),
("9296","maths","123 + 187 + 150","= 460"),
("9215","maths","324 ÷ 18 + 171","= 189"),
("9269","maths","652 - (222 + 216)","= 214"),
("9449","maths","17 × 8 + 106","= 242"),
("9386","maths","17 × 8 + 184","= 320"),
("9305","maths","452 - (122 + 133)","= 197"),
("9377","maths","139 + 26 + 113","= 278"),
("9350","maths","1.1 × 0.6 + 2.1","= 2.76"),
("9332","maths","45% of 250","= 112.5"),
("9458","maths","12 × 6 + 20","= 92"),
("9440","maths","162 + 146 + 116","= 424"),
("9404","maths","96 ÷ 8 + 71","= 83"),
("9539","maths","247 ÷ 13 + 187","= 206"),
("9512","maths","60 + 54 + 82","= 196"),
("9521","maths","14 × 17 + 175","= 413"),
("9845","maths","1.3 × 1 + 2.5","= 3.8"),
("9638","maths","80 + 57 + 36","= 173"),
("9494","maths","1.2 × 0.8 + 8.8","= 9.76"),
("9503","maths","98 ÷ 14 + 30","= 37"),
("9467","maths","1 × 0.2 + 8.4","= 8.6"),
("9530","maths","1.5 × 0.4 + 4.4","= 5"),
("9548","maths","10 × 3 + 107","= 137"),
("9602","maths","28 + 49 + 130","= 207"),
("9818","maths","1.1 × 0.9 + 2.4","= 3.39"),
("9611","maths","641 - (272 + 136)","= 233"),
("9863","maths","1.1 × 1 + 1.4","= 2.5"),
("9719","maths","90% of 170","= 153"),
("9746","maths","150 ÷ 10 + 144","= 159"),
("9575","maths","249 - (96 + 103)","= 50"),
("9629","maths","1 × 0.6 + 4.2","= 4.8"),
("9593","maths","686 - (168 + 249)","= 269"),
("9692","maths","18 × 16 + 77","= 365"),
("9710","maths","92 + 53","= 206"),
("9701","maths","78 + 39 + 110","= 227"),
("9665","maths","24 + 166 + 48","= 238"),
("9935","maths","1.1 × 0.5 + 5","= 5.55"),
("9674","maths","1.3 × 0.5 + 5.7","= 6.35"),
("9764","maths","148 + 65 + 35","= 248"),
("9800","maths","12 × 16 + 81","= 273"),
("9623","word","crag (noun)","A rugged, rocky projection on a cliff or ledge. "),
("9809","maths","14 × 17 + 76","= 314"),
("9737","maths","142 - (78 + 32)","= 32"),
("9773","maths","1.4 × 0.3 + 2.3","= 2.72"),
("9827","maths","8 × 5 + 60","= 100"),
("10106","maths","446 - (230 + 85)","= 131"),
("9854","maths","20 × 10 + 132","= 332"),
("10160","maths","168 + 64 + 128","= 360"),
("9836","maths","380 ÷ 20 + 184","= 203"),
("9890","maths","391 - (119 + 186)","= 86"),
("10124","maths","17 × 8 + 135","= 271"),
("9962","maths","106 + 58 + 26","= 190"),
("9899","maths","1.5 × 1 + 7.8","= 9.3"),
("9872","maths","1 × 0.6 + 9.2","= 9.8"),
("9881","maths","125 + 117 + 41","= 283"),
("10070","maths","1.3 × 0.7 + 9.7","= 10.61"),
("9908","maths","453 - (199 + 197)","= 57"),
("9926","maths","40 ÷ 20 + 120","= 122"),
("9989","maths","140 ÷ 7 + 110","= 130"),
("9953","maths","63 + 43 + 62","= 168"),
("9971","maths","391 - (137 + 126)","= 128"),
("9998","maths","285 ÷ 15 + 52","= 71"),
("10043","maths","102 + 110 + 60","= 272"),
("9980","maths","8 × 9 + 87","= 159"),
("10034","maths","152 + 13","= 226"),
("10025","maths","68 + 84 + 102","= 254"),
("10457","maths","20 × 4 + 176","= 256"),
("10196","maths","1.4 × 0.3 + 8.2","= 8.62"),
("10061","maths","65% of 140","= 91"),
("10223","maths","1.3 × 1 + 7.4","= 8.7"),
("10151","maths","120 + 90 + 100","= 310"),
("10142","maths","1.2 × 0.6 + 1.3","= 2.02"),
("10007","maths","299 - (31 + 217)","= 51"),
("10079","maths","52 ÷ 4 + 189","= 202"),
("10133","maths","240 ÷ 15 + 174","= 190"),
("10097","maths","1.2 × 1 + 6.4","= 7.6"),
("10340","maths","642 - (255 + 224)","= 163"),
("10385","maths","422 - (176 + 217)","= 29"),
("10214","maths","4 × 6 + 102","= 126"),
("10169","maths","635 - (232 + 133)","= 270"),
("10205","maths","90% of 140","= 126"),
("10178","maths","163 + 124 + 118","= 405"),
("10241","maths","55% of 150","= 82.5"),
("10187","maths","42 + 23","= 24"),
("10286","maths","106 + 184 + 80","= 370"),
("10331","maths","159 + 164 + 34","= 357"),
("10367","maths","117 ÷ 9 + 194","= 207"),
("10322","maths","151 + 26 + 140","= 317"),
("10349","maths","4 × 2 + 132","= 140"),
("10304","maths","5 × 6 + 182","= 212"),
("10259","maths","46 + 39 + 182","= 267"),
("10403","maths","72 ÷ 9 + 16","= 24"),
("10232","maths","1.4 × 0.7 + 6.8","= 7.78"),
("10277","maths","44 + 125 + 85","= 254"),
("10295","maths","231 - (144 + 62)","= 25"),
("10268","maths","5 × 5 + 112","= 137"),
("10484","maths","28 ÷ 7 + 38","= 42"),
("10430","maths","95 ÷ 5 + 66","= 85"),
("10394","maths","569 - (250 + 208)","= 111"),
("10376","maths","21 + 155 + 177","= 353"),
("10520","maths","40 + 161 + 99","= 300"),
("10421","maths","1.4 × 0.2 + 1.9","= 2.18"),
("10412","maths","323 ÷ 17 + 82","= 101"),
("10538","maths","1.4 × 0.2 + 5.2","= 5.48"),
("10358","maths","4 ÷ 2 + 180","= 182"),
("10439","maths","10 × 15 + 160","= 310"),
("10502","maths","8 × 18 + 105","= 249"),
("10448","maths","12 × 14 + 71","= 239"),
("10511","maths","38 + 97 + 97","= 232"),
("10565","maths","10 × 19 + 45","= 235"),
("10475","maths","1.1 × 0.2 + 7.3","= 7.52"),
("10466","maths","185 + 94 + 152","= 431"),
("10772","maths","1 × 0.6 + 9.4","= 10"),
("10529","maths","297 - (185 + 84)","= 28"),
("10556","maths","107 + 24 + 180","= 311"),
("10745","maths","1.3 × 0.3 + 1.7","= 2.09"),
("10592","maths","98 + 85 + 172","= 355"),
("10574","maths","40% of 130","= 52"),
("10583","maths","702 - (229 + 197)","= 276"),
("10547","maths","9 ÷ 3 + 172","= 175"),
("10610","maths","30% of 250","= 75"),
("10655","maths","203 - (101 + 46)","= 56"),
("10628","maths","30 ÷ 5 + 61","= 67"),
("10664","maths","466 - (249 + 161)","= 56"),
("10835","maths","12 × 9 + 86","= 194"),
("10691","maths","1.1 × 0.3 + 5.5","= 5.83"),
("10619","maths","142 + 28 + 109","= 279"),
("10601","maths","11 × 10 + 76","= 186"),
("10763","maths","30% of 190","= 57"),
("10997","maths","14 × 13 + 37","= 219"),
("10961","maths","13 × 19 + 20","= 267"),
("10781","maths","65% of 220","= 143"),
("10709","maths","14 × 5 + 96","= 166"),
("10889","maths","1.5 × 0.8 + 6.2","= 7.4"),
("10673","maths","441 - (90 + 254)","= 97"),
("10682","maths","1.2 × 0.3 + 8","= 8.36"),
("10754","maths","1.3 × 1 + 1.1","= 2.4"),
("11006","maths","13 × 10 + 122","= 252"),
("10718","maths","144 + 57 + 63","= 264"),
("10853","maths","2 × 15 + 137","= 167"),
("10817","maths","224 ÷ 14 + 151","= 167"),
("11087","maths","60% of 220","= 132"),
("10799","maths","505 - (156 + 89)","= 260"),
("10943","maths","3 × 14 + 67","= 109"),
("10844","maths","1.5 × 0.6 + 7","= 7.9"),
("10808","maths","64 ÷ 8 + 149","= 157"),
("10880","maths","85 ÷ 5 + 44","= 61"),
("10988","maths","7 × 3 + 132","= 153"),
("11132","maths","12 × 8 + 36","= 132"),
("10934","maths","7 × 20 + 137","= 277"),
("11114","maths","84 ÷ 6 + 69","= 83"),
("10790","maths","187 ÷ 11 + 48","= 65"),
("10862","maths","15 × 4 + 144","= 204"),
("10907","maths","43 + 70 + 109","= 222"),
("10952","maths","259 - (113 + 68)","= 78"),
("10925","maths","96 ÷ 12 + 168","= 176"),
("10916","maths","112 + 150 + 154","= 416"),
("11294","maths","532 - (264 + 40)","= 228"),
("10979","maths","118 + 24 + 67","= 209"),
("11069","maths","6 ÷ 3 + 24","= 26"),
("11051","maths","550 - (272 + 103)","= 175"),
("10970","maths","563 - (182 + 195)","= 186"),
("11060","maths","76 ÷ 19 + 40","= 44"),
("11015","maths","403 - (81 + 83)","= 239"),
("11150","maths","18 × 2 + 80","= 116"),
("11096","maths","15 × 10 + 140","= 290"),
("11105","maths","487 - (121 + 235)","= 131"),
("11186","maths","1.2 × 0.7 + 2.9","= 3.74"),
("11141","maths","1.1 × 0.5 + 7.7","= 8.25"),
("11411","maths","2 × 3 + 30","= 36"),
("11078","maths","51 ÷ 3 + 67","= 84"),
("11276","maths","91 ÷ 7 + 57","= 70"),
("11627","maths","666 - (298 + 264)","= 104"),
("11159","maths","56 ÷ 7 + 83","= 91"),
("11072","word","jugular (adjective)","Pertaining to the throat. "),
("11303","maths","416 - (270 + 58)","= 88"),
("11204","maths","100 + 49 + 49","= 198"),
("11177","maths","20 × 2 + 137","= 177"),
("11267","maths","340 ÷ 17 + 151","= 171"),
("11168","maths","35% of 200","= 70"),
("11285","maths","14 × 2 + 177","= 205"),
("11483","maths","65% of 130","= 84.5"),
("11231","maths","609 - (264 + 223)","= 122"),
("11528","maths","1.5 × 0.8 + 5.2","= 6.4"),
("11240","maths","374 - (103 + 115)","= 156"),
("11375","maths","27 + 71 + 145","= 243"),
("11339","maths","90% of 160","= 144"),
("11258","maths","52 + 145 + 80","= 277"),
("11312","maths","414 - (223 + 62)","= 129"),
("11420","maths","5% of 240","= 12"),
("11357","maths","112 + 13","= 122"),
("11465","maths","136 + 58 + 124","= 318"),
("11321","maths","20 × 10 + 89","= 289"),
("11366","maths","8 × 14 + 34","= 146"),
("11393","maths","105 ÷ 15 + 18","= 25"),
("11438","maths","86 + 107 + 145","= 338"),
("11456","maths","162 + 140 + 144","= 446"),
("11348","maths","16 × 13 + 113","= 321"),
("11402","maths","32 ÷ 16 + 30","= 32"),
("11807","maths","1.5 × 0.3 + 7.8","= 8.25"),
("11474","maths","4 × 7 + 155","= 183"),
("11501","maths","1.1 × 0.9 + 2.2","= 3.19"),
("11519","maths","1.5 × 0.2 + 2.2","= 2.5"),
("11564","maths","1.2 × 0.3 + 5.3","= 5.66"),
("11573","maths","1.1 × 0.2 + 3.7","= 3.92"),
("11681","maths","75% of 120","= 90"),
("11636","maths","25% of 150","= 37.5"),
("11492","maths","1.4 × 0.6 + 8.6","= 9.44"),
("11555","maths","534 - (257 + 158)","= 119"),
("11447","maths","24 ÷ 6 + 70","= 74"),
("12014","maths","1.5 × 0.3 + 6.5","= 6.95"),
("11510","maths","169 ÷ 13 + 48","= 61"),
("11582","maths","1 × 0.4 + 1.4","= 1.8"),
("11546","maths","36 ÷ 4 + 81","= 90"),
("11654","maths","1.3 × 0.9 + 1.5","= 2.67"),
("11618","maths","168 ÷ 14 + 192","= 204"),
("11600","maths","1.3 × 0.8 + 7.9","= 8.94"),
("11609","maths","36 ÷ 18 + 18","= 20"),
("11672","maths","8 × 3 + 109","= 133"),
("11915","maths","14 × 14 + 122","= 318"),
("11645","maths","1.4 × 0.8 + 5.8","= 6.92"),
("11717","maths","49 + 149 + 176","= 374"),
("11690","maths","501 - (269 + 154)","= 78"),
("11843","maths","262 - (55 + 144)","= 63"),
("11663","maths","1.3 × 0.6 + 6.1","= 6.88"),
("11834","maths","109 + 165 + 152","= 426"),
("11753","maths","1.3 × 0.4 + 9.9","= 10.42"),
("11771","maths","5% of 180","= 9"),
("11870","maths","255 ÷ 17 + 84","= 99"),
("11798","maths","1.3 × 0.9 + 9.5","= 10.67"),
("11789","maths","143 ÷ 13 + 21","= 32"),
("11744","maths","169 + 64 + 160","= 393"),
("11897","maths","74 + 147 + 30","= 251"),
("11726","maths","191 + 117 + 22","= 330"),
("11816","maths","270 ÷ 18 + 26","= 41"),
("11861","maths","3 × 19 + 101","= 158"),
("11852","maths","769 - (285 + 248)","= 236"),
("12104","maths","36 ÷ 18 + 78","= 80"),
("11906","maths","1 × 0.2 + 3.6","= 3.8"),
("11888","maths","1.1 × 0.6 + 8.6","= 9.26"),
("11933","maths","2 × 17 + 27","= 61"),
("11996","maths","1.3 × 0.3 + 5.6","= 5.99"),
("11951","maths","1.2 × 0.3 + 2.8","= 3.16"),
("11960","maths","16 × 19 + 111","= 415"),
("11942","maths","10 × 2 + 196","= 216"),
("11978","maths","147 + 128 + 129","= 404"),
("12041","maths","1.4 × 0.8 + 10","= 11.12"),
("11969","maths","1.1 × 0.4 + 5.6","= 6.04"),
("12023","maths","8 × 11 + 82","= 170"),
("11987","maths","108 ÷ 6 + 59","= 77"),
("12149","maths","373 - (220 + 71)","= 82"),
("12122","maths","102 ÷ 17 + 85","= 91"),
("12005","maths","173 + 157 + 96","= 426"),
("12311","maths","224 ÷ 16 + 55","= 69"),
("12032","maths","1.5 × 1 + 9.7","= 11.2"),
("12176","maths","123 + 126 + 108","= 357"),
("12068","maths","120 ÷ 20 + 82","= 88"),
("12455","maths","160 + 156 + 22","= 338"),
("12095","maths","52 + 69 + 156","= 277"),
("12050","maths","114 + 90 + 124","= 328"),
("12086","maths","45 ÷ 15 + 25","= 28"),
("12113","maths","70% of 180","= 126"),
("12077","maths","10 × 10 + 21","= 121"),
("12140","maths","10% of 190","= 19"),
("12158","maths","93 + 125 + 138","= 356"),
("12194","maths","78 ÷ 13 + 124","= 130"),
("12131","maths","42 + 33","= 43"),
("12203","maths","517 - (157 + 191)","= 169"),
("12266","maths","20 × 12 + 34","= 274"),
("12230","maths","150 ÷ 15 + 189","= 199"),
("12482","maths","70% of 150","= 105"),
("12572","maths","160 ÷ 20 + 46","= 54"),
("12221","maths","3 × 18 + 24","= 78"),
("12356","maths","60% of 120","= 72"),
("12347","maths","350 - (269 + 22)","= 59"),
("12365","maths","11 × 8 + 69","= 157"),
("12284","maths","55 ÷ 5 + 165","= 176"),
("12167","maths","1.4 × 0.9 + 5.6","= 6.86"),
("12293","maths","240 ÷ 12 + 67","= 87"),
("12320","maths","380 ÷ 20 + 34","= 53"),
("12707","maths","32 ÷ 8 + 141","= 145"),
("12248","maths","160 ÷ 8 + 163","= 183"),
("12329","maths","1.5 × 0.5 + 5.1","= 5.85"),
("12428","maths","210 ÷ 14 + 81","= 96"),
("12383","maths","22 + 23","= 12"),
("12392","maths","26 ÷ 2 + 119","= 132"),
("12401","maths","1.2 × 0.7 + 1.2","= 2.04"),
("12374","maths","96 ÷ 16 + 42","= 48"),
("12464","maths","90 ÷ 10 + 99","= 108"),
("12410","maths","158 + 178 + 21","= 357"),
("12473","maths","703 - (257 + 212)","= 234"),
("12437","maths","300 - (61 + 142)","= 97"),
("12419","maths","260 - (66 + 50)","= 144"),
("12446","maths","1.4 × 0.8 + 3","= 4.12"),
("12545","maths","156 + 94 + 99","= 349"),
("12500","maths","571 - (146 + 286)","= 139"),
("12689","maths","1 × 0.8 + 3.9","= 4.7"),
("12491","maths","70% of 250","= 175"),
("12527","maths","19 × 6 + 78","= 192"),
("12509","maths","137 + 44 + 171","= 352"),
("12833","maths","72 + 195 + 27","= 294"),
("12563","maths","90 ÷ 10 + 135","= 144"),
("12797","maths","88 ÷ 11 + 28","= 36"),
("12590","maths","198 ÷ 11 + 116","= 134"),
("12662","maths","16 × 16 + 151","= 407"),
("12617","maths","135 + 178 + 37","= 350"),
("12626","maths","188 + 79 + 156","= 423"),
("12599","maths","19 × 18 + 167","= 509"),
("12581","maths","3 × 19 + 188","= 245"),
("12608","maths","220 ÷ 20 + 126","= 137"),
("12716","maths","1.4 × 1 + 6.9","= 8.3"),
("12536","maths","64 ÷ 4 + 97","= 113"),
("12671","maths","180 + 112 + 96","= 388"),
("12752","maths","83 + 26 + 170","= 279"),
("12734","maths","1.3 × 0.9 + 5.5","= 6.67"),
("12653","maths","30% of 230","= 69"),
("12725","maths","1.4 × 1 + 2.7","= 4.1"),
("12698","maths","100 ÷ 5 + 104","= 124"),
("12770","maths","120 ÷ 12 + 77","= 87"),
("12788","maths","35% of 210","= 73.5"),
("12815","maths","132 ÷ 12 + 59","= 70"),
("12761","maths","296 - (83 + 39)","= 174"),
("12887","maths","11 × 10 + 154","= 264"),
("12914","maths","62 + 23","= 44"),
("12824","maths","38 + 42 + 115","= 195"),
("12779","maths","13 × 19 + 73","= 320"),
("12806","maths","1.4 × 0.9 + 9.7","= 10.96"),
("13085","maths","339 - (184 + 63)","= 92"),
("12869","maths","121 ÷ 11 + 68","= 79"),
("12896","maths","180 ÷ 15 + 196","= 208"),
("12842","maths","162 ÷ 18 + 27","= 36"),
("12905","maths","3 × 3 + 55","= 64"),
("12932","maths","1.1 × 0.2 + 9.6","= 9.82"),
("12878","maths","43 + 24 + 37","= 104"),
("12941","maths","1.1 × 0.9 + 9.3","= 10.29"),
("13013","maths","458 - (280 + 83)","= 95"),
("12959","maths","40 ÷ 20 + 74","= 76"),
("13040","maths","175 + 39 + 130","= 344"),
("13184","maths","1.2 × 1 + 8.6","= 9.8"),
("13004","maths","675 - (247 + 298)","= 130"),
("12968","maths","10 × 20 + 191","= 391"),
("12977","maths","117 + 130 + 134","= 381"),
("12950","maths","403 - (49 + 173)","= 181"),
("13211","maths","95% of 220","= 209"),
("13031","maths","333 - (206 + 68)","= 59"),
("13058","maths","1.4 × 0.5 + 1","= 1.7"),
("13067","maths","475 - (259 + 112)","= 104"),
("13022","maths","1.5 × 0.9 + 4.3","= 5.65"),
("13094","maths","1 × 0.6 + 1.1","= 1.7"),
("13049","maths","1.4 × 0.4 + 2.5","= 3.06"),
("13247","maths","1.3 × 0.3 + 7.7","= 8.09"),
("13103","maths","1.1 × 0.2 + 7","= 7.22"),
("13076","maths","1.3 × 0.8 + 5.3","= 6.34"),
("13220","maths","426 - (140 + 90)","= 196"),
("13166","maths","82 + 33","= 91"),
("13130","maths","300 ÷ 15 + 112","= 132"),
("13715","maths","15 × 11 + 144","= 309"),
("13175","maths","474 - (64 + 215)","= 195"),
("13157","maths","26 ÷ 13 + 141","= 143"),
("13337","maths","120 ÷ 20 + 46","= 52"),
("13202","maths","4 × 5 + 39","= 59"),
("13373","maths","680 - (186 + 230)","= 264"),
("13229","maths","20 × 3 + 178","= 238"),
("13238","maths","1.1 × 0.4 + 9.5","= 9.94"),
("13265","maths","1.1 × 0.9 + 1.1","= 2.09"),
("13292","maths","117 ÷ 13 + 48","= 57"),
("13283","maths","380 - (27 + 192)","= 161"),
("13256","maths","13 × 10 + 196","= 326"),
("13355","maths","220 ÷ 11 + 138","= 158"),
("13382","maths","190 ÷ 19 + 75","= 85"),
("13427","maths","685 - (159 + 280)","= 246"),
("13391","maths","99 ÷ 9 + 126","= 137"),
("13319","maths","65% of 190","= 123.5"),
("13310","maths","18 ÷ 3 + 49","= 55"),
("13346","maths","1.3 × 1 + 6.9","= 8.2"),
("13544","maths","170 + 104 + 68","= 342"),
("13463","maths","224 ÷ 16 + 97","= 111"),
("13364","maths","663 - (216 + 199)","= 248"),
("13418","maths","142 + 33","= 223"),
("13760","maths","84 + 93 + 159","= 336"),
("13607","maths","1 × 0.7 + 6.1","= 6.8"),
("13481","maths","208 - (71 + 107)","= 30"),
("13436","maths","88 ÷ 8 + 135","= 146"),
("13409","maths","120 ÷ 15 + 43","= 51"),
("13508","maths","1.3 × 0.5 + 7.7","= 8.35"),
("13580","maths","476 - (287 + 131)","= 58"),
("13472","maths","307 - (116 + 21)","= 170"),
("13499","maths","12 × 15 + 158","= 338"),
("13526","maths","1.2 × 0.2 + 6.3","= 6.54"),
("13490","maths","1.3 × 0.7 + 3.1","= 4.01"),
("13553","maths","1.5 × 1 + 6.5","= 8"),
("13652","maths","195 + 167 + 72","= 434"),
("13535","maths","27 ÷ 3 + 129","= 138"),
("13742","maths","1.1 × 0.5 + 7.5","= 8.05"),
("13670","maths","124 + 179 + 104","= 407"),
("13562","maths","10 × 18 + 179","= 359"),
("13589","maths","195 + 115 + 64","= 374"),
("13571","maths","1.2 × 1 + 7.5","= 8.7"),
("13616","maths","411 - (96 + 286)","= 29"),
("13598","maths","10 × 17 + 143","= 313"),
("13769","maths","118 + 42 + 192","= 352"),
("13733","maths","9 × 15 + 60","= 195"),
("13679","maths","209 ÷ 11 + 46","= 65"),
("13688","maths","2 × 15 + 124","= 154"),
("13796","maths","40 ÷ 20 + 78","= 80"),
("13697","maths","12 × 13 + 49","= 205"),
("13661","maths","226 - (20 + 85)","= 121"),
("14228","maths","11 × 12 + 160","= 292"),
("13634","maths","1.1 × 0.7 + 4.9","= 5.67"),
("14282","maths","751 - (245 + 232)","= 274"),
("13706","maths","127 + 159 + 26","= 312"),
("13805","maths","364 - (114 + 199)","= 51"),
("13787","maths","669 - (196 + 182)","= 291"),
("13751","maths","2 × 7 + 158","= 172"),
("13724","maths","20 × 19 + 167","= 547"),
("14048","maths","6 × 15 + 164","= 254"),
("13940","maths","451 - (253 + 39)","= 159"),
("13895","maths","72 + 155 + 109","= 336"),
("13778","maths","1.4 × 0.6 + 5.7","= 6.54"),
("14111","maths","525 - (174 + 236)","= 115"),
("13886","maths","122 + 23","= 152"),
("13823","maths","7 × 7 + 48","= 97"),
("13877","maths","7 × 12 + 118","= 202"),
("14237","maths","85% of 140","= 119"),
("13904","maths","255 ÷ 15 + 94","= 111"),
("14480","maths","1.3 × 0.7 + 9.9","= 10.81"),
("14336","maths","1.3 × 0.8 + 7","= 8.04"),
("13850","maths","207 - (33 + 38)","= 136"),
("13949","maths","1.4 × 0.4 + 5.5","= 6.06"),
("13913","maths","107 + 117 + 85","= 309"),
("13814","maths","13 × 4 + 156","= 208"),
("13859","maths","63 + 199 + 187","= 449"),
("13967","maths","1.1 × 0.5 + 6.7","= 7.25"),
("13958","maths","48 ÷ 6 + 25","= 33"),
("14039","maths","101 + 162 + 28","= 291"),
("14066","maths","597 - (212 + 231)","= 154"),
("13994","maths","49 + 67 + 64","= 180"),
("13985","maths","1 × 0.2 + 5.7","= 5.9"),
("13976","maths","787 - (245 + 296)","= 246"),
("14399","maths","55% of 190","= 104.5"),
("14021","maths","35% of 220","= 77"),
("13931","maths","378 - (102 + 227)","= 49"),
("14003","maths","180 ÷ 20 + 81","= 90"),
("14138","maths","18 × 20 + 83","= 443"),
("14030","maths","252 ÷ 14 + 39","= 57"),
("14075","maths","1.3 × 0.9 + 8.8","= 9.97"),
("14192","maths","729 - (293 + 153)","= 283"),
("14084","maths","80 + 196 + 51","= 327"),
("14165","maths","1 × 0.7 + 3.7","= 4.4"),
("14210","maths","16 ÷ 8 + 52","= 54"),
("14552","maths","415 - (146 + 203)","= 66"),
("14102","maths","91 + 125 + 47","= 263"),
("14057","maths","7 × 6 + 188","= 230"),
("14156","maths","35 + 123 + 61","= 219"),
("14147","maths","25% of 160","= 40"),
("14255","maths","228 - (29 + 25)","= 174"),
("14768","maths","1.4 × 0.7 + 4.1","= 5.08"),
("14291","maths","5 × 2 + 37","= 47"),
("14300","maths","62 + 159 + 62","= 283"),
("14273","maths","95% of 240","= 228"),
("14318","maths","362 - (34 + 121)","= 207"),
("14471","maths","92 + 43","= 145"),
("14309","maths","9 × 12 + 28","= 136"),
("14579","maths","2 × 4 + 38","= 46"),
("14822","maths","187 + 135 + 127","= 449"),
("14381","maths","38 ÷ 2 + 142","= 161"),
("14435","maths","60 ÷ 10 + 139","= 145"),
("14678","maths","838 - (260 + 283)","= 295"),
("14408","maths","1.1 × 0.4 + 2.1","= 2.54"),
("14363","maths","1.2 × 0.8 + 9.5","= 10.46"),
("14354","maths","514 - (77 + 228)","= 209"),
("14426","maths","398 - (114 + 171)","= 113"),
("14417","maths","184 + 102 + 65","= 351"),
("14444","maths","1 × 0.7 + 7.2","= 7.9"),
("14453","maths","706 - (182 + 278)","= 246"),
("14489","maths","523 - (151 + 250)","= 122"),
("14498","maths","11 × 9 + 21","= 120"),
("14624","maths","12 × 7 + 100","= 184"),
("14570","maths","132 + 33","= 196"),
("14642","maths","253 - (24 + 65)","= 164"),
("14516","maths","15 × 9 + 105","= 240"),
("14525","maths","1.3 × 0.3 + 2.2","= 2.59"),
("14723","maths","88 + 123 + 129","= 340"),
("14633","maths","19 × 5 + 130","= 225"),
("14588","maths","35 ÷ 7 + 58","= 63"),
("14687","maths","1.4 × 0.4 + 1.6","= 2.16"),
("14606","maths","641 - (212 + 167)","= 262"),
("14651","maths","1.3 × 0.5 + 1.5","= 2.15"),
("14714","maths","10 × 7 + 170","= 240"),
("14669","maths","1.4 × 0.2 + 7.1","= 7.38"),
("14705","maths","108 ÷ 9 + 183","= 195"),
("14696","maths","1 × 0.3 + 7.3","= 7.6"),
("14750","maths","36 + 114 + 28","= 178"),
("14804","maths","1 × 0.5 + 2.1","= 2.6"),
("14732","maths","745 - (294 + 251)","= 200"),
("14741","maths","34 + 164 + 170","= 368"),
("15020","maths","34 + 115 + 57","= 206"),
("14759","maths","1 × 0.3 + 1.6","= 1.9"),
("15236","maths","80% of 170","= 136"),
("14786","maths","19 × 2 + 168","= 206"),
("14767","grammar","
What is wrong with the following sentence?
\n
I had too desserts after my main course, now I\'m stuffed!
","I had two desserts after my main course, now I\'m stuffed!"),
("14813","maths","57 ÷ 3 + 85","= 104"),
("14930","maths","95 + 199 + 90","= 384"),
("15029","maths","179 + 77 + 32","= 288"),
("14840","maths","32 + 112 + 91","= 235"),
("14777","maths","20 × 20 + 126","= 526"),
("14903","maths","24 ÷ 6 + 156","= 160"),
("14894","maths","502 - (232 + 163)","= 107"),
("14831","maths","1.3 × 0.7 + 7.6","= 8.51"),
("14876","maths","147 + 106 + 24","= 277"),
("15056","maths","62 + 53","= 161"),
("14966","maths","1.4 × 0.4 + 9.2","= 9.76"),
("14858","maths","342 ÷ 18 + 190","= 209"),
("14885","maths","34 + 98 + 56","= 188"),
("14921","maths","323 ÷ 17 + 112","= 131"),
("14957","maths","95 ÷ 19 + 103","= 108"),
("15101","maths","55% of 240","= 132"),
("14939","maths","1 × 1 + 4","= 5"),
("15092","maths","18 × 8 + 117","= 261"),
("15155","maths","1.2 × 0.4 + 5.8","= 6.28"),
("14948","maths","166 + 33 + 186","= 385"),
("15038","maths","1 × 0.4 + 9.7","= 10.1"),
("15047","maths","39 + 104 + 136","= 279"),
("14993","maths","176 - (46 + 42)","= 88"),
("15119","maths","292 - (49 + 53)","= 190"),
("15074","maths","360 ÷ 18 + 97","= 117"),
("15011","maths","199 + 175 + 42","= 416"),
("15122","word","octavo (noun)","A book, or collection of paper in which the sheets are so folded as to make eight leaves. "),
("15137","maths","604 - (285 + 162)","= 157"),
("15209","maths","305 - (25 + 100)","= 180"),
("15110","maths","1.1 × 0.6 + 7.2","= 7.86"),
("15065","maths","14 × 17 + 71","= 309"),
("15041","word","duplex (adjective)","Having two parts. "),
("15308","maths","1 × 0.4 + 8.5","= 8.9"),
("15380","maths","19 × 8 + 195","= 347"),
("15245","maths","180 ÷ 20 + 28","= 37"),
("15191","maths","180 ÷ 12 + 60","= 75"),
("15263","maths","144 ÷ 18 + 84","= 92"),
("15218","maths","4 ÷ 2 + 38","= 40"),
("15146","maths","162 + 129 + 86","= 377"),
("15299","maths","3 × 14 + 36","= 78"),
("15398","maths","1 × 0.3 + 2.2","= 2.5"),
("15335","maths","50 + 88 + 45","= 183"),
("15416","maths","579 - (235 + 114)","= 230"),
("15470","maths","1.1 × 0.7 + 7.1","= 7.87"),
("15353","maths","471 - (238 + 67)","= 166"),
("15272","maths","188 + 184 + 121","= 493"),
("15344","maths","1.3 × 0.9 + 4.3","= 5.47"),
("15389","maths","39 ÷ 3 + 114","= 127"),
("15290","maths","75 + 69 + 58","= 202"),
("15407","maths","42 + 77 + 146","= 265"),
("15362","maths","18 × 10 + 164","= 344"),
("15434","maths","90 + 89 + 105","= 284"),
("15371","maths","6 × 7 + 92","= 134"),
("15425","maths","164 - (51 + 68)","= 45"),
("15443","maths","1.3 × 0.7 + 8.6","= 9.51"),
("15632","maths","7 × 4 + 142","= 170"),
("15677","maths","1.2 × 0.8 + 7.7","= 8.66"),
("15452","maths","288 - (77 + 142)","= 69"),
("15587","maths","20 × 19 + 190","= 570"),
("15479","maths","4 ÷ 2 + 195","= 197"),
("15506","maths","69 + 82 + 154","= 305"),
("15497","maths","1.1 × 0.5 + 3.7","= 4.25"),
("15641","maths","17 × 9 + 195","= 348"),
("15623","maths","40 ÷ 20 + 97","= 99"),
("15542","maths","233 - (63 + 61)","= 109"),
("15614","maths","21 ÷ 7 + 95","= 98"),
("15569","maths","1.3 × 0.2 + 2.3","= 2.56"),
("15686","maths","1.4 × 0.7 + 2.8","= 3.78"),
("15695","maths","8 × 12 + 98","= 194"),
("15821","maths","30% of 170","= 51"),
("15605","maths","1.2 × 1 + 9.3","= 10.5"),
("15659","maths","230 - (82 + 60)","= 88"),
("15866","maths","1.3 × 0.7 + 2.1","= 3.01"),
("15650","maths","20 + 34 + 98","= 152"),
("15704","maths","178 + 170 + 28","= 376"),
("16001","maths","2 × 7 + 42","= 56"),
("15668","maths","1.4 × 0.9 + 8.3","= 9.56"),
("15776","maths","98 + 70 + 129","= 297"),
("15812","maths","15 × 9 + 79","= 214"),
("15749","maths","285 ÷ 19 + 17","= 32"),
("15848","maths","14 × 8 + 63","= 175"),
("15722","maths","66 ÷ 11 + 110","= 116"),
("15830","maths","72 ÷ 8 + 67","= 76"),
("15785","maths","405 - (141 + 38)","= 226"),
("15839","maths","5% of 170","= 8.5"),
("15767","maths","20% of 120","= 24"),
("15758","maths","52 + 53","= 150"),
("15992","maths","3 × 20 + 89","= 149"),
("15794","maths","55% of 220","= 121"),
("15740","maths","156 ÷ 13 + 11","= 23"),
("15956","maths","115 + 191 + 179","= 485"),
("15875","maths","630 - (171 + 235)","= 224"),
("16064","maths","45 ÷ 5 + 39","= 48"),
("15857","maths","5 × 4 + 168","= 188"),
("15884","maths","256 ÷ 16 + 165","= 181"),
("15920","maths","9 × 13 + 51","= 168"),
("16217","maths","15 × 8 + 125","= 245"),
("15911","maths","456 - (218 + 210)","= 28"),
("16046","maths","67 + 108 + 150","= 325"),
("15947","maths","1.3 × 0.7 + 4.6","= 5.51"),
("15974","maths","28 + 125 + 152","= 305"),
("16199","maths","104 + 132 + 57","= 293"),
("15965","maths","45% of 180","= 81"),
("16010","maths","2 × 13 + 99","= 125"),
("16082","maths","190 ÷ 19 + 154","= 164"),
("15929","maths","331 - (112 + 123)","= 96"),
("16334","maths","81 ÷ 9 + 60","= 69"),
("16019","maths","553 - (127 + 150)","= 276"),
("16073","maths","594 - (205 + 198)","= 191"),
("16118","maths","6 × 12 + 143","= 215"),
("16307","maths","14 × 15 + 120","= 330"),
("16316","maths","60 ÷ 3 + 92","= 112"),
("16136","maths","155 + 152 + 90","= 397"),
("16037","maths","188 + 35 + 168","= 391"),
("16109","maths","79 + 168 + 26","= 273"),
("16127","maths","266 ÷ 19 + 167","= 181"),
("16100","maths","29 + 62 + 100","= 191"),
("16181","maths","12 × 5 + 20","= 80"),
("16172","maths","14 × 8 + 58","= 170"),
("16163","maths","133 ÷ 19 + 200","= 207"),
("16262","maths","16 × 14 + 179","= 403"),
("16154","maths","14 × 10 + 55","= 195"),
("16280","maths","210 ÷ 15 + 71","= 85"),
("16361","maths","454 - (223 + 73)","= 158"),
("16190","maths","1.4 × 0.6 + 3.8","= 4.64"),
("17585","maths","41 + 114 + 79","= 234"),
("16712","maths","1.5 × 0.4 + 2.4","= 3"),
("16253","maths","658 - (111 + 250)","= 297"),
("16235","maths","22 + 109 + 176","= 307"),
("16244","maths","9 × 7 + 140","= 203"),
("16289","maths","12 ÷ 4 + 115","= 118"),
("16271","maths","158 + 116 + 111","= 385"),
("16343","maths","392 - (136 + 116)","= 140"),
("16424","maths","686 - (262 + 161)","= 263"),
("16496","maths","20 × 9 + 160","= 340"),
("16397","maths","149 + 114 + 177","= 440"),
("16298","maths","9 × 20 + 44","= 224"),
("16667","maths","130 + 35 + 110","= 275"),
("16775","maths","192 ÷ 12 + 30","= 46"),
("16325","maths","15 ÷ 3 + 38","= 43"),
("16460","maths","20 × 3 + 197","= 257"),
("16604","maths","40% of 180","= 72"),
("16370","maths","16 × 2 + 126","= 158"),
("16478","maths","98 + 138 + 74","= 310"),
("16388","maths","102 ÷ 17 + 52","= 58"),
("16442","maths","190 + 170 + 59","= 419"),
("16766","maths","44 + 39 + 123","= 206"),
("16415","maths","56 ÷ 7 + 17","= 25"),
("16505","maths","37 + 140 + 61","= 238"),
("16451","maths","337 - (233 + 56)","= 48"),
("16568","maths","40 ÷ 20 + 87","= 89"),
("16559","maths","285 ÷ 19 + 67","= 82"),
("16469","maths","72 ÷ 18 + 65","= 69"),
("16487","maths","383 - (158 + 185)","= 40"),
("16586","maths","19 × 13 + 137","= 384"),
("16613","maths","12 × 11 + 79","= 211"),
("16514","maths","1.1 × 0.2 + 9.5","= 9.72"),
("16532","maths","363 - (79 + 172)","= 112"),
("16541","maths","5 × 16 + 199","= 279"),
("16622","maths","28 + 111 + 35","= 174"),
("16793","maths","163 + 143 + 193","= 499"),
("16631","maths","1.5 × 0.7 + 3.4","= 4.45"),
("16640","maths","8 × 17 + 21","= 157"),
("16730","maths","342 ÷ 18 + 180","= 199"),
("16739","maths","412 - (110 + 169)","= 133"),
("16658","maths","64 ÷ 16 + 82","= 86"),
("16676","maths","9 × 15 + 168","= 303"),
("16694","maths","80 ÷ 10 + 168","= 176"),
("16721","maths","463 - (205 + 223)","= 35"),
("17036","maths","1.1 × 0.6 + 9.2","= 9.86"),
("16748","maths","557 - (198 + 175)","= 184"),
("16910","maths","70% of 210","= 147"),
("16784","maths","117 ÷ 9 + 172","= 185"),
("16946","maths","1 × 0.5 + 8.9","= 9.4"),
("16802","maths","10 × 13 + 131","= 261"),
("16883","maths","186 + 68 + 110","= 364"),
("16847","maths","180 ÷ 9 + 91","= 111"),
("16973","maths","123 + 141 + 64","= 328"),
("16919","maths","45% of 220","= 99"),
("17009","maths","389 - (121 + 21)","= 247"),
("16829","maths","95% of 150","= 142.5"),
("16892","maths","120 ÷ 8 + 82","= 97"),
("16901","maths","25% of 140","= 35"),
("17072","maths","15 × 4 + 196","= 256"),
("16856","maths","34 ÷ 2 + 70","= 87"),
("17063","maths","19 × 7 + 128","= 261"),
("17018","maths","55% of 200","= 110"),
("16991","maths","402 - (63 + 54)","= 285"),
("17189","maths","1.5 × 1 + 3.7","= 5.2"),
("16811","maths","1.5 × 0.6 + 7.9","= 8.8"),
("16937","maths","192 + 38 + 146","= 376"),
("17090","maths","60 ÷ 3 + 121","= 141"),
("17081","maths","40% of 120","= 48"),
("17054","maths","81 + 166 + 196","= 443"),
("16964","maths","35% of 180","= 63"),
("17612","maths","48 ÷ 12 + 183","= 187"),
("17027","maths","84 ÷ 6 + 194","= 208"),
("17180","maths","178 + 112 + 182","= 472"),
("17144","maths","90% of 250","= 225"),
("17099","maths","1 × 0.4 + 5.1","= 5.5"),
("17108","maths","1.3 × 1 + 9.8","= 11.1"),
("17234","maths","1 × 0.4 + 1.9","= 2.3"),
("17324","maths","428 - (105 + 53)","= 270"),
("17126","maths","583 - (139 + 295)","= 149"),
("17495","maths","95 ÷ 5 + 14","= 33"),
("17243","maths","85% of 120","= 102"),
("17216","maths","122 + 13","= 145"),
("17297","maths","45% of 130","= 58.5"),
("17198","maths","127 + 63 + 143","= 333"),
("17279","maths","28 ÷ 14 + 122","= 124"),
("17288","maths","5 × 14 + 144","= 214"),
("17252","maths","1.3 × 0.5 + 5","= 5.65"),
("17333","maths","23 + 143 + 32","= 198"),
("17270","maths","324 - (168 + 90)","= 66"),
("17576","maths","10 × 20 + 86","= 286"),
("17315","maths","55 ÷ 5 + 21","= 32"),
("17351","maths","180 ÷ 10 + 80","= 98"),
("17549","maths","288 ÷ 16 + 84","= 102"),
("17810","maths","134 + 65 + 165","= 364"),
("17468","maths","80 ÷ 4 + 88","= 108"),
("17369","maths","19 × 5 + 161","= 256"),
("17342","maths","473 - (250 + 54)","= 169"),
("17378","maths","10 × 17 + 135","= 305"),
("17486","maths","80 ÷ 4 + 200","= 220"),
("17387","maths","20% of 150","= 30"),
("17513","maths","86 + 117 + 100","= 303"),
("17540","maths","6 × 10 + 20","= 80"),
("17657","maths","14 × 15 + 52","= 262"),
("17666","maths","55% of 210","= 115.5"),
("17567","maths","165 + 41 + 68","= 274"),
("17450","maths","38 + 147 + 141","= 326"),
("17558","maths","162 + 63 + 93","= 318"),
("17639","maths","508 - (116 + 157)","= 235"),
("17711","maths","102 + 160 + 24","= 286"),
("17603","maths","3 × 3 + 164","= 173"),
("17738","maths","1 × 0.6 + 2.1","= 2.7"),
("17594","maths","204 ÷ 17 + 177","= 189"),
("17630","maths","22 ÷ 2 + 126","= 137"),
("17675","maths","306 ÷ 17 + 79","= 97"),
("17792","maths","170 ÷ 10 + 19","= 36"),
("17756","maths","9 × 9 + 172","= 253"),
("17900","maths","50% of 140","= 70"),
("17684","maths","23 + 66 + 157","= 246"),
("17819","maths","348 - (30 + 235)","= 83"),
("17720","maths","742 - (276 + 276)","= 190"),
("17702","maths","20 × 10 + 32","= 232"),
("17729","maths","1 × 0.5 + 3","= 3.5"),
("17747","maths","358 - (30 + 55)","= 273"),
("17954","maths","1.1 × 0.3 + 2.3","= 2.63"),
("18224","maths","94 + 20 + 65","= 179"),
("18044","maths","458 - (90 + 232)","= 136"),
("17765","maths","159 + 132 + 156","= 447"),
("18161","maths","133 ÷ 19 + 13","= 20"),
("17927","maths","99 + 65 + 149","= 313"),
("17801","maths","138 + 113 + 114","= 365"),
("17783","maths","1.5 × 0.3 + 3.1","= 3.55"),
("18071","maths","27 ÷ 9 + 75","= 78"),
("17909","maths","107 + 123 + 41","= 271"),
("17972","maths","514 - (179 + 243)","= 92"),
("17936","maths","16 × 12 + 109","= 301"),
("17873","maths","51 ÷ 17 + 130","= 133"),
("17837","maths","40% of 240","= 96"),
("17846","maths","1 × 1 + 9.3","= 10.3"),
("18035","maths","95 ÷ 19 + 42","= 47"),
("17891","maths","8 × 6 + 189","= 237"),
("18251","maths","6 × 19 + 124","= 238"),
("18053","maths","1.2 × 0.8 + 6.3","= 7.26"),
("17828","maths","104 + 22 + 182","= 308"),
("17963","maths","20% of 130","= 26"),
("18107","maths","144 + 22 + 147","= 313"),
("17990","maths","266 ÷ 19 + 113","= 127"),
("18062","maths","14 × 18 + 131","= 383"),
("18017","maths","60 ÷ 12 + 92","= 97"),
("17999","maths","519 - (226 + 190)","= 103"),
("18098","maths","224 ÷ 16 + 29","= 43"),
("18089","maths","141 + 115 + 86","= 342"),
("18008","maths","8 × 2 + 124","= 140"),
("18080","maths","436 - (86 + 250)","= 100"),
("17981","maths","182 ÷ 14 + 65","= 78"),
("18152","maths","1.4 × 0.2 + 6.2","= 6.48"),
("18134","maths","679 - (274 + 171)","= 234"),
("18440","maths","304 ÷ 19 + 115","= 131"),
("18206","maths","255 ÷ 15 + 152","= 169"),
("18170","maths","10% of 140","= 14"),
("18215","maths","1.5 × 0.3 + 8.1","= 8.55"),
("18377","maths","90 ÷ 15 + 184","= 190"),
("18143","maths","6 × 17 + 53","= 155"),
("18116","maths","136 + 43 + 23","= 202"),
("18179","maths","14 × 9 + 139","= 265"),
("18710","maths","26 + 42 + 96","= 164"),
("18548","maths","700 - (228 + 269)","= 203"),
("18305","maths","114 + 183 + 118","= 415"),
("18233","maths","95% of 190","= 180.5"),
("18278","maths","348 - (163 + 42)","= 143"),
("18287","maths","18 × 11 + 190","= 388"),
("18269","maths","167 + 198 + 40","= 405"),
("18197","maths","490 - (251 + 141)","= 98"),
("18260","maths","30% of 140","= 42"),
("18332","maths","20% of 200","= 40"),
("18773","maths","54 ÷ 3 + 144","= 162"),
("18368","maths","4 × 10 + 178","= 218"),
("18386","maths","30 ÷ 2 + 127","= 142"),
("18323","maths","695 - (241 + 241)","= 213"),
("18620","maths","26 + 128 + 44","= 198"),
("18539","maths","16 × 17 + 29","= 301"),
("18404","maths","7 × 10 + 160","= 230"),
("18395","maths","1.5 × 0.9 + 1.2","= 2.55"),
("18422","maths","664 - (110 + 263)","= 291"),
("18458","maths","172 + 180 + 142","= 494"),
("18314","maths","19 × 13 + 72","= 319"),
("18467","maths","13 × 20 + 69","= 329"),
("18359","maths","252 ÷ 14 + 178","= 196"),
("18521","maths","11 × 16 + 191","= 367"),
("18431","maths","3 × 14 + 119","= 161"),
("18485","maths","1.5 × 0.3 + 3.3","= 3.75"),
("18503","maths","114 + 129 + 71","= 314"),
("18611","maths","8 × 7 + 125","= 181"),
("18566","maths","10 × 7 + 160","= 230"),
("18656","maths","495 - (89 + 144)","= 262"),
("18530","maths","30% of 160","= 48"),
("18737","maths","209 ÷ 19 + 99","= 110"),
("18584","maths","99 ÷ 11 + 82","= 91"),
("18557","maths","65% of 160","= 104"),
("18638","maths","270 ÷ 15 + 49","= 67"),
("18629","maths","38 ÷ 19 + 23","= 25"),
("18890","maths","91 ÷ 13 + 200","= 207"),
("18683","maths","234 ÷ 13 + 114","= 132"),
("18665","maths","125 + 108 + 150","= 383"),
("18674","maths","9 × 18 + 187","= 349"),
("18647","maths","1.5 × 0.9 + 2","= 3.35"),
("18701","maths","410 - (155 + 53)","= 202"),
("18692","maths","61 + 63 + 42","= 166"),
("18719","maths","106 + 189 + 135","= 430"),
("18800","maths","1.4 × 0.2 + 2","= 2.28"),
("18899","maths","1.3 × 0.4 + 1","= 1.52"),
("18728","maths","546 - (43 + 246)","= 257"),
("18854","maths","145 + 30 + 188","= 363"),
("18746","maths","15% of 180","= 27"),
("18755","maths","192 + 111 + 189","= 492"),
("18764","maths","788 - (277 + 245)","= 266"),
("18827","maths","94 + 122 + 154","= 370"),
("18845","maths","1.2 × 0.2 + 8.7","= 8.94"),
("18917","maths","85 ÷ 5 + 169","= 186"),
("18863","maths","276 - (77 + 49)","= 150"),
("19115","maths","397 - (105 + 131)","= 161"),
("18935","maths","65% of 180","= 117"),
("18836","maths","80% of 210","= 168"),
("19052","maths","16 × 18 + 162","= 450"),
("18989","maths","547 - (205 + 107)","= 235"),
("18944","maths","463 - (93 + 182)","= 188"),
("18926","maths","99 ÷ 11 + 44","= 53"),
("19106","maths","48 ÷ 12 + 162","= 166"),
("18962","maths","72 ÷ 9 + 196","= 204"),
("18953","maths","438 - (212 + 127)","= 99"),
("18971","maths","416 - (152 + 35)","= 229"),
("19007","maths","1 × 0.8 + 9.4","= 10.2"),
("18980","maths","1.4 × 0.7 + 9.9","= 10.88"),
("19043","maths","73 + 32 + 104","= 209"),
("19025","maths","770 - (240 + 295)","= 235"),
("18998","maths","1.3 × 0.5 + 3.9","= 4.55"),
("19034","maths","5 × 7 + 148","= 183"),
("19268","maths","151 + 99 + 112","= 362"),
("19070","maths","27 + 129 + 146","= 302"),
("19079","maths","174 + 41 + 25","= 240"),
("19367","maths","1 × 0.5 + 8.4","= 8.9"),
("19169","maths","1.1 × 0.9 + 3.9","= 4.89"),
("19088","maths","558 - (129 + 179)","= 250"),
("19061","maths","156 + 156 + 199","= 511"),
("19205","maths","1.1 × 0.6 + 2.8","= 3.46"),
("19124","maths","555 - (241 + 166)","= 148"),
("19097","maths","13 × 18 + 147","= 381"),
("19232","maths","112 + 84 + 173","= 369"),
("19160","maths","63 ÷ 9 + 139","= 146"),
("19142","maths","165 + 34 + 31","= 230"),
("19178","maths","14 × 8 + 137","= 249"),
("19151","maths","214 - (145 + 46)","= 23"),
("19250","maths","572 - (196 + 274)","= 102"),
("19196","maths","17 × 10 + 193","= 363"),
("19322","maths","638 - (105 + 271)","= 262"),
("19286","maths","40 ÷ 4 + 81","= 91"),
("19349","maths","148 + 47 + 102","= 297"),
("19241","maths","141 + 119 + 152","= 412"),
("19223","maths","1.1 × 0.6 + 8","= 8.66"),
("19331","maths","122 + 110 + 55","= 287"),
("19844","maths","178 + 94 + 28","= 300"),
("19259","maths","14 × 13 + 92","= 274"),
("19529","maths","43 + 102 + 58","= 203"),
("19277","maths","195 + 186 + 57","= 438"),
("19358","maths","1.2 × 0.7 + 4.5","= 5.34"),
("19340","maths","582 - (260 + 106)","= 216"),
("19385","maths","223 - (147 + 40)","= 36"),
("19313","maths","157 + 38 + 163","= 358"),
("19376","maths","485 - (127 + 278)","= 80"),
("19421","maths","1.4 × 1 + 1.2","= 2.6"),
("19475","maths","325 - (57 + 42)","= 226"),
("19727","maths","55 + 161 + 197","= 413"),
("19412","maths","12 × 3 + 117","= 153"),
("19439","maths","1.4 × 0.4 + 9.7","= 10.26"),
("19520","maths","84 ÷ 14 + 136","= 142"),
("19457","maths","1.2 × 0.8 + 4","= 4.96"),
("19493","maths","134 + 24 + 163","= 321"),
("19403","maths","13 × 4 + 141","= 193"),
("19547","maths","1.4 × 0.5 + 3.7","= 4.4"),
("19565","maths","1.1 × 0.7 + 8","= 8.77"),
("19511","maths","197 + 166 + 90","= 453"),
("19610","maths","88 + 120 + 192","= 400"),
("19502","maths","1.4 × 0.9 + 3","= 4.26"),
("20042","maths","1.1 × 0.2 + 7.5","= 7.72"),
("19583","maths","143 + 95 + 153","= 391"),
("19538","maths","63 + 113 + 188","= 364"),
("19646","maths","5 × 12 + 195","= 255"),
("19619","maths","668 - (292 + 222)","= 154"),
("19601","maths","129 + 161 + 93","= 383"),
("19574","maths","617 - (296 + 285)","= 36"),
("19709","maths","1.5 × 0.6 + 6.7","= 7.6"),
("19628","maths","23 + 56 + 181","= 260"),
("19664","maths","1.1 × 0.6 + 5.2","= 5.86"),
("19691","maths","454 - (115 + 43)","= 296"),
("19682","maths","35% of 240","= 84"),
("19943","maths","159 + 197 + 141","= 497"),
("19637","maths","70% of 190","= 133"),
("19925","maths","5 × 15 + 165","= 240"),
("19655","maths","38 + 168 + 113","= 319"),
("19916","maths","137 + 84 + 168","= 389"),
("19754","maths","15 × 8 + 141","= 261"),
("19826","maths","512 - (182 + 85)","= 245"),
("19808","maths","46 + 49 + 99","= 194"),
("19799","maths","72 ÷ 4 + 88","= 106"),
("19700","maths","194 + 119 + 168","= 481"),
("19817","maths","49 + 103 + 145","= 297"),
("19736","maths","117 ÷ 13 + 173","= 182"),
("19835","maths","513 - (53 + 217)","= 243"),
("20285","maths","554 - (217 + 263)","= 74"),
("19871","maths","30% of 200","= 60"),
("19853","maths","1.4 × 0.3 + 5.6","= 6.02"),
("19934","maths","45% of 120","= 54"),
("19880","maths","1.1 × 0.4 + 8","= 8.44"),
("19862","maths","539 - (227 + 168)","= 144"),
("19889","maths","1.2 × 0.5 + 8.1","= 8.7"),
("19907","maths","60% of 160","= 96"),
("19961","maths","20 × 13 + 53","= 313"),
("20105","maths","1.4 × 1 + 6.8","= 8.2"),
("20006","maths","1.1 × 0.6 + 7.3","= 7.96"),
("19952","maths","572 - (292 + 108)","= 172"),
("20096","maths","113 + 142 + 198","= 453"),
("20015","maths","1.3 × 0.6 + 1.4","= 2.18"),
("20051","maths","1.5 × 0.8 + 9.6","= 10.8"),
("20060","maths","18 × 11 + 98","= 296"),
("20033","maths","137 + 81 + 86","= 304"),
("20123","maths","144 ÷ 8 + 78","= 96"),
("20150","maths","105 + 191 + 163","= 459"),
("20249","maths","115 + 124 + 139","= 378"),
("20087","maths","199 + 87 + 72","= 358"),
("20204","maths","250 - (100 + 37)","= 113"),
("20114","maths","196 + 83 + 108","= 387"),
("20168","maths","15 × 8 + 39","= 159"),
("20159","maths","47 + 56 + 82","= 185"),
("20195","maths","50% of 190","= 95"),
("20186","maths","1.5 × 1 + 2.2","= 3.7"),
("20312","maths","5 × 15 + 95","= 170"),
("20258","maths","20% of 180","= 36"),
("20276","maths","168 ÷ 12 + 159","= 173"),
("20222","maths","360 ÷ 18 + 46","= 66"),
("20402","maths","19 × 18 + 57","= 399"),
("20681","maths","34 + 143 + 162","= 339"),
("20267","maths","7 × 20 + 75","= 215"),
("20294","maths","162 ÷ 18 + 180","= 189"),
("20375","maths","1.1 × 0.3 + 4.6","= 4.93"),
("20303","maths","477 - (289 + 80)","= 108"),
("20609","maths","110 + 48 + 106","= 264"),
("20357","maths","21 ÷ 3 + 145","= 152"),
("20591","maths","1.1 × 1 + 2.1","= 3.2"),
("20321","maths","16 × 11 + 154","= 330"),
("20339","maths","718 - (129 + 294)","= 295"),
("20456","maths","55 + 102 + 89","= 246"),
("20348","maths","106 + 85 + 90","= 281"),
("20501","maths","103 + 129 + 90","= 322"),
("20384","maths","452 - (54 + 125)","= 273"),
("20474","maths","8 × 12 + 127","= 223"),
("20735","maths","85 ÷ 5 + 11","= 28"),
("20717","maths","1.1 × 0.9 + 7.1","= 8.09"),
("20366","maths","129 + 51 + 198","= 378"),
("20465","maths","97 + 186 + 60","= 343"),
("20429","maths","1.2 × 0.5 + 8.9","= 9.5"),
("20438","maths","35% of 250","= 87.5"),
("20897","maths","247 ÷ 19 + 76","= 89"),
("20537","maths","147 + 129 + 196","= 472"),
("20807","maths","1.5 × 0.5 + 1.5","= 2.25"),
("20492","maths","10 × 8 + 63","= 143"),
("20483","maths","1.2 × 0.2 + 3.2","= 3.44"),
("20546","maths","56 ÷ 7 + 185","= 193"),
("20519","maths","142 + 28 + 171","= 341"),
("20573","maths","413 - (44 + 101)","= 268"),
("20528","maths","21 + 99 + 184","= 304"),
("20672","maths","1.2 × 0.8 + 1.1","= 2.06"),
("20780","maths","2 × 8 + 55","= 71"),
("20627","maths","141 + 59 + 29","= 229"),
("20645","maths","5 × 8 + 114","= 154"),
("20564","maths","1.2 × 0.3 + 4.5","= 4.86"),
("20690","maths","144 ÷ 9 + 118","= 134"),
("20699","maths","163 + 84 + 37","= 284"),
("20771","maths","90 ÷ 9 + 133","= 143"),
("20618","maths","637 - (235 + 231)","= 171"),
("20636","maths","20 × 3 + 143","= 203"),
("20825","maths","1.5 × 0.3 + 2.1","= 2.55"),
("20663","maths","1.4 × 0.4 + 8.8","= 9.36"),
("20654","maths","281 - (101 + 131)","= 49"),
("20888","maths","128 + 152 + 121","= 401"),
("20744","maths","20 × 15 + 70","= 370"),
("20708","maths","369 - (81 + 193)","= 95"),
("20726","maths","1.1 × 0.7 + 8.9","= 9.67"),
("20870","maths","191 + 147 + 99","= 437"),
("20753","maths","653 - (289 + 185)","= 179"),
("20789","maths","65% of 200","= 130"),
("21086","maths","40 ÷ 10 + 18","= 22"),
("21050","maths","1.1 × 0.5 + 5.7","= 6.25"),
("20996","maths","363 - (78 + 225)","= 60"),
("20798","maths","1.4 × 0.3 + 8.3","= 8.72"),
("20852","maths","433 - (268 + 42)","= 123"),
("20834","maths","1.1 × 0.5 + 8.5","= 9.05"),
("20951","maths","33 + 58 + 51","= 142"),
("21059","maths","410 - (172 + 85)","= 153"),
("20906","maths","180 ÷ 20 + 159","= 168"),
("20987","maths","101 + 172 + 74","= 347"),
("20861","maths","78 + 43 + 105","= 226"),
("20960","maths","209 ÷ 11 + 199","= 218"),
("21077","maths","16 × 4 + 91","= 155"),
("20942","maths","2 × 2 + 172","= 176"),
("20933","maths","95 + 155 + 21","= 271"),
("21041","maths","592 - (241 + 189)","= 162"),
("20969","maths","56 ÷ 8 + 143","= 150"),
("21365","maths","1.1 × 0.5 + 2.6","= 3.15"),
("21266","maths","19 × 11 + 134","= 343"),
("20978","maths","40% of 210","= 84"),
("21590","maths","81 + 169 + 114","= 364"),
("21023","maths","720 - (248 + 221)","= 251"),
("21149","maths","149 + 160 + 51","= 360"),
("21068","maths","200 ÷ 10 + 88","= 108"),
("21257","maths","428 - (245 + 73)","= 110"),
("21104","maths","1.2 × 0.7 + 2.6","= 3.44"),
("21167","maths","728 - (278 + 272)","= 178"),
("21095","maths","85 ÷ 5 + 182","= 199"),
("21221","maths","110 + 184 + 171","= 465"),
("21185","maths","10 × 19 + 129","= 319"),
("21176","maths","19 × 5 + 30","= 125"),
("21158","maths","1.3 × 0.7 + 6","= 6.91"),
("21356","maths","688 - (249 + 220)","= 219"),
("21410","maths","602 - (294 + 49)","= 259"),
("21248","maths","9 × 19 + 177","= 348"),
("21419","maths","454 - (189 + 215)","= 50"),
("21383","maths","144 ÷ 8 + 110","= 128"),
("21302","maths","1.1 × 0.2 + 5.8","= 6.02"),
("21338","maths","13 × 12 + 62","= 218"),
("21392","maths","160 ÷ 8 + 161","= 181"),
("21320","maths","713 - (293 + 252)","= 168"),
("21239","maths","14 × 2 + 183","= 211"),
("21617","maths","224 ÷ 14 + 12","= 28"),
("21329","maths","79 + 166 + 107","= 352"),
("21347","maths","1.2 × 0.5 + 7.2","= 7.8"),
("21401","maths","1.5 × 0.2 + 10","= 10.3"),
("21455","maths","39 + 191 + 85","= 315"),
("21554","maths","1 × 0.5 + 5.5","= 6"),
("21500","maths","370 - (191 + 64)","= 115"),
("21428","maths","365 - (109 + 92)","= 164"),
("21536","maths","591 - (88 + 298)","= 205"),
("21977","maths","18 × 19 + 137","= 479"),
("21545","maths","1.2 × 0.9 + 9.6","= 10.68"),
("22265","maths","1.2 × 0.7 + 1.4","= 2.24"),
("21491","maths","610 - (90 + 253)","= 267"),
("21509","maths","501 - (48 + 201)","= 252"),
("21572","maths","2 × 16 + 183","= 215"),
("21527","maths","110 + 178 + 50","= 338"),
("21482","maths","19 × 7 + 58","= 191"),
("21779","maths","11 × 11 + 152","= 273"),
("21941","maths","49 ÷ 7 + 71","= 78"),
("21635","maths","50% of 170","= 85"),
("21626","maths","13 × 3 + 37","= 76"),
("21473","maths","64 + 22 + 198","= 284"),
("21680","maths","111 + 46 + 45","= 202"),
("21581","maths","25 + 163 + 86","= 274"),
("21842","maths","1.5 × 0.7 + 6.3","= 7.35"),
("21608","maths","589 - (72 + 224)","= 293"),
("21671","maths","1 × 0.8 + 10","= 10.8"),
("21716","maths","1.3 × 0.7 + 5.7","= 6.61"),
("21662","maths","196 + 158 + 187","= 541"),
("21689","maths","126 ÷ 14 + 74","= 83"),
("22031","maths","189 + 182 + 97","= 468"),
("21707","maths","10% of 220","= 22"),
("21653","maths","10 × 10 + 57","= 157"),
("21743","maths","1.5 × 0.9 + 6.9","= 8.25"),
("21752","maths","679 - (223 + 293)","= 163"),
("21698","maths","840 - (294 + 264)","= 282"),
("21725","maths","25 + 157 + 107","= 289"),
("21734","maths","14 × 16 + 144","= 368"),
("21959","maths","1 × 0.8 + 6.7","= 7.5"),
("21770","maths","2 × 16 + 24","= 56"),
("21788","maths","534 - (197 + 61)","= 276"),
("21914","maths","1.2 × 0.2 + 1.1","= 1.34"),
("21869","maths","670 - (260 + 204)","= 206"),
("21761","maths","1.5 × 0.6 + 6.8","= 7.7"),
("21824","maths","6 ÷ 3 + 119","= 121"),
("21806","maths","150 + 73 + 52","= 275"),
("21932","maths","13 × 14 + 84","= 266"),
("21797","maths","379 - (38 + 182)","= 159"),
("22094","maths","554 - (220 + 178)","= 156"),
("21860","maths","319 - (131 + 49)","= 139"),
("21878","maths","20 × 11 + 175","= 395"),
("21923","maths","410 - (197 + 112)","= 101"),
("22013","maths","1.2 × 0.5 + 4.9","= 5.5"),
("21896","maths","166 + 136 + 115","= 417"),
("21905","maths","16 × 17 + 171","= 443"),
("22751","maths","18 × 10 + 175","= 355"),
("21950","maths","35 ÷ 7 + 190","= 195"),
("22085","maths","564 - (247 + 293)","= 24"),
("21986","maths","310 - (140 + 88)","= 82"),
("22049","maths","190 ÷ 10 + 122","= 141"),
("21968","maths","164 - (51 + 20)","= 93"),
("22004","maths","146 + 49 + 28","= 223"),
("22040","maths","620 - (86 + 234)","= 300"),
("22139","maths","1.1 × 0.7 + 4.5","= 5.27"),
("22445","maths","342 ÷ 19 + 24","= 42"),
("22184","maths","234 ÷ 18 + 13","= 26"),
("22076","maths","1.1 × 0.2 + 3.1","= 3.32"),
("22175","maths","126 + 44 + 156","= 326"),
("22553","maths","20 ÷ 5 + 108","= 112"),
("22328","maths","1.4 × 1 + 7.9","= 9.3"),
("22148","maths","10 × 4 + 142","= 182"),
("22166","maths","568 - (34 + 240)","= 294"),
("22499","maths","553 - (68 + 294)","= 191"),
("22283","maths","13 × 5 + 62","= 127"),
("22211","maths","563 - (81 + 195)","= 287"),
("22274","maths","1.3 × 0.2 + 5.8","= 6.06"),
("22229","maths","315 - (148 + 104)","= 63"),
("22121","maths","60 ÷ 15 + 177","= 181"),
("22247","maths","24 + 69 + 75","= 168"),
("22256","maths","11 × 4 + 20","= 64"),
("22319","maths","1 × 0.9 + 7.7","= 8.6"),
("22346","maths","186 + 189 + 126","= 501"),
("22292","maths","187 ÷ 11 + 185","= 202"),
("22571","maths","4 × 9 + 130","= 166"),
("22373","maths","1 × 0.6 + 4.6","= 5.2"),
("23111","maths","75% of 130","= 97.5"),
("22364","maths","109 + 63 + 63","= 235"),
("22382","maths","165 + 192 + 174","= 531"),
("22355","maths","260 ÷ 13 + 180","= 200"),
("22409","maths","396 - (25 + 78)","= 293"),
("22508","maths","703 - (203 + 246)","= 254"),
("22436","maths","613 - (294 + 112)","= 207"),
("22454","maths","607 - (239 + 168)","= 200"),
("22544","maths","136 ÷ 8 + 177","= 194"),
("22481","maths","1.4 × 0.7 + 8","= 8.98"),
("22463","maths","341 - (229 + 32)","= 80"),
("22427","maths","65 + 43 + 76","= 184"),
("22679","maths","144 + 185 + 30","= 359"),
("22517","maths","4 × 2 + 181","= 189"),
("22589","maths","512 - (220 + 163)","= 129"),
("22562","maths","173 + 181 + 129","= 483"),
("22616","maths","364 - (45 + 136)","= 183"),
("22688","maths","19 × 16 + 180","= 484"),
("22625","maths","842 - (294 + 299)","= 249"),
("22580","maths","136 + 98 + 189","= 423"),
("22670","maths","63 + 91 + 168","= 322"),
("22598","maths","162 ÷ 9 + 78","= 96"),
("22634","maths","270 ÷ 15 + 149","= 167"),
("22904","maths","270 ÷ 15 + 38","= 56"),
("22724","maths","408 - (183 + 20)","= 205"),
("22652","maths","169 + 52 + 54","= 275"),
("22742","maths","17 × 13 + 47","= 268"),
("22922","maths","1 × 0.5 + 8.5","= 9"),
("22697","maths","144 + 153 + 127","= 424"),
("22733","maths","108 + 71 + 175","= 354"),
("22706","maths","101 + 65 + 75","= 241"),
("22832","maths","1.2 × 0.8 + 1.4","= 2.36"),
("22778","maths","38 + 67 + 65","= 170"),
("22715","maths","284 - (106 + 35)","= 143"),
("22769","maths","445 - (167 + 168)","= 110"),
("22814","maths","8 × 20 + 79","= 239"),
("23462","maths","95 + 53 + 38","= 186"),
("22787","maths","150 + 149 + 108","= 407"),
("22823","maths","496 - (136 + 166)","= 194"),
("22805","maths","66 + 33 + 159","= 258"),
("23300","maths","429 - (66 + 90)","= 273"),
("22796","maths","190 + 158 + 101","= 449"),
("22967","maths","1 × 0.7 + 7.8","= 8.5"),
("24209","maths","1.5 × 0.5 + 3.9","= 4.65"),
("22868","maths","5 × 12 + 56","= 116"),
("22850","maths","102 ÷ 17 + 166","= 172"),
("23030","maths","497 - (280 + 189)","= 28"),
("22877","maths","2 × 6 + 136","= 148"),
("22895","maths","15 × 18 + 60","= 330"),
("23003","maths","84 + 193 + 115","= 392"),
("23021","maths","1.5 × 0.4 + 2.6","= 3.2"),
("23066","maths","1.4 × 0.3 + 9.3","= 9.72"),
("22958","maths","85% of 220","= 187"),
("23048","maths","365 - (44 + 129)","= 192"),
("22931","maths","18 × 7 + 108","= 234"),
("23183","maths","1.2 × 0.8 + 2.6","= 3.56"),
("23138","maths","10 × 7 + 197","= 267"),
("23012","maths","3 × 13 + 136","= 175"),
("23084","maths","1.5 × 0.8 + 6.5","= 7.7"),
("23147","maths","140 + 193 + 115","= 448"),
("23057","maths","723 - (194 + 256)","= 273"),
("23075","maths","29 + 59 + 108","= 196"),
("23273","maths","1.3 × 0.7 + 2.7","= 3.61"),
("23219","maths","195 + 136 + 149","= 480"),
("23093","maths","1 × 0.4 + 5.2","= 5.6"),
("23129","maths","184 + 131 + 140","= 455"),
("23165","maths","488 - (91 + 127)","= 270"),
("23174","maths","19 × 5 + 166","= 261"),
("23192","maths","149 + 21 + 169","= 339"),
("23210","maths","8 × 7 + 179","= 235"),
("23264","maths","144 ÷ 9 + 136","= 152"),
("23228","maths","1.5 × 0.7 + 5.7","= 6.75"),
("23318","maths","699 - (238 + 171)","= 290"),
("23417","maths","45 + 166 + 20","= 231"),
("23327","maths","607 - (242 + 71)","= 294"),
("23363","maths","18 × 14 + 149","= 401"),
("23471","maths","180 ÷ 20 + 106","= 115"),
("23336","maths","66 + 119 + 50","= 235"),
("23858","maths","19 × 13 + 148","= 395"),
("23642","maths","6 × 9 + 128","= 182"),
("23372","maths","342 - (171 + 35)","= 136"),
("23453","maths","1 × 0.7 + 2.7","= 3.4"),
("23444","maths","637 - (261 + 91)","= 285"),
("23354","maths","85 ÷ 5 + 99","= 116"),
("23345","maths","120 + 82 + 31","= 233"),
("23426","maths","10% of 120","= 12"),
("23282","maths","1.3 × 0.3 + 9.1","= 9.49"),
("23399","maths","1.2 × 0.6 + 3.1","= 3.82"),
("23570","maths","1.5 × 0.5 + 8.5","= 9.25"),
("23552","maths","66 ÷ 11 + 138","= 144"),
("23435","maths","119 + 153 + 197","= 469"),
("23408","maths","514 - (64 + 271)","= 179"),
("23534","maths","66 ÷ 6 + 151","= 162"),
("23498","maths","126 + 170 + 133","= 429"),
("23687","maths","13 × 10 + 185","= 315"),
("23597","maths","3 × 6 + 156","= 174"),
("23750","maths","70 ÷ 14 + 200","= 205"),
("23543","maths","1.3 × 0.6 + 2.7","= 3.48"),
("23525","maths","603 - (164 + 231)","= 208"),
("23678","maths","10 × 19 + 187","= 377"),
("23606","maths","247 ÷ 19 + 58","= 71"),
("23588","maths","282 - (53 + 41)","= 188"),
("23615","maths","110 ÷ 11 + 173","= 183"),
("23705","maths","359 - (153 + 59)","= 147"),
("23624","maths","52 ÷ 13 + 70","= 74"),
("23633","maths","95 + 96 + 113","= 304"),
("23669","maths","101 + 121 + 63","= 285"),
("23849","maths","48 ÷ 8 + 122","= 128"),
("23885","maths","397 - (142 + 39)","= 216"),
("23714","maths","12 × 20 + 74","= 314"),
("23804","maths","102 ÷ 17 + 180","= 186"),
("23723","maths","132 + 89 + 60","= 281"),
("23741","maths","10 ÷ 5 + 189","= 191"),
("23768","maths","555 - (222 + 92)","= 241"),
("23831","maths","113 + 193 + 123","= 429"),
("23759","maths","3 × 20 + 112","= 172"),
("23822","maths","8 × 18 + 101","= 245"),
("24173","maths","1.2 × 0.2 + 3.3","= 3.54"),
("23786","maths","1.4 × 1 + 8.9","= 10.3"),
("23732","maths","1.3 × 0.5 + 2.1","= 2.75"),
("23795","maths","95% of 230","= 218.5"),
("23813","maths","153 ÷ 9 + 16","= 33"),
("23867","maths","10 × 3 + 192","= 222"),
("24200","maths","48 + 163 + 23","= 234"),
("23966","maths","591 - (89 + 298)","= 204"),
("23876","maths","75 + 132 + 92","= 299"),
("23912","maths","51 ÷ 3 + 84","= 101"),
("23930","maths","7 × 2 + 176","= 190"),
("23948","maths","17 × 19 + 194","= 517"),
("23957","maths","90 + 151 + 128","= 369"),
("23894","maths","1.1 × 1 + 3.7","= 4.8"),
("23921","maths","4 × 19 + 72","= 148"),
("24020","maths","756 - (204 + 286)","= 266"),
("24011","maths","8 × 19 + 98","= 250"),
("24029","maths","75 + 121 + 98","= 294"),
("24308","maths","5 × 15 + 149","= 224"),
("23975","maths","60 ÷ 4 + 93","= 108"),
("23984","maths","10% of 200","= 20"),
("24119","maths","499 - (39 + 276)","= 184"),
("24659","maths","94 + 20 + 46","= 160"),
("24038","maths","463 - (166 + 174)","= 123"),
("24227","maths","10% of 160","= 16"),
("24083","maths","157 + 69 + 188","= 414"),
("24056","maths","6 × 17 + 181","= 283"),
("24101","maths","17 × 8 + 88","= 224"),
("24074","maths","162 + 190 + 75","= 427"),
("24218","maths","1.2 × 1 + 4.4","= 5.6"),
("24191","maths","40 ÷ 8 + 156","= 161"),
("24065","maths","17 × 14 + 173","= 411"),
("24182","maths","90 ÷ 5 + 164","= 182"),
("24092","maths","151 + 142 + 70","= 363"),
("24155","maths","332 - (100 + 52)","= 180"),
("24236","maths","122 + 81 + 49","= 252"),
("24263","maths","11 × 10 + 58","= 168"),
("24371","maths","16 × 11 + 143","= 319"),
("24299","maths","55% of 250","= 137.5"),
("24317","maths","138 + 69 + 154","= 361"),
("24254","maths","515 - (190 + 106)","= 219"),
("24245","maths","60 ÷ 12 + 148","= 153"),
("24326","maths","25% of 240","= 60"),
("24272","maths","5 × 7 + 97","= 132"),
("24470","maths","184 - (21 + 31)","= 132"),
("24353","maths","558 - (163 + 270)","= 125"),
("24461","maths","298 - (25 + 129)","= 144"),
("24281","maths","1.1 × 0.8 + 1.1","= 1.98"),
("24380","maths","69 + 60 + 55","= 184"),
("24362","maths","1.4 × 0.4 + 1.2","= 1.76"),
("24344","maths","340 ÷ 20 + 170","= 187"),
("24587","maths","1.1 × 0.8 + 4.3","= 5.18"),
("24416","maths","313 - (21 + 76)","= 216"),
("24497","maths","133 ÷ 19 + 18","= 25"),
("24389","maths","1 × 0.5 + 5.9","= 6.4"),
("24551","maths","17 × 7 + 144","= 263"),
("24452","maths","448 - (240 + 152)","= 56"),
("24407","maths","20 × 18 + 31","= 391"),
("24479","maths","20% of 210","= 42"),
("24740","maths","101 + 32 + 109","= 242"),
("24488","maths","1.2 × 0.3 + 5","= 5.36"),
("24992","maths","91 ÷ 13 + 88","= 95"),
("24524","maths","8 × 8 + 55","= 119"),
("24893","maths","1.1 × 0.6 + 5.1","= 5.76"),
("24506","maths","112 ÷ 8 + 174","= 188"),
("24515","maths","51 + 118 + 139","= 308"),
("24632","maths","2 × 7 + 66","= 80"),
("24542","maths","96 ÷ 12 + 79","= 87"),
("24569","maths","57 + 88 + 168","= 313"),
("24578","maths","40% of 250","= 100"),
("24821","maths","1.3 × 0.6 + 5.5","= 6.28"),
("24560","maths","6 × 10 + 135","= 195"),
("25037","maths","1.1 × 0.9 + 2.5","= 3.49"),
("25019","maths","55% of 120","= 66"),
("24614","maths","1.2 × 1 + 1.8","= 3"),
("24767","maths","135 ÷ 15 + 109","= 118"),
("24731","maths","159 + 51 + 115","= 325"),
("24641","maths","1.5 × 0.5 + 2.9","= 3.65"),
("24623","maths","1 × 0.7 + 2.4","= 3.1"),
("24713","maths","23 + 108 + 180","= 311"),
("24758","maths","4 × 20 + 177","= 257"),
("24677","maths","140 ÷ 7 + 189","= 209"),
("24695","maths","1.3 × 0.6 + 8","= 8.78"),
("24776","maths","8 × 5 + 108","= 148"),
("24722","maths","60% of 140","= 84"),
("24794","maths","121 + 123 + 152","= 396"),
("24902","maths","1.2 × 0.4 + 7.5","= 7.98"),
("25100","maths","377 - (257 + 97)","= 23"),
("24956","maths","1.5 × 0.7 + 5.5","= 6.55"),
("24803","maths","18 × 12 + 199","= 415"),
("24812","maths","75 + 83 + 62","= 220"),
("24884","maths","59 + 174 + 105","= 338"),
("24947","maths","134 + 194 + 97","= 425"),
("24920","maths","339 - (35 + 44)","= 260"),
("24839","maths","588 - (191 + 175)","= 222"),
("24857","maths","558 - (92 + 258)","= 208"),
("24911","maths","472 - (82 + 117)","= 273"),
("25064","maths","344 - (46 + 221)","= 77"),
("25145","maths","280 ÷ 14 + 73","= 93"),
("25181","maths","1.3 × 1 + 5","= 6.3"),
("24965","maths","162 - (91 + 26)","= 45"),
("24938","maths","14 × 7 + 103","= 201"),
("24929","maths","43 + 97 + 141","= 281"),
("25235","maths","129 + 76 + 177","= 382"),
("25001","maths","126 ÷ 14 + 70","= 79"),
("25208","maths","765 - (296 + 297)","= 172"),
("25010","maths","657 - (257 + 255)","= 145"),
("25091","maths","661 - (171 + 276)","= 214"),
("25109","maths","301 - (165 + 92)","= 44"),
("25154","maths","1.1 × 0.9 + 4.6","= 5.59"),
("25226","maths","95% of 200","= 190"),
("25073","maths","6 × 16 + 27","= 123"),
("25190","maths","1.5 × 0.7 + 2","= 3.05"),
("25136","maths","26 ÷ 13 + 46","= 48"),
("25829","maths","182 ÷ 14 + 191","= 204"),
("25244","maths","10 × 2 + 88","= 108"),
("25451","maths","52 + 23","= 33"),
("25163","maths","565 - (142 + 273)","= 150"),
("25172","maths","1.2 × 0.7 + 6.9","= 7.74"),
("25379","maths","216 ÷ 18 + 64","= 76"),
("25271","maths","132 ÷ 11 + 139","= 151"),
("25334","maths","758 - (292 + 176)","= 290"),
("25586","maths","82 + 143 + 170","= 395"),
("25280","maths","1.3 × 0.8 + 3.1","= 4.14"),
("25217","maths","566 - (170 + 200)","= 196"),
("25361","maths","69 + 71 + 135","= 275"),
("25262","maths","126 + 163 + 199","= 488"),
("25352","maths","136 ÷ 17 + 92","= 100"),
("25550","maths","1.1 × 0.7 + 9.4","= 10.17"),
("25406","maths","1.1 × 0.4 + 1.3","= 1.74"),
("25289","maths","285 ÷ 15 + 147","= 166"),
("25712","maths","16 × 19 + 85","= 389"),
("25388","maths","14 × 20 + 133","= 413"),
("25343","maths","188 + 148 + 177","= 513"),
("25487","maths","180 ÷ 10 + 124","= 142"),
("25433","maths","242 - (167 + 50)","= 25"),
("25370","maths","556 - (94 + 273)","= 189"),
("25901","maths","1.4 × 0.7 + 1.4","= 2.38"),
("25442","maths","25 + 159 + 186","= 370"),
("25415","maths","54 ÷ 18 + 179","= 182"),
("25559","maths","68 + 57 + 196","= 321"),
("25424","maths","1.5 × 0.8 + 8.1","= 9.3"),
("25460","maths","136 + 60 + 127","= 323"),
("25496","maths","514 - (105 + 182)","= 227"),
("26126","maths","142 + 100 + 185","= 427"),
("25568","maths","1.3 × 0.3 + 1","= 1.39"),
("25595","maths","36 ÷ 12 + 91","= 94"),
("25523","maths","96 ÷ 6 + 199","= 215"),
("25514","maths","1.4 × 0.5 + 7.3","= 8"),
("25622","maths","74 + 81 + 54","= 209"),
("25640","maths","19 × 10 + 54","= 244"),
("25577","maths","284 - (37 + 46)","= 201"),
("25919","maths","5 × 9 + 71","= 116"),
("25685","maths","1.5 × 0.6 + 5","= 5.9"),
("25604","maths","70% of 220","= 154"),
("25721","maths","75 + 32 + 60","= 167"),
("25649","maths","12 × 13 + 31","= 187"),
("25631","maths","19 × 16 + 109","= 413"),
("25667","maths","342 ÷ 18 + 77","= 96"),
("25676","maths","1.2 × 0.5 + 3.1","= 3.7"),
("25703","maths","95 + 114 + 181","= 390"),
("25694","maths","174 + 84 + 116","= 374"),
("25802","maths","422 - (90 + 203)","= 129"),
("25739","maths","581 - (241 + 250)","= 90"),
("25883","maths","45 + 62 + 61","= 168"),
("25775","maths","90 + 56 + 189","= 335"),
("25847","maths","54 ÷ 18 + 24","= 27"),
("25838","maths","135 ÷ 15 + 71","= 80"),
("25820","maths","31 + 29 + 132","= 192"),
("25784","maths","149 - (35 + 45)","= 69"),
("25973","maths","28 + 22 + 61","= 111"),
("25928","maths","14 × 10 + 105","= 245"),
("25955","maths","569 - (150 + 256)","= 163"),
("25964","maths","1.4 × 1 + 3.9","= 5.3"),
("25892","maths","1.1 × 0.7 + 6.2","= 6.97"),
("26018","maths","165 ÷ 15 + 138","= 149"),
("25937","maths","144 ÷ 16 + 89","= 98"),
("25982","maths","301 - (118 + 95)","= 88"),
("26207","maths","346 - (173 + 86)","= 87"),
("25946","maths","16 × 10 + 27","= 187"),
("26189","maths","1.5 × 0.9 + 7.4","= 8.75"),
("26090","maths","1.5 × 0.8 + 1.9","= 3.1"),
("26009","maths","34 ÷ 17 + 49","= 51"),
("26000","maths","60% of 170","= 102"),
("26036","maths","60 ÷ 5 + 191","= 203"),
("26045","maths","5% of 200","= 10"),
("26027","maths","32 + 143 + 159","= 334"),
("26099","maths","1.5 × 0.3 + 7.3","= 7.75"),
("26063","maths","245 - (30 + 75)","= 140"),
("26054","maths","1.4 × 0.6 + 3.3","= 4.14"),
("26315","maths","40 ÷ 10 + 35","= 39"),
("26108","maths","38 ÷ 19 + 60","= 62"),
("26198","maths","1.5 × 0.2 + 1.5","= 1.8"),
("26234","maths","20 ÷ 5 + 176","= 180"),
("26135","maths","613 - (66 + 273)","= 274"),
("26540","maths","193 + 161 + 144","= 498"),
("26252","maths","329 - (89 + 62)","= 178"),
("26180","maths","12 × 20 + 143","= 383"),
("26333","maths","66 ÷ 6 + 114","= 125"),
("26954","maths","734 - (278 + 160)","= 296"),
("26243","maths","119 ÷ 17 + 124","= 131"),
("26225","maths","1.1 × 0.7 + 3.6","= 4.37"),
("26306","maths","52 ÷ 13 + 101","= 105"),
("26342","maths","8 × 9 + 179","= 251"),
("26360","maths","368 - (164 + 132)","= 72"),
("26837","maths","25% of 210","= 52.5"),
("26279","maths","8 × 7 + 28","= 84"),
("26171","maths","759 - (296 + 217)","= 246"),
("26288","maths","25% of 200","= 50"),
("26450","maths","284 - (148 + 111)","= 25"),
("26405","maths","487 - (178 + 89)","= 220"),
("26369","maths","234 ÷ 18 + 15","= 28"),
("26378","maths","1 × 0.9 + 1.3","= 2.2"),
("26441","maths","601 - (173 + 169)","= 259"),
("26423","maths","10 × 6 + 111","= 171"),
("26459","maths","1.3 × 0.9 + 2.6","= 3.77"),
("26711","maths","80 ÷ 10 + 68","= 76"),
("26477","maths","566 - (264 + 91)","= 211"),
("26486","maths","530 - (209 + 53)","= 268"),
("26414","maths","452 - (253 + 29)","= 170"),
("26522","maths","563 - (284 + 138)","= 141"),
("26603","maths","1.4 × 0.5 + 7.4","= 8.1"),
("26702","maths","304 ÷ 16 + 164","= 183"),
("26567","maths","14 × 14 + 110","= 306"),
("26531","maths","90 ÷ 10 + 23","= 32"),
("26693","maths","363 - (143 + 155)","= 65"),
("26738","maths","167 + 132 + 135","= 434"),
("26558","maths","114 ÷ 6 + 23","= 42"),
("26576","maths","4 × 13 + 138","= 190"),
("27206","maths","1.4 × 0.6 + 1.5","= 2.34"),
("26612","maths","48 + 198 + 74","= 320"),
("26873","maths","1.2 × 1 + 4.1","= 5.3"),
("26594","maths","14 × 6 + 89","= 173"),
("26585","maths","5 × 7 + 115","= 150"),
("26648","maths","1.2 × 0.4 + 5.7","= 6.18"),
("26720","maths","60% of 190","= 114"),
("26639","maths","759 - (281 + 240)","= 238"),
("26918","maths","1.3 × 0.5 + 1.1","= 1.75"),
("26756","maths","191 + 61 + 78","= 330"),
("26765","maths","117 + 105 + 183","= 405"),
("26846","maths","66 ÷ 11 + 152","= 158"),
("26864","maths","45 + 187 + 37","= 269"),
("26810","maths","139 + 64 + 127","= 330"),
("26621","maths","2 × 8 + 162","= 178"),
("26684","maths","17 × 10 + 185","= 355"),
("26882","maths","15% of 240","= 36"),
("26801","maths","8 ÷ 2 + 151","= 155"),
("26657","maths","32 ÷ 2 + 200","= 216"),
("26747","maths","224 ÷ 16 + 154","= 168"),
("26945","maths","432 - (126 + 135)","= 171"),
("27152","maths","209 ÷ 11 + 183","= 202"),
("26909","maths","527 - (123 + 160)","= 244"),
("26900","maths","12 × 17 + 23","= 227"),
("26855","maths","33 ÷ 3 + 73","= 84"),
("26927","maths","332 - (87 + 36)","= 209"),
("26981","maths","7 × 15 + 65","= 170"),
("26936","maths","64 + 28 + 40","= 132"),
("27233","maths","1 × 1 + 3.3","= 4.3"),
("27053","maths","280 ÷ 14 + 10","= 30"),
("27251","maths","356 - (54 + 182)","= 120"),
("27116","maths","492 - (67 + 296)","= 129"),
("26972","maths","134 + 53 + 136","= 323"),
("26990","maths","125 + 146 + 151","= 422"),
("27161","maths","280 ÷ 20 + 198","= 212"),
("27026","maths","1 × 1 + 3.2","= 4.2"),
("27062","maths","428 - (162 + 245)","= 21"),
("27035","maths","1.1 × 0.3 + 8.6","= 8.93"),
("27224","maths","53 + 131 + 85","= 269"),
("27071","maths","4 × 7 + 77","= 105"),
("27089","maths","1.2 × 1 + 1","= 2.2"),
("27125","maths","180 ÷ 12 + 35","= 50"),
("27197","maths","165 + 107 + 148","= 420"),
("27179","maths","187 + 134 + 147","= 468"),
("27260","maths","146 + 199 + 196","= 541"),
("27386","maths","36 ÷ 9 + 197","= 201"),
("27377","maths","1 × 0.4 + 9.9","= 10.3"),
("27134","maths","751 - (234 + 221)","= 296"),
("27341","maths","10 × 11 + 160","= 270"),
("27215","maths","24 ÷ 6 + 46","= 50"),
("27575","maths","120 + 153 + 68","= 341"),
("27431","maths","1.1 × 1 + 4.1","= 5.2"),
("27278","maths","399 - (172 + 27)","= 200"),
("28025","maths","55 + 120 + 44","= 219"),
("27269","maths","18 ÷ 3 + 88","= 94"),
("27323","maths","5% of 160","= 8"),
("27368","maths","438 - (63 + 261)","= 114"),
("28052","maths","129 + 115 + 130","= 374"),
("27404","maths","1.1 × 0.4 + 1.7","= 2.14"),
("27395","maths","742 - (256 + 248)","= 238"),
("27620","maths","431 - (126 + 88)","= 217"),
("27413","maths","433 - (107 + 269)","= 57"),
("27305","maths","63 + 40 + 77","= 180"),
("27332","maths","19 × 14 + 85","= 351"),
("27512","maths","18 × 9 + 112","= 274"),
("27629","maths","28 ÷ 7 + 59","= 63"),
("27656","maths","523 - (115 + 250)","= 158"),
("27467","maths","35 + 21 + 68","= 124"),
("27638","maths","421 - (182 + 137)","= 102"),
("27818","maths","4 × 17 + 132","= 200"),
("27539","maths","14 × 12 + 44","= 212"),
("27683","maths","1.4 × 0.3 + 3.3","= 3.72"),
("27449","maths","3 × 15 + 79","= 124"),
("27485","maths","456 - (39 + 246)","= 171"),
("27836","maths","24 ÷ 6 + 185","= 189"),
("27764","maths","6 × 6 + 20","= 56"),
("27530","maths","131 + 75 + 62","= 268"),
("27458","maths","1.5 × 0.3 + 5.5","= 5.95"),
("27521","maths","101 + 23 + 125","= 249"),
("27593","maths","1 × 0.5 + 4.6","= 5.1"),
("27647","maths","150 ÷ 15 + 24","= 34"),
("27602","maths","16 ÷ 8 + 14","= 16"),
("28142","maths","1.5 × 0.8 + 7.3","= 8.5"),
("27710","maths","1.1 × 0.8 + 4.4","= 5.28"),
("27701","maths","95 + 86 + 191","= 372"),
("27863","maths","14 × 11 + 66","= 220"),
("27674","maths","1.1 × 0.9 + 7.4","= 8.39"),
("28205","maths","568 - (204 + 235)","= 129"),
("27692","maths","1.2 × 1 + 2.9","= 4.1"),
("27719","maths","9 × 8 + 59","= 131"),
("27746","maths","31 + 108 + 70","= 209"),
("27755","maths","799 - (269 + 237)","= 293"),
("27737","maths","204 ÷ 17 + 161","= 173"),
("27791","maths","82 + 95 + 89","= 266"),
("27773","maths","85% of 210","= 178.5"),
("27782","maths","154 + 161 + 36","= 351"),
("27854","maths","501 - (212 + 151)","= 138"),
("27827","maths","210 - (33 + 155)","= 22"),
("28016","maths","1.2 × 0.8 + 6.9","= 7.86"),
("28043","maths","36 ÷ 18 + 126","= 128"),
("27845","maths","1.1 × 0.9 + 3.5","= 4.49"),
("28079","maths","8 ÷ 2 + 195","= 199"),
("27800","maths","564 - (175 + 167)","= 222"),
("27908","maths","3 × 15 + 31","= 76"),
("27890","maths","176 ÷ 11 + 47","= 63"),
("27899","maths","417 - (43 + 223)","= 151"),
("28034","maths","436 - (245 + 127)","= 64"),
("27998","maths","57 ÷ 3 + 110","= 129"),
("28097","maths","32 ÷ 2 + 138","= 154"),
("27935","maths","19 × 20 + 159","= 539"),
("27962","maths","75% of 240","= 180"),
("27953","maths","4 × 20 + 163","= 243"),
("27980","maths","196 ÷ 14 + 156","= 170"),
("27989","maths","90% of 240","= 216"),
("28088","maths","257 - (34 + 189)","= 34"),
("28520","maths","169 ÷ 13 + 63","= 76"),
("28178","maths","228 ÷ 19 + 62","= 74"),
("28115","maths","1.5 × 0.5 + 9.4","= 10.15"),
("28070","maths","443 - (89 + 212)","= 142"),
("28061","maths","508 - (196 + 45)","= 267"),
("28124","maths","1.3 × 0.4 + 8.8","= 9.32"),
("28430","maths","1.1 × 1 + 6","= 7.1"),
("28196","maths","552 - (70 + 198)","= 284"),
("28169","maths","11 × 2 + 120","= 142"),
("28151","maths","240 ÷ 16 + 139","= 154"),
("28304","maths","462 - (191 + 103)","= 168"),
("28610","maths","1.4 × 1 + 4.8","= 6.2"),
("28133","maths","434 - (88 + 221)","= 125"),
("28358","maths","228 ÷ 19 + 71","= 83"),
("28214","maths","6 × 16 + 176","= 272"),
("28619","maths","404 - (289 + 24)","= 91"),
("28232","maths","49 + 80 + 40","= 169"),
("28277","maths","153 ÷ 17 + 78","= 87"),
("28241","maths","8 × 19 + 96","= 248"),
("28286","maths","1.1 × 0.3 + 9.9","= 10.23"),
("28547","maths","8 × 4 + 23","= 55"),
("28376","maths","12 × 17 + 109","= 313"),
("28259","maths","6 × 2 + 164","= 176"),
("28331","maths","199 + 80 + 53","= 332"),
("28412","maths","234 ÷ 13 + 168","= 186"),
("28583","maths","8 × 9 + 39","= 111"),
("28349","maths","65 + 98 + 35","= 198"),
("28448","maths","147 + 95 + 136","= 378"),
("28439","maths","1.1 × 0.5 + 9.7","= 10.25"),
("28367","maths","648 - (290 + 120)","= 238"),
("28709","maths","1.4 × 0.8 + 6.6","= 7.72"),
("28817","maths","80 ÷ 5 + 26","= 42"),
("28466","maths","1.5 × 0.6 + 1.8","= 2.7"),
("28394","maths","537 - (76 + 233)","= 228"),
("28403","maths","72 ÷ 6 + 69","= 81"),
("28538","maths","16 × 13 + 170","= 378"),
("28727","maths","316 - (58 + 57)","= 201"),
("28637","maths","85 + 51 + 97","= 233"),
("28511","maths","55 + 41 + 28","= 124"),
("28718","maths","55% of 170","= 93.5"),
("28529","maths","165 ÷ 11 + 16","= 31"),
("28979","maths","15 × 11 + 125","= 290"),
("28493","maths","1.3 × 0.5 + 2.2","= 2.85"),
("28736","maths","697 - (190 + 216)","= 291"),
("28691","maths","1.4 × 0.6 + 1","= 1.84"),
("28628","maths","114 ÷ 6 + 197","= 216"),
("28565","maths","56 + 96 + 96","= 248"),
("28844","maths","40 ÷ 20 + 141","= 143"),
("28601","maths","276 - (37 + 196)","= 43"),
("28682","maths","1 × 0.6 + 5.7","= 6.3"),
("28646","maths","56 ÷ 8 + 187","= 194"),
("28664","maths","140 + 193 + 26","= 359"),
("29123","maths","12 × 14 + 135","= 303"),
("28673","maths","1.1 × 0.8 + 6.7","= 7.58"),
("28880","maths","210 ÷ 15 + 14","= 28"),
("28700","maths","20 × 2 + 31","= 71"),
("28745","maths","90 + 158 + 55","= 303"),
("28871","maths","182 + 60 + 129","= 371"),
("28763","maths","272 - (33 + 197)","= 42"),
("28754","maths","124 + 79 + 63","= 266"),
("28808","maths","15 × 9 + 154","= 289"),
("28835","maths","400 - (168 + 140)","= 92"),
("28862","maths","5 × 18 + 38","= 128"),
("28781","maths","836 - (245 + 295)","= 296"),
("28790","maths","368 - (106 + 172)","= 90"),
("28988","maths","1.2 × 0.4 + 1.5","= 1.98"),
("28925","maths","353 - (92 + 174)","= 87"),
("29420","maths","1.2 × 0.6 + 5.3","= 6.02"),
("28943","maths","40% of 170","= 68"),
("29213","maths","121 ÷ 11 + 111","= 122"),
("28934","maths","1.2 × 0.7 + 2.7","= 3.54"),
("29033","maths","108 + 187 + 72","= 367"),
("28961","maths","165 + 65 + 50","= 280"),
("28907","maths","71 + 102 + 72","= 245"),
("28889","maths","112 ÷ 7 + 96","= 112"),
("28970","maths","7 × 14 + 177","= 275"),
("28997","maths","1.3 × 0.8 + 9.1","= 10.14"),
("29141","maths","389 - (38 + 300)","= 51"),
("29069","maths","104 + 31 + 130","= 265"),
("29024","maths","18 × 3 + 134","= 188"),
("29114","maths","123 + 185 + 51","= 359"),
("29006","maths","136 + 113 + 151","= 400"),
("29051","maths","1.1 × 0.3 + 9.4","= 9.73"),
("29015","maths","16 × 14 + 73","= 297"),
("29078","maths","1.2 × 0.9 + 4.2","= 5.28"),
("29267","maths","71 + 172 + 142","= 385"),
("29087","maths","160 ÷ 8 + 120","= 140"),
("29150","maths","5 × 19 + 40","= 135"),
("29105","maths","526 - (243 + 37)","= 246"),
("29132","maths","99 - (36 + 34)","= 29"),
("29240","maths","13 × 19 + 97","= 344"),
("29429","maths","1.2 × 0.2 + 7.9","= 8.14"),
("29204","maths","20 × 10 + 147","= 347"),
("29177","maths","1.3 × 0.3 + 9.8","= 10.19"),
("29096","maths","1.2 × 0.2 + 8.2","= 8.44"),
("29186","maths","1.2 × 0.4 + 6.1","= 6.58"),
("29159","maths","199 + 79 + 45","= 323"),
("29465","maths","52 + 164 + 195","= 411"),
("29222","maths","61 + 103 + 118","= 282"),
("29258","maths","13 × 9 + 85","= 202"),
("29618","maths","45% of 190","= 85.5"),
("29303","maths","1.5 × 0.3 + 2","= 2.45"),
("29249","maths","169 ÷ 13 + 124","= 137"),
("29384","maths","1.1 × 0.6 + 9.4","= 10.06"),
("29627","maths","15 × 19 + 110","= 395"),
("29708","maths","1.2 × 0.7 + 4.1","= 4.94"),
("29402","maths","24 ÷ 3 + 162","= 170"),
("29276","maths","1.3 × 0.4 + 4.5","= 5.02"),
("29285","maths","35 + 193 + 57","= 285"),
("29483","maths","85% of 230","= 195.5"),
("29312","maths","463 - (57 + 113)","= 293"),
("29510","maths","139 + 195 + 56","= 390"),
("29546","maths","22 ÷ 11 + 163","= 165"),
("29456","maths","428 - (58 + 136)","= 234"),
("29537","maths","1.1 × 0.6 + 1.6","= 2.26"),
("29366","maths","15% of 250","= 37.5"),
("29519","maths","79 + 175 + 39","= 293"),
("30122","maths","16 × 17 + 88","= 360"),
("29663","maths","1.2 × 0.7 + 7","= 7.84"),
("29654","maths","37 + 128 + 157","= 322"),
("29564","maths","485 - (170 + 275)","= 40"),
("29573","maths","117 + 172 + 47","= 336"),
("29690","maths","15 ÷ 5 + 62","= 65"),
("29969","maths","470 - (93 + 127)","= 250"),
("29555","maths","110 ÷ 11 + 125","= 135"),
("29609","maths","395 - (36 + 136)","= 223"),
("29600","maths","97 + 32 + 53","= 182"),
("29672","maths","35 + 80 + 66","= 181"),
("29636","maths","144 + 22 + 55","= 221"),
("29645","maths","8 × 20 + 53","= 213"),
("29717","maths","147 + 65 + 175","= 387"),
("29681","maths","177 - (22 + 114)","= 41"),
("29762","maths","5 × 19 + 121","= 216"),
("29951","maths","60 ÷ 4 + 12","= 27"),
("29897","maths","16 × 15 + 121","= 361"),
("29816","maths","12 × 8 + 77","= 173"),
("29798","maths","50 + 185 + 112","= 347"),
("29843","maths","160 + 151 + 187","= 498"),
("29888","maths","45% of 140","= 63"),
("30140","maths","7 × 2 + 67","= 81"),
("29915","maths","36 + 138 + 171","= 345"),
("29834","maths","1 × 0.8 + 3.6","= 4.4"),
("30194","maths","75 ÷ 5 + 29","= 44"),
("29933","maths","473 - (158 + 109)","= 206"),
("29744","maths","8 × 17 + 139","= 275"),
("29879","maths","46 + 129 + 130","= 305"),
("29906","maths","1.1 × 0.2 + 1.6","= 1.82"),
("29780","maths","98 ÷ 14 + 87","= 94"),
("29924","maths","481 - (196 + 264)","= 21"),
("29870","maths","54 ÷ 18 + 161","= 164"),
("30014","maths","4 × 6 + 161","= 185"),
("29852","maths","1.2 × 0.3 + 1.1","= 1.46"),
("29987","maths","15 × 5 + 166","= 241"),
("29960","maths","437 - (116 + 201)","= 120"),
("30158","maths","5 × 9 + 23","= 68"),
("30041","maths","721 - (259 + 242)","= 220"),
("30185","maths","1.2 × 0.6 + 8.5","= 9.22"),
("30050","maths","15 × 16 + 77","= 317"),
("29996","maths","278 - (131 + 74)","= 73"),
("30104","maths","1.5 × 0.6 + 5.1","= 6"),
("30266","maths","50% of 150","= 75"),
("30221","maths","1.3 × 0.3 + 4.7","= 5.09"),
("30113","maths","40 ÷ 2 + 184","= 204"),
("30239","maths","1.1 × 0.8 + 9.2","= 10.08"),
("30077","maths","1.4 × 0.5 + 5.4","= 6.1"),
("30131","maths","656 - (202 + 284)","= 170"),
("30059","maths","10 × 11 + 76","= 186"),
("30302","maths","1.3 × 0.8 + 1.9","= 2.94"),
("30311","maths","90 + 42 + 34","= 166"),
("30275","maths","3 × 15 + 183","= 228"),
("30230","maths","76 ÷ 19 + 106","= 110"),
("30176","maths","100 ÷ 10 + 21","= 31"),
("30392","maths","1.1 × 0.7 + 7.6","= 8.37"),
("30203","maths","11 × 12 + 28","= 160"),
("30419","maths","180 ÷ 12 + 72","= 87"),
("30437","maths","556 - (259 + 120)","= 177"),
("30257","maths","1.1 × 1 + 5.8","= 6.9"),
("30248","maths","1.2 × 0.7 + 6.3","= 7.14"),
("30284","maths","77 + 69 + 97","= 243"),
("30293","maths","17 × 14 + 60","= 298"),
("30590","maths","180 ÷ 18 + 116","= 126"),
("30464","maths","17 × 10 + 38","= 208"),
("30410","maths","512 - (169 + 153)","= 190"),
("30338","maths","683 - (238 + 170)","= 275"),
("30356","maths","51 + 106 + 92","= 249"),
("30320","maths","27 ÷ 9 + 56","= 59"),
("30527","maths","16 × 14 + 111","= 335"),
("30329","maths","670 - (295 + 149)","= 226"),
("30482","maths","1.3 × 0.2 + 2.1","= 2.36"),
("30545","maths","80 ÷ 20 + 90","= 94"),
("30401","maths","2 × 16 + 111","= 143"),
("30572","maths","106 + 22 + 27","= 155"),
("30554","maths","11 × 14 + 138","= 292"),
("30536","maths","15 ÷ 5 + 165","= 168"),
("30446","maths","690 - (253 + 226)","= 211"),
("30473","maths","24 ÷ 12 + 74","= 76"),
("30563","maths","54 + 102 + 93","= 249"),
("30518","maths","70 ÷ 10 + 194","= 201"),
("30752","maths","9 × 8 + 30","= 102"),
("30635","maths","55% of 140","= 77"),
("30428","maths","355 - (50 + 105)","= 200"),
("31499","maths","120 ÷ 6 + 115","= 135"),
("30797","maths","167 + 132 + 117","= 416"),
("30716","maths","281 - (27 + 119)","= 135"),
("30581","maths","4 × 15 + 187","= 247"),
("30653","maths","276 - (23 + 144)","= 109"),
("30671","maths","43 + 91 + 164","= 298"),
("30698","maths","94 + 143 + 139","= 376"),
("30680","maths","1 × 0.2 + 6.6","= 6.8"),
("30608","maths","195 - (24 + 22)","= 149"),
("30734","maths","85 ÷ 17 + 157","= 162"),
("30761","maths","1.3 × 0.9 + 6.9","= 8.07"),
("30842","maths","40 + 149 + 68","= 257"),
("30689","maths","70 ÷ 5 + 164","= 178"),
("30662","maths","1.3 × 0.7 + 6.8","= 7.71"),
("30770","maths","459 - (142 + 262)","= 55"),
("30725","maths","1.3 × 0.2 + 2.2","= 2.46"),
("30788","maths","80% of 140","= 112"),
("31049","maths","1.3 × 0.3 + 7.6","= 7.99"),
("31130","maths","120 + 137 + 21","= 278"),
("30707","maths","196 - (58 + 27)","= 111"),
("30824","maths","193 - (43 + 35)","= 115"),
("30743","maths","175 + 130 + 174","= 479"),
("30869","maths","1 × 0.4 + 3.8","= 4.2"),
("30779","maths","361 ÷ 19 + 70","= 89"),
("30815","maths","16 × 12 + 117","= 309"),
("30806","maths","602 - (160 + 240)","= 202"),
("31346","maths","1.1 × 0.5 + 8.8","= 9.35"),
("31022","maths","617 - (158 + 266)","= 193"),
("31319","maths","1.1 × 0.3 + 1.2","= 1.53"),
("30941","maths","153 ÷ 9 + 137","= 154"),
("31040","maths","452 - (300 + 23)","= 129"),
("30878","maths","176 + 50 + 76","= 302"),
("30860","maths","85 + 181 + 62","= 328"),
("30851","maths","70% of 120","= 84"),
("30914","maths","180 ÷ 15 + 178","= 190"),
("30995","maths","14 × 6 + 130","= 214"),
("30950","maths","85% of 240","= 204"),
("30896","maths","1.5 × 0.3 + 3.9","= 4.35"),
("30905","maths","175 + 106 + 114","= 395"),
("30977","maths","1.3 × 0.9 + 1.1","= 2.27"),
("30932","maths","60 ÷ 6 + 136","= 146"),
("30968","maths","362 - (180 + 25)","= 157"),
("31157","maths","15 × 20 + 20","= 320"),
("31013","maths","135 + 48 + 89","= 272"),
("31166","maths","15 ÷ 5 + 164","= 167"),
("31004","maths","556 - (229 + 97)","= 230"),
("31526","maths","1 × 0.7 + 8.2","= 8.9"),
("31031","maths","2 × 11 + 127","= 149"),
("31067","maths","91 ÷ 13 + 86","= 93"),
("31139","maths","90 ÷ 5 + 122","= 140"),
("31058","maths","1 × 0.5 + 6","= 6.5"),
("31229","maths","8 × 20 + 101","= 261"),
("31292","maths","14 × 19 + 193","= 459"),
("31103","maths","383 - (125 + 35)","= 223"),
("31085","maths","14 × 5 + 183","= 253"),
("31283","maths","5 × 12 + 80","= 140"),
("31238","maths","26 ÷ 2 + 32","= 45"),
("31355","maths","40 ÷ 20 + 159","= 161"),
("31220","maths","123 + 156 + 185","= 464"),
("31274","maths","177 + 69 + 25","= 271"),
("31310","maths","2 × 19 + 179","= 217"),
("32309","maths","491 - (166 + 191)","= 134"),
("31436","maths","66 + 164 + 116","= 346"),
("31337","maths","48 ÷ 6 + 80","= 88"),
("31373","maths","107 + 67 + 187","= 361"),
("31382","maths","44 + 26 + 80","= 150"),
("31697","maths","1.3 × 0.2 + 4.8","= 5.06"),
("31418","maths","487 - (279 + 54)","= 154"),
("31724","maths","420 - (118 + 202)","= 100"),
("31454","maths","1.5 × 0.8 + 5.8","= 7"),
("31364","maths","13 × 9 + 182","= 299"),
("31562","maths","535 - (50 + 200)","= 285"),
("31769","maths","15% of 190","= 28.5"),
("31400","maths","372 - (106 + 52)","= 214"),
("31463","maths","1.3 × 0.9 + 9.1","= 10.27"),
("31472","maths","380 - (158 + 104)","= 118"),
("31517","maths","357 - (230 + 38)","= 89"),
("31742","maths","198 + 43 + 65","= 306"),
("31490","maths","260 ÷ 13 + 148","= 168"),
("31481","maths","6 × 14 + 55","= 139"),
("31553","maths","180 ÷ 9 + 114","= 134"),
("31661","maths","1.2 × 0.8 + 8.5","= 9.46"),
("31535","maths","90 ÷ 10 + 18","= 27"),
("31643","maths","471 - (191 + 256)","= 24"),
("31652","maths","650 - (255 + 285)","= 110"),
("31670","maths","88 + 187 + 47","= 322"),
("31616","maths","168 ÷ 12 + 58","= 72"),
("31589","maths","19 × 6 + 130","= 244"),
("31805","maths","38 ÷ 2 + 60","= 79"),
("31688","maths","114 + 69 + 132","= 315"),
("31823","maths","1.5 × 0.3 + 4.5","= 4.95"),
("31985","maths","142 + 137 + 175","= 454"),
("31733","maths","313 - (36 + 82)","= 195"),
("31706","maths","120 ÷ 12 + 90","= 100"),
("31715","maths","2 × 19 + 195","= 233"),
("31814","maths","9 × 8 + 62","= 134"),
("31850","maths","12 × 4 + 114","= 162"),
("32012","maths","423 - (268 + 104)","= 51"),
("31778","maths","136 + 96 + 50","= 282"),
("31832","maths","60 ÷ 6 + 52","= 62"),
("31949","maths","1.2 × 0.3 + 2.4","= 2.76"),
("31994","maths","54 + 147 + 42","= 243"),
("31922","maths","360 - (132 + 51)","= 177"),
("32282","maths","567 - (215 + 184)","= 168"),
("31958","maths","376 - (210 + 33)","= 133"),
("31877","maths","11 × 9 + 38","= 137"),
("31904","maths","108 ÷ 9 + 146","= 158"),
("31841","maths","1.2 × 0.8 + 1.9","= 2.86"),
("32228","maths","192 + 100 + 63","= 355"),
("32057","maths","150 ÷ 15 + 127","= 137"),
("31868","maths","64 + 55 + 84","= 203"),
("31940","maths","637 - (179 + 235)","= 223"),
("32318","maths","43 + 87 + 129","= 259"),
("31976","maths","142 - (45 + 40)","= 57"),
("32003","maths","154 + 51 + 139","= 344"),
("32066","maths","10 × 15 + 58","= 208"),
("32084","maths","289 - (113 + 25)","= 151"),
("32129","maths","99 + 169 + 163","= 431"),
("32048","maths","31 + 166 + 120","= 317"),
("32246","maths","3 × 10 + 38","= 68"),
("32039","maths","187 ÷ 17 + 90","= 101"),
("32363","maths","111 + 39 + 192","= 342"),
("32111","maths","180 + 159 + 177","= 516"),
("32093","maths","1.1 × 0.4 + 1.6","= 2.04"),
("32021","maths","572 - (138 + 162)","= 272"),
("32138","maths","16 × 3 + 111","= 159"),
("32120","maths","116 + 199 + 123","= 438"),
("32201","maths","25% of 120","= 30"),
("32219","maths","19 × 14 + 68","= 334"),
("32183","maths","37 + 197 + 165","= 399"),
("32147","maths","1 × 1 + 9.6","= 10.6"),
("32372","maths","50 ÷ 10 + 53","= 58"),
("32336","maths","37 + 173 + 27","= 237"),
("32273","maths","672 - (271 + 116)","= 285"),
("32471","maths","18 × 2 + 29","= 65"),
("32264","maths","340 ÷ 20 + 57","= 74"),
("32579","maths","686 - (149 + 241)","= 296"),
("32345","maths","1 × 1 + 2.2","= 3.2"),
("32498","maths","50% of 230","= 115"),
("32327","maths","444 - (160 + 227)","= 57"),
("32399","maths","44 ÷ 11 + 168","= 172"),
("32381","maths","126 + 150 + 147","= 423"),
("32390","maths","103 + 74 + 20","= 197"),
("32624","maths","13 × 8 + 186","= 290"),
("32408","maths","117 ÷ 9 + 28","= 41"),
("32417","maths","360 ÷ 20 + 175","= 193"),
("32480","maths","11 × 6 + 90","= 156"),
("32507","maths","34 + 165 + 125","= 324"),
("32642","maths","115 + 97 + 117","= 329"),
("32444","maths","444 - (148 + 97)","= 199"),
("32354","maths","20 × 16 + 168","= 488"),
("32426","maths","121 + 68 + 116","= 305"),
("32543","maths","1.2 × 0.7 + 6.4","= 7.24"),
("32453","maths","16 × 2 + 147","= 179"),
("32489","maths","1.3 × 0.4 + 7.5","= 8.02"),
("33200","maths","234 - (79 + 126)","= 29"),
("32552","maths","403 - (222 + 131)","= 50"),
("32705","maths","181 + 55 + 197","= 433"),
("32606","maths","87 + 119 + 112","= 318"),
("32561","maths","658 - (209 + 220)","= 229"),
("32570","maths","20 × 12 + 31","= 271"),
("32525","maths","581 - (207 + 172)","= 202"),
("32588","maths","51 + 102 + 70","= 223"),
("32678","maths","188 + 121 + 80","= 389"),
("32669","maths","462 - (220 + 31)","= 211"),
("32615","maths","150 + 80 + 132","= 362"),
("32633","maths","588 - (230 + 181)","= 177"),
("32741","maths","20% of 220","= 44"),
("32714","maths","42 + 89 + 166","= 297"),
("32660","maths","604 - (92 + 290)","= 222"),
("32723","maths","1 × 1 + 8.3","= 9.3"),
("32651","maths","46 + 57 + 146","= 249"),
("32849","maths","1.4 × 0.9 + 7.7","= 8.96"),
("32732","maths","1.3 × 0.6 + 5.4","= 6.18"),
("32903","maths","11 × 20 + 122","= 342"),
("33164","maths","1.2 × 0.5 + 5.3","= 5.9"),
("32822","maths","403 - (192 + 106)","= 105"),
("32786","maths","55 ÷ 11 + 134","= 139"),
("32795","maths","1 × 0.8 + 6.9","= 7.7"),
("32813","maths","60 ÷ 12 + 39","= 44"),
("32759","maths","115 + 58 + 121","= 294"),
("32777","maths","1.1 × 0.6 + 7","= 7.66"),
("32696","maths","228 ÷ 19 + 96","= 108"),
("32831","maths","452 - (34 + 218)","= 200"),
("33227","maths","72 ÷ 8 + 93","= 102"),
("32975","maths","160 + 127 + 120","= 407"),
("32921","maths","28 ÷ 14 + 30","= 32"),
("32894","maths","75 ÷ 15 + 21","= 26"),
("32993","maths","327 - (53 + 135)","= 139"),
("32966","maths","60 ÷ 10 + 19","= 25"),
("33020","maths","20 × 13 + 32","= 292"),
("32912","maths","14 × 4 + 70","= 126"),
("32948","maths","14 × 7 + 38","= 136"),
("33101","maths","17 × 18 + 153","= 459"),
("33839","maths","10 × 9 + 188","= 278"),
("32957","maths","427 - (84 + 256)","= 87"),
("33218","maths","1.2 × 0.9 + 6.1","= 7.18"),
("32984","maths","135 + 28 + 24","= 187"),
("33056","maths","396 - (169 + 84)","= 143"),
("33128","maths","2 × 15 + 36","= 66"),
("33083","maths","4 × 2 + 113","= 121"),
("33002","maths","6 × 15 + 191","= 281"),
("33110","maths","165 + 195 + 110","= 470"),
("33047","maths","676 - (266 + 176)","= 234"),
("33074","maths","204 - (22 + 70)","= 112"),
("33092","maths","304 ÷ 19 + 137","= 153"),
("33137","maths","402 - (78 + 151)","= 173"),
("33038","maths","65 + 76 + 132","= 273"),
("33173","maths","176 + 71 + 59","= 306"),
("33146","maths","1.2 × 0.5 + 9.6","= 10.2"),
("33155","maths","479 - (151 + 125)","= 203"),
("33335","maths","288 ÷ 16 + 39","= 57"),
("33272","maths","1.3 × 0.2 + 6.2","= 6.46"),
("33182","maths","15% of 170","= 25.5"),
("33299","maths","65 ÷ 13 + 176","= 181"),
("33533","maths","529 - (64 + 169)","= 296"),
("33236","maths","90 ÷ 6 + 44","= 59"),
("33209","maths","111 + 147 + 45","= 303"),
("33326","maths","27 + 198 + 143","= 368"),
("33263","maths","19 × 3 + 44","= 101"),
("33245","maths","200 ÷ 20 + 21","= 31"),
("33542","maths","14 × 11 + 49","= 203"),
("33281","maths","231 - (51 + 140)","= 40"),
("33308","maths","1.4 × 1 + 10","= 11.4"),
("33479","maths","70 + 39 + 23","= 132"),
("33695","maths","108 + 109 + 64","= 281"),
("33389","maths","1 × 0.4 + 7","= 7.4"),
("33398","maths","15 × 17 + 95","= 350"),
("33344","maths","619 - (294 + 46)","= 279"),
("33317","maths","180 + 83 + 159","= 422"),
("33452","maths","12 × 11 + 169","= 301"),
("33416","maths","90 ÷ 18 + 186","= 191"),
("33767","maths","16 × 14 + 51","= 275"),
("33605","maths","63 ÷ 7 + 141","= 150"),
("33578","maths","635 - (104 + 286)","= 245"),
("33632","maths","41 + 193 + 191","= 425"),
("33506","maths","16 × 18 + 60","= 348"),
("33587","maths","108 + 164 + 22","= 294"),
("33596","maths","87 + 188 + 115","= 390"),
("33560","maths","20 × 10 + 66","= 266"),
("33785","maths","1 × 0.3 + 3.5","= 3.8"),
("33686","maths","168 ÷ 14 + 56","= 68"),
("33677","maths","36 ÷ 4 + 141","= 150"),
("33704","maths","403 - (53 + 274)","= 76"),
("33659","maths","30% of 130","= 39"),
("33614","maths","300 ÷ 15 + 99","= 119"),
("33731","maths","5 × 9 + 83","= 128"),
("33722","maths","199 + 76 + 86","= 361"),
("33758","maths","1.1 × 0.8 + 1.4","= 2.28"),
("33866","maths","575 - (258 + 249)","= 68"),
("33821","maths","45 ÷ 3 + 31","= 46"),
("33857","maths","528 - (108 + 281)","= 139"),
("33794","maths","1 × 0.2 + 6.5","= 6.7"),
("33803","maths","15 × 18 + 145","= 415"),
("33870","thinking","What type of thinking map would you use to describe something?","

\n
Bubble Map
"),
("33871","thinking","What type of thinking map would you use to compare?","

\n
Double Bubble Map
"),
("33872","thinking","What type of thinking map would you use to classify?","

\n
Tree Map
"),
("33873","thinking","What type of thinking map would you use to show the parts of something bigger?","

\n
Brace Map
"),
("33874","thinking","What type of thinking map would you use to prioritise ideas?","

\n
Diamond Nine Map
"),
("33875","thinking","What type of thinking map would you use to sequence ideas?","

\n
Flow Map
"),
("33876","thinking","What type of thinking map would you use to show cause and effects?","

\n
Multiflow Map
"),
("33877","thinking","What type of thinking map would you use to show analogies?","

\n
Bridge Map
"),
("33878","thinking","What type of thinking map would you use to show balanced thinking?","

\n
Matrix Map
"),
("33879","thinking","What type of thinking map would you use to show multilevel thinking?","

\n
Inference Map
"),
("33880","joke","Why do Flamingos stand on one leg when they are asleep?","If they stood on none, they would fall over."),
("33881","joke","What do you call a cow with no legs?","Ground beef."),
("33882","joke","How does God smell?","God nose!");
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DROP TABLE IF EXISTS Kagan;
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`Name` tinytext NOT NULL,
`Page` text NOT NULL,
`Summary` text NOT NULL,
`Detail` text NOT NULL,
`ClassbuildingScore` int(11) NOT NULL DEFAULT 0,
`TeambuildingScore` int(11) NOT NULL DEFAULT 0,
`SocialSkillsScore` int(11) NOT NULL DEFAULT 10,
`CommunicationSkillsScore` int(11) NOT NULL DEFAULT 0,
`DecisionMakingScore` int(11) NOT NULL DEFAULT 0,
`KnowledgeBuildingScore` int(11) NOT NULL DEFAULT 0,
`ProcedureLearningScore` int(11) NOT NULL DEFAULT 0,
`ProcessinInfoScore` int(11) NOT NULL DEFAULT 0,
`ThinkingSkillsScore` int(11) NOT NULL DEFAULT 0,
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INSERT INTO Kagan VALUES("1","AllWrite Consensus","6.33","Part of <K>RoundRobin</K>","During <K>RoundRobin</K>, after reaching consensus, students each record each answer on their own paper.","0","10","10","10","5","10","0","5","10","0"),
("2","AllWrite RoundRobin","6.33","Part of <K>RoundRobin</K>","During <K>RoundRobin</K>, students each record each answer on their own paper.","0","10","10","5","0","10","5","5","10","0"),
("3","Carousel Feedback","6.25","Teams rotate from project to project to leave feedback for other teams.","Setup: Teams spread out team projects around the room. Each project has feedback form attached.\n\n<OL>\n<LI>Teams stand in ffront of theis assigned projects.\n<LI>Teams rotate clockwise to the next project.\n<LI>For a specitiedd time, teams discuss their reactions to the other team's project, with no writing.\n<LI>Student #1 records feedback on feedback form. student are encouraged to include positive comments.\n<LI>Teacher calls time.\n<LI>Team rotate, observe, discuss, and give feedback on next project. A new recorder is selected each round.\n<LI>Teams continue until each team rotates back to its own project, or until Teacher calls time.\n<LI>Teams review the feedback they recieved from the other teams.\n</OL>","0","0","10","0","0","0","0","0","0","0"),
("4","Fan-N-Pick","6.25","Teammates play a card game to respond to questions. Role rotate with each new question.","Setup: Each team receives a set of question cards.\n<OL>\n<LI>Student #1 holds a question card in a fan and says, "Pick a card, any card!"\n<LI>Student #2 picks a card, reads the question aloud, and allows five seconds od think time.\n<LI>Student #3 answers the question.\n<LI>Student #4 responds to the answer:\n<UL>\n<LI>For each right/wrong answers, Student #4 checks and then wither praises or tutors.\n<LI>For questions that have no right or wrong answer, Student #4 doese not check for correctness, but praises and then paraphrases the thinking that went into the answer.\n</UL>\n<LI>Students rotate roles, one person clockwise for the new round.\n</OL>\n\n<H3>Modifications</H3>\n<P>Fan-N-Pick can be played in pairs. Student #1 fans;Student #2 picks and reads; Student #1 answers; Student #2 tutors or praises; students switch roles.","0","10","10","5","0","10","5","0","10","0"),
("5","Find Someone Who","6.26","Students circulate through the classroom, forming and reforming pairs, trying to "find someone who" knows an answer, then they become "someone who knows".","Setup: The teacher prepares a worksheet or questions for students.\n<OL>\n<LI>Students mix in class, keeping a hand rasied until they find a partner that is not a teammate.\n<LI>In pairs, Partner A asks a questionf from the worksheet; partner B responds. Parnter A records the answer on his or her own worksheet and expresses appreciation,\n<LI>Partner B checks and initials the answer.\n<LI>Parnter B asks a question; Partner A responds.Partner B","10","0","10","0","0","10","5","0","0","0"),
("6","Find-the-Fiction","6.26","Students write three statements and read them to teammates. Teammates try to "find" which of the three statements is the "fiction".","<OL>\n<LI>Teammates each write three statements: two true, one false, attempting to trick their teammates.\n<LI>One student one each team stands, and reads his/her statements to teammates.\n<LI>Without consulting teammates, each student writes down his/her own best guess which statement is false.\n<LI>Teammates <K>RoundRobin</K> and defend their "best guess". (Note: Teachermay or may not ask teams ti attempt to reach concensus.)\n<LI>Teammates announce their guess(es).\n<LI>The standing student announces the false statement.\n<LI>Students celebrate: The standing student congratulates teammates who guessed correctly. Teammates who were fooled conratulate the standing student.\n<LI>The next teammate stands to share. The process is repeated.\n</OL>\n\n<H3>Variations</H3>\n<UL>\n<LI><K>Class Find-the-Fiction</K>\n<LI><K>Fact-or-Fiction</K>\n</UL>","0","10","10","5","10","10","0","0","10","0"),
("7","Flashcard Game","6.27","Partners proceed through three rounds as they quiz each other with flashcards, mastering the content to win cards.","Setup: Students each have their own set of flashcards.\n<OL>\n<LI>In pairs, the Tutee gives his/her flash cards to the Tutor.\n<LI><B>Round 1: Maximum Cues</B><BR/>The Tutor shows the question on the first card, reads the question, and shows and reads the answer written on the back of the card. The tutor then turns the card back over again reads the question on the front of the card asking the Tutee to answer from memory.\n<LI>The Tutee answers. If correct, Tutee wins the card back and receives a surprising delightful praise from the Tutor. If wrong, the Tutor shows the Tutee the answer side of the card and coaches. The Card is then returned to the stack to try again later.\n<LI>When the Tutee wins all cards, partners switch roles. When the new Tutee wins all her/his cards, partners advance to Round 2.\n<LI><B>Round 2: Few Cues</B><BR />The process is repeated, except the tutor shows only the question on the front of each card, and asks the Tutee to answer from memory.\n<LI><B>Round 3: No Cues</B><BR />The process is repeated, except the Tutor quizzes Tutee on each question without showing the Tutee the flashcards.\n</OL>\n\n<H3>Hints:</H3> For young students, limit each round to no more than five cards. If a student has won all cards, he/she can add bonus cards.","0","5","10","0","0","10","0","0","0","0"),
("8","Inside-Outside Circle","6.27","Students rotate in concentric circles to face new partners for sharing, quizzing, or problem solving.","Setup: The teacher prepares questions, or provides a question card for each student.\n<OL>\n<LI>Students form pairs, One student from each pair moves to form one large circle in the class facing outward.\n<LI>Remaining students find and face their partners (class now stands in two concentric circles).\n<LI>Insid circle students ask a question from their question card; outside circle student answer. Inside circle student praise or coach. (Alternative: The teacher asks a question and indicates inside or outside student to answer to their partner.)\n<LI>Partners switch roles: Ouside circle students ask, listen, then praise or coach.\n<LI>Partners trade question cards.\n<LI>Inside circle students rotate clockwise to a new partner. (The teacher may call rotation numbers: "Rotate Three Ahead." The class may do a "choral count" as they rotate.)\n</OL>\n<H3>Note:</H3>When played with cards, steps 3-6 are <K>Quiz-Quiz-Trade</K>.\n\n<H3>Variation</H3>\n<UL>\n<LI><K>Inside-Outside Line</K>\n</UL>","10","0","10","0","0","10","0","5","10","0"),
("9","Jot Thoughts","6.28","Teammates "cover the table," writing ideas on slips of paper.","Setup: Students each ahve multiple slips of paper (eg pre-cut sticky notes, cut-up bond paper).\n<OL>\n<LI>Teacher names a topic, sets a time limit, and provides think time (eg In three minutes, how many questions can you write that have the answer 17? What are the ways we could reduce poverty?).\n<LI>Students write and announce as many ideas as they can in the allotted time, one idea per slip of paper.\n<LI>Each slip of paper is placed in the center of the table; students attempt to "cover the table" (no slips are to overlap).","0","10","10","0","0","5","0","5","10","0"),
("10","Match Mine","6.28","Partners on opposite sides of a barrier communicate with precision, attempting to match the other's arrangement of game pieces on a board.","Setup: Partners sit on opposite sides of a barrier with identical game boards and game pieces. One is designated to be the sender, the other the receiver.\n<OL>\n<LI>Sender arranges gwme pieces on game board while Reciever waits quietly.\n<LI>Sender gives the Receiver directions to match the Sender's arrangement of game peices on the game board.\n<LI>When finished, parnters set game board side by side to check for accuracy.\n<LI>Reciever praises Sender, and they develop improvement strategies.\n<LI>Roles are switched, and the game is played again.\n\n<H3>Hints:</H3> Teacher instructs students in communication skills: asking for clarification, checking fir understanding, giving unambiguous directions.","0","5","10","10","0","10","5","0","10","0"),
("11","Mix-Freeze-Group","6.29","The classroom is bursting with energy as students rapidly "Mix" around the room, "Freeze" in their tracks, and frantically "Group" to avoid falling into the lost and found.","Setup: Students stand. An area of the room is designated as the "Lost and Found".\n<OL>\n<LI>Students "mix" around the room.\n<LI>Teacher calls, "Freeze", and students freeze.\n<LI>Teacher asks a question to which the answer is a number or which corresponds to a key with a number. Teacher gives think time. (Examples: How many planets are theier in out so9lar system? What direction is Washington, DC, from California? Key: North = 2, South = 3, East = 4, West = 5)\n<LI>Teacher calls, "Show me", and students show their answer with fingers on their chests.\n<LI>Students group according to the number, and kneel down.\n<LI>Students in their groups discuss a question provided by the teacher. Can you name the plants in order? How far do you think Washington, DC, is from Los Angeles?\n<LI>Students not in groups gp tp the "Lost and Found".\n</OL>\n<H3>Optional</H3>\nOnce students know the game, students in Lost and Found may be the ones to generate and ask the next question. After they ask the question, they ruch to join a group.","10","0","10","0","0","10","0","0","5","0"),
("12","Mix-Pair-Share","6.29","The class "mixes" until the teacher calls, "pair". Students find a new partner ti discuss or answer the teacher's question.","Setup: Teacher prepares questions to ask students.\n<OL>\n<LI>Students mix atound the room.\n<LI>Teacher calls "Pair"\n<LI>Students pair up with the person closest to them and gives a high five. Students who haven't found a partner raise their hands to find each other.\n<LI>Teacher asks a question and gives think time.\n<LI>Students share with their parnters using:\n <UL>\n <LI><K>Times Pair Share</K>\n <LI><K>RallyRobin</K>\n </UL>\n</OL>\n\n<H3>Optional</H3>\nStudents may pracitve greetins or affirmations during step 1.\n\n<H3>Hint</H3>\nFor oral lists (name animals that live in the rain forest), use <K>RallyRobin</K>. For longer in-depth responses (how do you think we can save the rain forest>), use <K>Timed Pair Share</K>.","10","0","10","5","0","5","0","10","10","0"),
("13","Numbered Heads Together","6.30","Teammates put their "heads together" to reach consensus on the team's answer. Everyone keeps on their toes because their number may be called to share the team's answer.","Setup: Teacher prepares questions or problems to ask team.\n<OL>\n<LI>Students number off\n<LI>Teacher poses a problem and gives thnk time. (Example: "How are rainbows formed? Think about your best answer.")\n<LI>Students privately write their answers.\n<LI>Students stand up and "put their heads together", showing answers, discussing, and teaching each other.\n<LI>Students sit down when everyone knows the answer or has something to share.\n<LI>Teacher calls a number. Students with that number answer simultaneously using:\n<UL>\n<LI><K>AnswerBoard Share</K>\n<LI><K>Choral Practice</K>\n<LI><K>Finger Responses</K>\n<LI><K>Chalkboard Responses</K>\n<LI><K>Response Cards</K>\n<LI><K>Manipulatives</K>\n</UL>\n<LI>Classmates applaud students who responded\n<H3>Variations</H3>\n<UL>\n<LI><K>Paired Heads Together</K>\n<LI><K>Traveling Heads Together</K>\n<LI><K>Stir-the-Class</K>","0","5","10","5","5","10","10","10","10","5"),
("14","One Stray","
<","","","5","0","10","0","0","5","5","5","5","10"),
("15","Pair Compare","6.31","Pairs generate a list of possible ideas or answers. Pairs pair and compare their answers with another pair. Finally pairs wokr as a team to create additional answers or ideas.","<OL>\n<LI>Teacher provides a question that has multiple possible responses and provides think time.\n<LI><K>RallyTable</K>: Shoulder partners <K>RallyTable</K> answers. The "keep it a secret" from the other pair.\n<LI>Teacher calls time.\n<LI>Pairs Compare: Pairs pair to <K>RoundRobin</K> their answers. For each answer, the face partner in the other pair adds the answer to that pair's list, or checks it off if they already had it.\n<LI>Team Challenge: As a team, students generate new answers, taking turns within pairs recording answers on their pairs lists.\n</OL>","0","10","10","5","0","10","0","0","10","0"),
("16","Pass-N-Praise","6.34","Variation of <K>RoundTable</K> and <K>RallyTable</K>.","Students praise the contribution of the person passing the paper to them.","0","5","10","5","0","0","0","5","5","0"),
("17","Poems for Two Voices","6.31","Partners create and present a poem they recite using one voicem the other voice, or both.","<OL>\n<LI>The teacher assigns each pair a poem topic.\n<LI>Partner work together to write their poem.\n<LI>Partners ;abel each line of their poem, A, B, or AB representing who will read each line.\n<LI>Pairs rehearse their poems.\n<LI>Pairs recite their poems to another pair or to the class.\n</OL>\n<H3>Note</H3>\nStudents may progress through three stages:\n<OL>\n<LI>Teacher provides poem and AB scripting.\n<LI>Teacher provides poem, and students provide AB scripting.\n<LI>Students create or select poem and script it.\n</","0","0","10","5","5","10","0","0","0","5"),
("18","Quiz-Quiz-Trade","6.32","Students quiz a parnter, get quizzed by a partner, and then trade cards to repeat the process with a new parnter.","Setup: The teacher prepares a set of question cards for the class, or each student creates a question card.\n<OL>\n<LI>The teacher tells studentss to "Stand up, put a hand up, and pair up".\n<LI>Partner A quizzes B.\n<LI>Partner answers.\n<LI>Partner A praises or coaches.\n<LI>Partners switch roles.\n<LI>Partners trade cards and thank each other.\n<LI>Repeat sets 1-6 a number of times\n</OL>","10","0","10","5","0","10","10","5","5","0"),
("19","RallyCoach","6.32","Partners take turns, one solving a problem while the other coaches.","Setup: Each pair needs one set of high-consensus problems and one pencil.\n<OL>\n<LI>Partner A solves the first problem.\n<LI>Partner B watches and listens, checks, coaches if necessary, and praises.\n<LI>Partner B solves the next problem.\n<LI>Partner A watches and listens, checks, coaches if necessary, and praises.\n<LI>Partners repeat taking turns solving successive problems.\n\n<H3>Note</H3>\nRallyCoach may be used with worksheet problems, oral problems provided by the teacher and with <K>manipulatives</K>.\n\n<H3>Variation</H3>\n<K>Pairs Check</K>After solving two problems, pairs chack their answers with the other pair in their team.","0","0","10","5","0","5","10","0","5","0"),
("63","Who Am I?","","","","0","0","10","0","0","0","0","0","0","0"),
("21","RallyTable","6.34","Students take turns generateing written responses, solving problems, or making a contribution to a project. Students take turns in team","<OL>\n<LI>The teacher provides a task to which there are multiple possible responses, and provides think time.\n<LI>Students take turns passing a paper and pencil or a team project, each writting one answer or making a contribution.\n</OL>\n<H3>Variations</H3>\n<UL>\n<LI><K>Pass-N-Praise</K>\n<LI><K>RallyTable Consensus</K>\n</UL>","0","0","10","5","0","10","5","0","10","0"),
("22","RoundRobin","6.33","Students take turns responding orally, taking turns in their teams.","<OL>\n<LI>Teacher poses a problem to which there are multiple possible responses or solutions, and provides think time.\n<LI>Students take turns stating responses or solutions taking turns in their teams.\n</OL>\n<H3>Variations</H3>\n<UL>\n<LI><K>AllWrite RoundRobin</K>\n<LI><K>AllWrite Consensus</K>\n<LI><K>Think-Write-RoundRobin</K>\n<LI><K>Single RoundRobin</K>\n<LI><K>Timed RoundRobin</K>\n</UL>","0","10","10","5","0","10","5","10","10","10"),
("23","RoundTable","6.34","Students take turns generateing written responses, solving problems, or making a contribution to a project. Students take turns in teams.","<OL>\n<LI>The teacher provides a task to which there are multiple possible responses, and provides think time.\n<LI>Students take turns passing a paper and pencil or a team project, each writting one answer or making a contribution.\n</OL>\n<H3>Variations</H3>\n<UL>\n<LI><K>Pass-N-Praise</K>\n<LI><K>RoundTable Consensus</K>\n</UL>","0","10","10","5","0","10","5","5","10","0"),
("24","RoundTable Consensus","6.34","Varaition of <K>RoundTable</K>","Students must reach a consensus before recording each","0","10","10","10","5","10","5","10","10","0"),
("25","Showdown","6.35","When the Showdown Captain calls, "Showdown!" teammates all display their own answers. Teammates either celebraste or tutor, and then celebrate.","Setup: Teams each have a set of question cards stacked facedoen in the center of tht table.\n<OL>\n<LI>The teacher selects one student on each team to be Showdown Captain for the first round.\n<LI>The Showdown Captain draws the top card, reads the question and provides think time.\n<LI>Working alone, all students, including the Showdown Captain, write thrie answers.\n<LI>When finished, teammates signal they're ready.\n<LI>Teammates show and sidcuss their answers.\n<LI>The Showdown Captain leads the checking.\n<LI>If correctm the team celebrates; if not, teammates tutor, then celebrate.\n<LI>The person on the left of the showdown Captain becomes the Showdown Captain for the next round.\n</OL>\n<H3>Modifications</H3>\nRather that cardsm students can play Showdown with oral questions from the teacher, or from questions on a handout or quesetions displayed","0","0","10","0","0","10","0","0","0","0"),
("26","Simultaneous RoundTable","6.34","In teams, students each write a response o their own pieces of paper. Students then pass their papers clockwise so each teammate can add to the prior responses.","Setup: Each team of four needs four papers and four pencils.\n<OL>\n<LI>The teacher assings a topic or question and provides think time.\n<LI>All four studetns respond, simultaneously writing, drawing, or building something with <K>manipulatives</K>.\n<LI>The teacher signals time, or students place thumbs up when done with the problem.\n<LI>Students pass papers or projects one person clockwise.\n<LI>Students continue, adding to what was already completed.\n<LI>Contiue, starting at Step 3.\n\n<H3>Optional</H3>\n<K>Pass-N-Praise</K> Students are instructed not to release their paper until thery recieve a praiser that mak\n\n<H3>Variation</H3>\n<K>Simultaneous RallyTable</K>","0","10","10","5","0","10","5","5","5","0"),
("27","Spend-A-Buck","6.35","To make a team decision, teammates use funny money and "spend a buck" to vote on their top picks. The option with the most bucks is deemed the team decision.","Setup: Each person needs 10 play dollars. Options to be voted on are each writtne on a separate cards or slips of paper.\n<OL>\n<LI>Alternative option cards are laid out on team tables.\n<LI>Students put a dollar on each alternative.\n<LI>Students spend remaining dollards any way they want.\n<LI>Teams count the results to determine the team decision.\n</OL>\n<H3>Note</H3>\nTo break ties, losing items are set aside, and studetns repeat Steps 1-4 with remaining items.\n<H3>Hint</H3>\nPrior to voting, give students time to make proactive statements, saying why they favour the option they chose.","0","0","10","5","10","0","0","0","5","0"),
("28","StandUp-HandUp-PairUp","6.36","Studetns stand up, put their hands up, and quickly find a partner with whom to share or discuss.","<OL>\n<LI>Teacher says, when I say gom you will "stand up, hand up, and pair up!" Teacher pauses, then syas, "Go!"\n<LI>Studetns stand up and keep one hand high in the air until they find the closest partner who's not a teammate. Students do a "high five" and put their hands down.\n<LI>Teacher may ask a question or give an assignment, and provide think time.\n<LI>Parnters interact using:\n<UL>\n<LI><K>RallyRobin</K>\n<LI><K>Timed Pair Share</K>\n</UL>\n<H3>Hint</H3>\nIn some classes, it may be necessary to make sure students pair with their classmate they are closet to rather than running to a friend.","10","0","10","5","0","10","5","10","10","0"),
("29","Stir-the-Class","6.30","Variation of <K>Numbered Heads Together</K>","Teams stand around the outside of the class with spoaces between teams. Teammates stand shoulder-to-shoulder. the teacher poses a question, then students write their own answers on an <K>AnswerBoard</K> or slip of paper. Teammates huddle to reach consensus, then unhuddle when done. The teacher selects a number and tells students with that number how many teams to rotate forward to share their answer.","10","0","10","5","5","10","10","10","10","5"),
("30","Talking Chips","6.36","Teammates place Talking Chips in the centre of the table to make sure everyone contributes to the team discussion.","Setup: Teams have talking chips (maximum: two chips each).\n<OL>\n<LI>The teacher provides a discussion topic and provides think time.\n<LI>Any student begins the discussion, placing one of his/her chips in the center of the table.\n<LI>Any student with a chip continues discussion, using his/her chip.\n<LI>When all chips are used, terammates each collect their chips and continue the discussion using their talking chips.\n</OL>\n<H3>Modifications</H3>\nStudents may be given just one chip each, or two chips. Students with no chips left must wait ubntil teammates have used all their chips before they all collect their chip(s) and continue the discussion.","0","10","10","10","0","5","0","10","0","0"),
("31","Team Stand-N-Share","6.37","Teams check off or add each idea as it is shared by other teams, sitting down to show every teams' ideas have been shared.","Setup: Teams generate a list of items to share.\n<OL>\n<LI>All students stnad near their teammates.\n<LI>The teacher calls on a standing sutdent holdin the team list.\n<LI>Selected studentes staes one idea fromt he team list.\n<LI>The student in each team, who is holding the team list, either adds the item to the list, or ifiti is already listed, checks it off .\n<LI>Students pass their team list one teammate clockwise.\n<LI>Steps 2-5 are repeated.\n<LI>Teams sit when all their items are shared. While seated, they add each new item using <K>RoundTable</K>. When all teams are seated, all items have been shared and Team Stand-N-Share is complete.\n</OL>\n<H3>Variations</H3>\n<UL>\n<LI><K>Pair Stand-N-Share</K> Pairs genterate ideas, and then pay as a pair.\n<LI><K>Individual Stand-N-Share</K> Each student plays eith her/his own list o","0","0","10","5","0","5","0","5","0","10"),
("32","Telephone","6.37","One student per team leaves the room during instructions. When students return, teammates provide instruction on the information missed.","<OL>\n<LI>One student fro each team ("the Learner") is selected to leave the room.\n<LI>Remaining students ("the Teachers") receive instruction.\n<LI>The TEachers plan how best to instruct the Learner, making sure each Teacher has a part in the teaching. The Teachers decide how they will check for understanding.\n<LI>Learners return to their teams\n<LI>Teachers each teach their part of the content, with teammates augmenting as necessary. They then check for understanding.\n<LI>The Learners may take a practic","0","5","10","10","0","10","10","0","5","5"),
("33","Think-Write-RoundRobin","6.33","","","0","10","10","5","0","10","10","10","10","0"),
("34","Three-Step Interview","6.38","Students interview their partner and then each share teammates what they learned.","<OL><LI>Teacher provides the intview topic, states the duration of the interview, and provides think time.\n<LI>In pairs, Student A interviews Student B.\n<LI>Pairs switch roles: Student B interviews Student A.\n<LI><K>RoundRobin</K>: Pairs pair up to form groups of four. Each studentm in turn, shares with the team what he/she learned in","0","10","10","10","0","5","5","0","10","5"),
("35","Timed Pair Share","6.38","In pairs, students share with a partner for a predetermined time while the partner listens. Then parntters switch roles.","<OL>\n<LI>The teacher announces a topic, states how long each student will share, and provides think time.\n<LI>In pairs, Parnter A sahres; Parnter B listens.\n<LI>Partner B responds with a positive gambit.\n<LI>Partners switch roles.\n</OL>\n<H3>Hint</H3>\nThe teach provides positive response gambits to use in Step 3:\n<UL>\n<LI>Copycat response gambits\n<UL>\n<LI>"Thanks for sharing!"\n<LI>"You are interesting to listen to!"\n</UL>\n<LI>Complete the sentence gambits\n<UL>\n<LI>"one thing I learned listening to you was..."\n<LI>"Ienjoyed listening to you because..."\n<LI>"Your most interesting idea\n</UL>\n</UL>","0","0","10","10","0","5","5","10","10","5"),
("36","Travelling Heads Together","6.30","Variation of <K>Numbered Heads Together</K>","Traveling Heads stats the same as <K>Numbered Heads Together</K>, but when the teacher calls a number, the students with that number on each team stand, then "travel" to a new team to share their answers. For fun, seated students beckon for a standing student to join their team","0","0","10","5","5","10","10","10","10","0"),
("38","Fact-or-Fiction","6.26","Fact-or-Fiction is a variation of <K>Find-the-Fiction</K>, also used on an occasional basis to spice up a review.","Students state either a true or false statement and it is up to teammates to decide if the statement is either a fact of fiction. Fact-or-Fiction is easier for young students because they only need to deal with one statement at a time.","0","0","10","0","0","0","0","0","0","0"),
("42","Class Find-the-Fiction","6.26","Class Find-the-Fiction is a variation of <K>Find-the-Fiction</K>, also used on an occasional basis to spice up a review.","Find-the-Fiction may be played with the whole class. The teacher or a student may attempt to outwit the whole class.","0","0","10","0","0","0","0","0","0","0"),
("43","Inside-Outside Line","6.27","One line of students rotates down another line to face new partners for sharing, quizzing, or problem solving.","Students stand in two straight lines facing each other. One line rotates, and the other remains in place. Rotating students rotate to a new partner and rotate to the back of their line when they pass the last student in the fixed line.","0","0","10","0","0","0","0","0","0","0"),
("44","Choral Practice","8.8","Checking understand","Students finish the teacher's sentence or respond in unison to a teacher question. Teacher: "The first thing we're going to do is..."","0","0","10","0","0","0","0","0","0","0"),
("45","AnswerBoard Share","","","","0","0","10","0","0","0","0","0","0","0"),
("46","Finger Responses","","","","0","0","10","0","0","0","0","0","0","0"),
("47","Chalkboard Responses","","","","0","0","10","0","0","0","0","0","0","0"),
("48","Response Cards","","","","0","0","10","0","0","0","0","0","0","0"),
("49","Manipulatives","1.17","","","0","0","10","0","0","0","0","0","0","0"),
("50","Paired Heads Together","6.21,","","","0","0","10","0","0","0","0","0","0","0"),
("51","Traveling Heads Together","6.24,","","","0","0","10","0","0","0","0","0","0","0"),
("52","AnswerBoard","","","","0","0","10","0","0","0","0","0","0","0"),
("64","Agree-Disagree Line-Ups","","","","0","0","10","0","0","0","0","0","0","0"),
("55","Pairs Check","3.15,","","","0","0","10","0","0","0","0","0","0","0"),
("56","RallyRobin","1.4,","Students take turns responding orally, partners taking turns.","<OL>\n<LI>Teacher poses a problem to which there are multiple possible responses or solutions, and provides think time.\n<LI>Students take turns stating responses or solutions with their partner.\n</OL>\n<H3>Variations</H3>\n<UL>\n<LI><K>AllWrite RoundRobin</K>\n<LI><K>AllWrite Consensus</K>\n<LI><K>Think-Write-RoundRobin</K>\n<LI><K>Single RoundRobin</K>\n<LI><K>Timed RoundRobin</K>\n</UL>","0","0","10","0","0","0","0","0","0","0"),
("57","Single RoundRobin","6.33,","","","0","0","10","0","0","0","0","0","0","0"),
("58","Timed RoundRobin","6.15,","","","0","0","10","0","0","0","0","0","0","0"),
("59","RallyTable Consensus","14.7","Variation of <K>RallyTable</K>.","Students must reach a consensus before recording each.","0","0","10","0","0","0","0","0","0","0"),
("60","Simultaneous RallyTable","6.34","Variation of","In pairs, students each have a paper with a label or topic. For example, one paper may say Pro and the other Con. Or one paper may be labeled Mammals and the other Reptiles. Students add a response to the paper they have, then trade with their partner to add a response to the other paper. They continue addng responses and trading paper until thie is up.","0","0","10","0","0","0","0","0","0","0"),
("61","Pair Stand-N-Share","6.37,","","","0","0","10","0","0","0","0","0","0","0"),
("62","Individual Stand-N-Share","","","","0","0","10","0","0","0","0","0","0","0"),
("65","Carousel Discuss","","","","0","0","10","0","0","0","0","0","0","0"),
("66","Agreement Circles","","","","0","0","10","0","0","0","0","0","0","0"),
("69","Carousel Review","","","","0","0","10","0","0","0","0","0","0","0"),
("70","Choose-A-Chip","","","","0","0","10","0","0","0","0","0","0","0"),
("71","Cicle-the-Sage","","","","0","0","10","0","0","0","0","0","0","0"),
("72","Consensus Seeking","","","","0","0","10","0","0","0","0","0","0","0"),
("73","Continous Roundrobin","","","","0","0","10","0","0","0","0","0","0","0"),
("74","Co-op Jigsaw","","","","0","0","10","0","0","0","0","0","0","0"),
("75","Co-op Jigsaw Team Projects","","","","0","0","10","0","0","0","0","0","0","0"),
("76","Co-op Co-op","","","","0","0","10","0","0","0","0","0","0","0"),
("77","Corners","","","","0","0","10","0","0","0","0","0","0","0"),
("78","Draw-A-Chip","","","","0","0","10","0","0","0","0","0","0","0"),
("79","Drop-A-Chip","","","","0","0","10","0","0","0","0","0","0","0"),
("80","Estimate Line-Ups","","","","0","0","10","0","0","0","0","0","0","0"),
("81","Fact Bingo","","","","0","0","10","0","0","0","0","0","0","0"),
("82","Fill-A-Frame","","","","0","0","10","0","0","0","0","0","0","0"),
("83","Fist to Five","","","","0","0","10","0","0","0","0","0","0","0"),
("84","4S Brainstorming","","","","0","0","10","0","0","0","0","0","0","0"),
("85","Gabit Chips","","","","0","0","10","0","0","0","0","0","0","0"),
("86","Give-One-GetOne","","","","0","0","10","0","0","0","0","0","0","0"),
("87","Guided Imagery","","","","0","0","10","0","0","0","0","0","0","0"),
("88","Instant Star","","","","0","0","10","0","0","0","0","0","0","0"),
("89","Jigsaw Problem Solving","","","","0","0","10","0","0","0","0","0","0","0"),
("90","Kinesthetic Symnbols","","","","0","0","10","0","0","0","0","0","0","0"),
("91","Line-Ups","","","","0","0","10","0","0","0","0","0","0","0"),
("92","Linages","","","","0","0","10","0","0","0","0","0","0","0"),
("93","Listen Right!","","","","0","0","10","0","0","0","0","0","0","0"),
("94","Listen Up!","","","","0","0","10","0","0","0","0","0","0","0"),
("95","Logic Line-Ups","","","","0","0","10","0","0","0","0","0","0","0"),
("96","Mix-N-Match","","","","0","0","10","0","0","0","0","0","0","0"),
("97","Mind Mapping","","","","0","0","10","0","0","0","0","0","0","0"),
("98","Mix-Pair-RallyCoach","","","","0","0","10","0","0","0","0","0","0","0"),
("99","Number Group Interview","","","","0","0","10","0","0","0","0","0","0","0"),
("100","Number Group Presntations","","","","0","0","10","0","0","0","0","0","0","0"),
("101","Observe-Write-RoundRobin","","","","0","0","10","0","0","0","0","0","0","0"),
("102","Opinion Sages","","","","0","0","10","0","0","0","0","0","0","0"),
("103","Pair Interview","","","","0","0","10","0","0","0","0","0","0","0"),
("104","Pairs","","","","0","0","10","0","0","0","0","0","0","0"),
("105","Paraphrase Passport","","","","0","0","10","0","0","0","0","0","0","0"),
("106","Parnters","","","","0","0","10","0","0","0","0","0","0","0"),
("107","People Hunt","","","","0","0","10","0","0","0","0","0","0","0"),
("108","Picking Stickies","","","","0","0","10","0","0","0","0","0","0","0"),
("109","Placemat Consensus","","","","0","0","10","0","0","0","0","0","0","0"),
("110","Praise Passport","","","","0","0","10","0","0","0","0","0","0","0"),
("111","Proactive Prioritizing","","","","0","0","10","0","0","0","0","0","0","0"),
("112","Pros-N-Cons","","","","0","0","10","0","0","0","0","0","0","0"),
("113","RallyInterview","","","","0","0","10","0","0","0","0","0","0","0"),
("114","RallyQuiz","","","","0","0","10","0","0","0","0","0","0","0"),
("115","RallyRead","","","","0","0","10","0","0","0","0","0","0","0"),
("116","Roam-the-Room","","","","0","0","10","0","0","0","0","0","0","0"),
("117","Rotating Role RoundRobin","","","","0","0","10","0","0","0","0","0","0","0"),
("118","RoundRobin consensus","","","","0","0","10","0","0","0","0","0","0","0"),
("119","Roving Reporter","","","","0","0","10","0","0","0","0","0","0","0"),
("120","Sage-N-Scribe","","","","0","0","10","0","0","0","0","0","0","0"),
("121","Sages Share","","","","0","0","10","0","0","0","0","0","0","0"),
("122","Same-Different","","","","0","0","10","0","0","0","0","0","0","0"),
("123","Send-A-Problem","","","","0","0","10","0","0","0","0","0","0","0"),
("124","Share-N-Switch","","","","0","0","10","0","0","0","0","0","0","0"),
("128","Show Me!","","","","0","0","10","0","0","0","0","0","0","0"),
("129","Similarity Groups","","","","0","0","10","0","0","0","0","0","0","0"),
("130","Solo","","","","0","0","10","0","0","0","0","0","0","0"),
("131","Spin-N-Review","","","","0","0","10","0","0","0","0","0","0","0"),
("132","Spin-N-Think","","","","0","0","10","0","0","0","0","0","0","0"),
("133","Stand-N-Share","","","","0","0","10","0","0","0","0","0","0","0"),
("134","Stroll-Pair-Share","","","","0","0","10","0","0","0","0","0","0","0"),
("135","Sum-the-Ranks","","","","0","0","10","0","0","0","0","0","0","0"),
("136","TakeOff-TouchDown","","","","0","0","10","0","0","0","0","0","0","0"),
("137","Team-2-Team","","","","0","0","10","0","0","0","0","0","0","0"),
("138","Team Chants","","","","0","0","10","0","0","0","0","0","0","0"),
("139","Team Charades","","","","0","0","10","0","0","0","0","0","0","0"),
("140","Team Formations","","","","0","0","10","0","0","0","0","0","0","0"),
("141","Team interview","","","","0","0","10","0","0","0","0","0","0","0"),
("142","Team Line-Ups","","","","0","0","10","0","0","0","0","0","0","0"),
("143","Team Mind-Mapping","","","","0","0","10","0","0","0","0","0","0","0"),
("144","Team-Pair-Solo","","","","0","0","10","0","0","0","0","0","0","0"),
("145","Team Presentation","","","","0","0","10","0","0","0","0","0","0","0"),
("146","Team Projects","","","","0","0","10","0","0","0","0","0","0","0"),
("147","Team Show Me!","","","","0","0","10","0","0","0","0","0","0","0"),
("148","Team Statements","","","","0","0","10","0","0","0","0","0","0","0"),
("149","Team Test-Taking","","","","0","0","10","0","0","0","0","0","0","0"),
("150","Team Up!","","","","0","0","10","0","0","0","0","0","0","0"),
("151","Team Whip","","","","0","0","10","0","0","0","0","0","0","0"),
("152","Team Window","","","","0","0","10","0","0","0","0","0","0","0"),
("153","Team Word-Webbing","","","","0","0","10","0","0","0","0","0","0","0"),
("154","Teammates Consult","","","","0","0","10","0","0","0","0","0","0","0"),
("155","Teams Compare","","","","0","0","10","0","0","0","0","0","0","0"),
("156","Teams Post","","","","0","0","10","0","0","0","0","0","0","0"),
("157","Think-Draw-RoundRobin","","","","0","0","10","0","0","0","0","0","0","0"),
("158","Think-Pair-Share","","","","0","0","10","0","0","0","0","0","0","0"),
("159","Three-Stray","","","","0","0","10","0","0","0","0","0","0","0"),
("160","Timed Pair Interview","","","","0","0","10","0","0","0","0","0","0","0"),
("161","Trade-A-Problem","","","","0","0","10","0","0","0","0","0","0","0"),
("165","Formations","","","","0","0","10","0","0","0","0","0","0","0"),
("162","Traveling Star","","","","0","0","10","0","0","0","0","0","0","0"),
("163","Turn Toss","","","","0","0","10","0","0","0","0","0","0","0"),
("164","Whip","","","","0","0","10","0","0","0","0","0","0","0"),
("166","Times Pair Share","","","","0","0","10","0","0","0","0","0","0","0");
DROP TABLE IF EXISTS Kagan2;
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`Name` tinytext NOT NULL,
`Page` char(5) NOT NULL,
`Summary` text NOT NULL,
`Detail` text NOT NULL,
`ClassbuildingScore` int(11) NOT NULL DEFAULT 0,
`TeambuildingScore` int(11) NOT NULL DEFAULT 0,
`SocialSkillsScore` int(11) NOT NULL DEFAULT 10,
`CommunicationSkillsScore` int(11) NOT NULL DEFAULT 0,
`DecisionMakingScore` int(11) NOT NULL DEFAULT 0,
`KnowledgeBuildingScore` int(11) NOT NULL DEFAULT 0,
`ProcedureLearningScore` int(11) NOT NULL DEFAULT 0,
`ProcessinInfoScore` int(11) NOT NULL DEFAULT 0,
`ThinkingSkillsScore` int(11) NOT NULL DEFAULT 0,
`PresentingInfoScore` int(11) NOT NULL DEFAULT 0,
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INSERT INTO Kagan2 VALUES("1","AllWrite Consensus","6.33","","","0","10","10","10","5","10","0","5","10","0"),
("2","AllWrite RoundRobin","6.33","","","0","10","10","5","0","10","5","5","10","0"),
("3","Carousel Feedback","6.25","Teams rotate from project to project to leave feedback for other teams.","Setup: Teams spread out team projects around the room. Each project has feedback form attached.\n\n<OL>\n<LI>Teams stand in ffront of theis assigned projects.\n<LI>Teams rotate clockwise to the next project.\n<LI>For a specitiedd time, teams discuss their reactions to the other team's project, with no writing.\n<LI>Student #1 records feedback on feedback form. student are encouraged to include positive comments.\n<LI>Teacher calls time.\n<LI>Team rotate, observe, discuss, and give feedback on next project. A new recorder is selected each round.\n<LI>Teams continue until each team rotates back to its own project, or until Teacher calls time.\n<LI>Teams review the feedback they recieved from the other teams.\n</OL>","0","0","10","0","0","0","0","0","0","0"),
("4","Fan-N-Pick","6.25","Teammates play a card game to respond to questions. Role rotate with each new question.","Setup: Each team receives a set of question cards.\n<OL>\n<LI>Student #1 holds a question card in a fan and says, "Pick a card, any card!"\n<LI>Student #2 picks a card, reads the question aloud, and allows five seconds od think time.\n<LI>Student #3 answers the question.\n<LI>Student #4 responds to the answer:\n<UL>\n<LI>For each right/wrong answers, Student #4 checks and then wither praises or tutors.\n<LI>For questions that have no right or wrong answer, Student #4 doese not check for correctness, but praises and then paraphrases the thinking that went into the answer.\n</UL>\n<LI>Students rotate roles, one person clockwise for the new round.\n</OL>\n\n<H3>Modifications</H3>\n<P>Fan-N-Pick can be played in pairs. Student #1 fans;Student #2 picks and reads; Student #1 answers; Student #2 tutors or praises; students switch roles.","0","10","10","5","0","10","5","0","10","0"),
("5","Find Someone Who","6.26","Students circulate through the classroom, forming and reforming pairs, trying to "find someone who" knows an answer, then they become "someone who knows".","Setup: The teacher prepares a worksheet or questions for students.\n<OL>\n<LI>Students mix in class, keeping a hand rasied until they find a partner that is not a teammate.\n<LI>In pairs, Partner A asks a questionf from the worksheet; partner B responds. Parnter A records the answer on his or her own worksheet and expresses appreciation,\n<LI>Partner B checks and initials the answer.\n<LI>Parnter B asks a question; Partner A responds.Partner B","10","0","10","0","0","10","5","0","0","0"),
("6","Find-the-Fiction","6.26","Students write three statements and read them to teammates. Teammates try to "find" which of the three statements is the "fiction".","<OL>\n<LI>Teammates each write three statements: two true, one false, attempting to trick their teammates.\n<LI>One student one each team stands, and reads his/her statements to teammates.\n<LI>Without consulting teammates, each student writes down his/her own best guess which statement is false.\n<LI>Teammates <K>RoundRobin</K> and defend their "best guess". (Note: Teachermay or may not ask teams ti attempt to reach concensus.)\n<LI>Teammates announce their guess(es).\n<LI>The standing student announces the false statement.\n<LI>Students celebrate: The standing student congratulates teammates who guessed correctly. Teammates who were fooled conratulate the standing student.\n<LI>The next teammate stands to share. The process is repeated.\n</OL>\n\n<H3>Variations</H3>\n<UL>\n<LI><K>Class Find-the-Fiction</K>\n<LI><K>Fact-or-Fiction</K>\n</UL>","0","10","10","5","10","10","0","0","10","0"),
("7","Flashcard Game","6.27","Partners proceed through three rounds as they quiz each other with flashcards, mastering the content to win cards.","Setup: Students each have their own set of flashcards.\n<OL>\n<LI>In pairs, the Tutee gives his/her flash cards to the Tutor.\n<LI><B>Round 1: Maximum Cues</B><BR/>The Tutor shows the question on the first card, reads the question, and shows and reads the answer written on the back of the card. The tutor then turns the card back over again reads the question on the front of the card asking the Tutee to answer from memory.\n<LI>The Tutee answers. If correct, Tutee wins the card back and receives a surprising delightful praise from the Tutor. If wrong, the Tutor shows the Tutee the answer side of the card and coaches. The Card is then returned to the stack to try again later.\n<LI>When the Tutee wins all cards, partners switch roles. When the new Tutee wins all her/his cards, partners advance to Round 2.\n<LI><B>Round 2: Few Cues</B><BR />The process is repeated, except the tutor shows only the question on the front of each card, and asks the Tutee to answer from memory.\n<LI><B>Round 3: No Cues</B><BR />The process is repeated, except the Tutor quizzes Tutee on each question without showing the Tutee the flashcards.\n</OL>\n\n<H3>Hints:</H3> For young students, limit each round to no more than five cards. If a student has won all cards, he/she can add bonus cards.","0","5","10","0","0","10","0","0","0","0"),
("8","Inside-Outside Circle","6.27","Students rotate in concentric circles to face new partners for sharing, quizzing, or problem solving.","Setup: The teacher prepares questions, or provides a question card for each student.\n<OL>\n<LI>Students form pairs, One student from each pair moves to form one large circle in the class facing outward.\n<LI>Remaining students find and face their partners (class now stands in two concentric circles).\n<LI>Insid circle students ask a question from their question card; outside circle student answer. Inside circle student praise or coach. (Alternative: The teacher asks a question and indicates inside or outside student to answer to their partner.)\n<LI>Partners switch roles: Ouside circle students ask, listen, then praise or coach.\n<LI>Partners trade question cards.\n<LI>Inside circle students rotate clockwise to a new partner. (The teacher may call rotation numbers: "Rotate Three Ahead." The class may do a "choral count" as they rotate.)\n</OL>\n<H3>Note:</H3>When played with cards, steps 3-6 are <K>Quiz-Quiz-Trade</K>.\n\n<H3>Variation</H3>\n<UL>\n<LI><K>Inside-Outside Line</K>\n</UL>","10","0","10","0","0","10","0","5","10","0"),
("9","Jot Thoughts","6.28","Teammates "cover the table," writing ideas on slips of paper.","Setup: Students each ahve multiple slips of paper (eg pre-cut sticky notes, cut-up bond paper).\n<OL>\n<LI>Teacher names a topic, sets a time limit, and provides think time (eg In three minutes, how many questions can you write that have the answer 17? What are the ways we could reduce poverty?).\n<LI>Students write and announce as many ideas as they can in the allotted time, one idea per slip of paper.\n<LI>Each slip of paper is placed in the center of the table; students attempt to "cover the table" (no slips are to overlap).","0","10","10","0","0","5","0","5","10","0"),
("10","Match Mine","6.28","Partners on opposite sides of a barrier communicate with precision, attempting to match the other's arrangement of game pieces on a board.","Setup: Partners sit on opposite sides of a barrier with identical game boards and game pieces. One is designated to be the sender, the other the receiver.\n<OL>\n<LI>Sender arranges gwme pieces on game board while Reciever waits quietly.\n<LI>Sender gives the Receiver directions to match the Sender's arrangement of game peices on the game board.\n<LI>When finished, parnters set game board side by side to check for accuracy.\n<LI>Reciever praises Sender, and they develop improvement strategies.\n<LI>Roles are switched, and the game is played again.\n\n<H3>Hints:</H3> Teacher instructs students in communication skills: asking for clarification, checking fir understanding, giving unambiguous directions.","0","5","10","10","0","10","5","0","10","0"),
("11","Mix-Freeze-Group","6.29","The classroom is bursting with energy as students rapidly "Mix" around the room, "Freeze" in their tracks, and frantically "Group" to avoid falling into the lost and found.","Setup: Students stand. An area of the room is designated as the "Lost and Found".\n<OL>\n<LI>Students "mix" around the room.\n<LI>Teacher calls, "Freeze", and students freeze.\n<LI>Teacher asks a question to which the answer is a number or which corresponds to a key with a number. Teacher gives think time. (Examples: How many planets are theier in out so9lar system? What direction is Washington, DC, from California? Key: North = 2, South = 3, East = 4, West = 5)\n<LI>Teacher calls, "Show me", and students show their answer with fingers on their chests.\n<LI>Students group according to the number, and kneel down.\n<LI>Students in their groups discuss a question provided by the teacher. Can you name the plants in order? How far do you think Washington, DC, is from Los Angeles?\n<LI>Students not in groups gp tp the "Lost and Found".\n</OL>\n<H3>Optional</H3>\nOnce students know the game, students in Lost and Found may be the ones to generate and ask the next question. After they ask the question, they ruch to join a group.","10","0","10","0","0","10","0","0","5","0"),
("12","Mix-Pair-Share","6.29","The class "mixes" until the teacher calls, "pair". Students find a new partner ti discuss or answer the teacher's question.","Setup: Teacher prepares questions to ask students.\n<OL>\n<LI>Students mix atound the room.\n<LI>Teacher calls "Pair"\n<LI>Students pair up with the person closest to them and gives a high five. Students who haven't found a partner raise their hands to find each other.\n<LI>Teacher asks a question and gives think time.\n<LI>Students share with their parnters using:\n <UL>\n <LI><K>Times Pair Share</K>\n <LI><K>RallyRobin</K>\n </UL>\n</OL>\n\n<H3>Optional</H3>\nStudents may pracitve greetins or affirmations during step 1.\n\n<H3>Hint</H3>\nFor oral lists (name animals that live in the rain forset), use <K>RallyRobin</K>. For longer in-depth responses (how do you think we can save the raon forest>), use <K>Timed Pair Share</K>.","10","0","10","5","0","5","0","10","10","0"),
("13","Numbered Heads Together","6.30","Teammates put their "heads together" to reach consensus on the team's answer. Everyone keeps on their toes because their number may be called to share the team's answer.","Setup: Teacher prepares questions or problems to ask team.\n<OL>\n<LI>Students number off\n<LI>Teacher poses a problem and gives thnk time. (Example: "How are rainbows formed? Think about your best answer.")\n<LI>Students privately write their answers.\nStudents stand up and "put their heads together", showing answers, discussing, and teaching each other.\nStudetns sit down when everyone knows the answer or has something to share.\nTeacher calls a number. Students with that number answer simultaneously using:\n<UL>\n<K>AnswerBoard Share</K>\n<K>Choral Practice</K>\nFinger Responses\nChalkboard Respnoses\nResponse Cards\nManipulatives","0","5","10","5","5","10","10","10","10","5"),
("14","One Stray","<","","","5","0","10","0","0","5","5","5","5","10"),
("15","Pair Compare","6.31","","","0","10","10","5","0","10","0","0","10","0"),
("16","Pass-N-Praise","6.34","","","0","5","10","5","0","0","0","5","5","0"),
("17","Poems for Two Voices","6.31","","","0","0","10","5","5","10","0","0","0","5"),
("18","Quiz-Quiz-Trade","6.32","","","10","0","10","5","0","10","10","5","5","0"),
("19","Rally Coach","6.32","","","0","0","10","5","0","5","10","0","5","0"),
("20","Rallt Robin","6.33","","","0","0","10","5","0","10","5","10","10","0"),
("21","Rally Table","6.34","","","0","0","10","5","0","10","5","0","10","0"),
("22","RoundRobin","6.33","","","0","10","10","5","0","10","5","10","10","10"),
("23","RoundTable","6.34","","","0","10","10","5","0","10","5","5","10","0"),
("24","RoundTable Consensus","6.34","","","0","10","10","10","5","10","5","10","10","0"),
("25","Showdown","6.35","","","0","0","10","0","0","10","0","0","0","0"),
("26","Simultaneous RoundTable","6.34","","","0","10","10","5","0","10","5","5","5","0"),
("27","Spend-A-Buck","6.35","","","0","0","10","5","10","0","0","0","5","0"),
("28","StandUp-HandUp-PairUp","6.36","","","10","0","10","5","0","10","5","10","10","0"),
("29","Stir-the-Class","6.30","","","10","0","10","5","5","10","10","10","10","5"),
("30","Talking Chips","6.36","","","0","10","10","10","0","5","0","10","0","0"),
("31","Team Stand-N-Share","6.37","","","0","0","10","5","0","5","0","5","0","10"),
("32","Telephone","6.37","","","0","5","10","10","0","10","10","0","5","5"),
("33","Think-Write-RoundRobin","6.33","","","0","10","10","5","0","10","10","10","10","0"),
("34","Three-Step Interview","6.38","","","0","10","10","10","0","5","5","0","10","5"),
("35","Timed Pair Share","6.38","","","0","0","10","10","0","5","5","10","10","5"),
("36","Travelling Heads Together","6.30","","","0","0","10","5","5","10","10","10","10","0"),
("38","Fact-or-Fiction","6.26","Fact-or-Fiction is a variation of <K>Find-the-Fiction</K>, also used on an occasional basis to spice up a review.","Students state either a true or false statement and it is up to teammates to decide if the statement is either a fact of fiction. Fact-or-Fiction is easier for young students because they only need to deal with one statement at a time.","0","0","10","0","0","0","0","0","0","0"),
("42","Class Find-the-Fiction","6.26","Class Find-the-Fiction is a variation of <K>Find-the-Fiction</K>, also used on an occasional basis to spice up a review.","Find-the-Fiction may be played with the whole class. The teacher or a student may attempt to outwit the whole class.","0","0","10","0","0","0","0","0","0","0"),
("43","Inside-Outside Line","6.27","One line of students rotates down another line to face new partners for sharing, quizzing, or problem solving.","Students stand in two straight lines facing each other. One line rotates, and the other remains in place. Rotating students rotate to a new partner and rotate to the back of their line when thwy pass the last student in the fixed line.","0","0","10","0","0","0","0","0","0","0");
DROP TABLE IF EXISTS LessonPlans;
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("918","MES","0","2017-10-03","4","0","7B1/Sc","S5","1B.2","How are cells different from each other?","","","W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & chloroplasts.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nA: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\nW: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nW: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nW: Elodea cell have lots of chloroplasts to capture light.\nW: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nW: Ciliated cells have hairs on them to move substances around.\nW: NB: Do not use a palisade cell as this will be used in 3B.","What to animal and plant cells have in common? What is different between them? the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & chloroplasts.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n\nRed blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n\nElodea cell have lots of chloroplasts to capture light.\n\nCiliated cells have hairs on them to move substances around.\n\nNB: Do not use a palisade cell as this will be used in 3B.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhy do ciliated cells have hairs?","","Elodea cell\nRoot hair cell\nCiliated cell\nRed blood cell\nOrganelle","","","","","","0","","0000-00-00","0","","0"),
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("336","LCY","0","2017-09-20","3","0","7A3/Sc","S7","4P.1","What is a wave?","","","T: Without energy the water level is said to be at the equilibrium point.\nW: When the energy is increased the displacement from equilibrium point will increase.\nT: The maximum displacement is called the amplitude.\nT: The highest points of a (transverse) wave are known as peaks, the lowest points are called troughs.\nT: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\nT: Waves transfer energy from one place to another, but generally not matter (particles).\nH: SET HOMEWORK: Wordsearch","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.\nWhat travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.","","Energy\nEquilibrium\nEnergy\nDisplacement\nEquilibrium.\nDisplacement\nAmplitude\nPeak\nTrough\nWave\nDistance\nWave\nTrough\nPeak\nWavelength\nWave\nTransfer\nEnergy","","","","","","0","","0000-00-00","0","","0"),
("337","LCY","0","2017-09-21","1","0","7A3/Sc","S7","4p.2","How can waves behave?","","","W: Water waves can be reflected. This is when waves bounce off an object.\nD: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\nT: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\nW: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.\nW: Water waves can be refracted. This is when waves change direction.\nW: Water waves can be diffracted. This is when waves spread out through a gap.\nW: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\nW: The peaks can be seen as wave fronts in a ripple tank.","What is reflection? A wave bouncing off an object.\nWhat type of wave is a water wave? Transverse wave.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.","","Wave\nReflection\nWave\nTransverse\nWave Superposition\nPeak\nTrough\nWave\nRefraction\nWave\nDiffract\nRipple tank\nWave","","","Metal strip at an angle in ripple tank.\nUse computers in S7 or S3\nMexican Waves\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif\nPerspex shape in ripple tank\nTwo metal strips in line with small gap between in ripple tank\nUse mini ripple tank with webcam.","","","0","","0000-00-00","0","","0"),
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("912","LCY","0","2017-10-02","1","0","7A3/Sc","S7","7C.3","How do we get metals from rocks?","","","Carbon and Hydrogen are often added to the reactivity series for comparison.\nThe blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\nThe rocks that have significant amounts of metal oxides in are known as ores.\nMetals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\nIn order to obtain useable metal it needs to be chemically separated from the oxygen.\nCarbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\nA: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? \nWhat needs to be done to get useable metals? \nWhat is added to to the blast furnace to remove the oxygen from the ore? Carbon is added to remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? ","","","","","Show old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nUsing reactivity series student to predict which metals are obtained using carbon.","TEST 912","","0","","0000-00-00","0","","0"),
("911","PKT","0","2017-10-03","2","0","7A2/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("352","LCY","0","2017-09-19","4","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("353","LCY","0","2017-09-20","1","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("910","PKT","0","2017-10-06","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("365","JCE","0","2017-09-20","5","0","8E/Sc","S3","","Speed of water waves","","","","","","","","Data Analysis","","","","1","Finish graph","0000-00-00","632","","0"),
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("379","CLA","0","2017-09-21","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("380","JCE","0","2017-09-18","4","0","9JCE/Sc","S2","","Gas produced by metal & acid.","","Type of acid\nType of Metal\nConcentration of Acid\nVolume of Acid\nMass of metal\nHow long it will take to react\nHow long it takes to produce 1000 bubbles\nShape of metal - surface area\nVolume of hydrogen produced\nAmount of light\nTemperature","","","","","","PLANNING","","","","0","","0000-00-00","0","","0"),
("381","JCE","0","2017-09-19","3","0","9JCE/Sc","S3","","","","","","","","","","","","No prac","","0","","0000-00-00","0","","0"),
("382","JCE","0","2017-09-19","4","0","9JCE/Sc","S3","","No prac","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("909","PKT","0","2017-10-05","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("908","PKT","0","2017-10-04","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("907","PKT","0","2017-10-02","1","0","7A2/Sc","S2","","","","","","","","","","","","TEST 907","","0","","0000-00-00","0","","0"),
("906","JCE","0","2017-10-05","1","0","7A1/Sc","S3","1C.3","How do particles change during a change of state?","","","1) T: Melt some ice in a boiling tube over a Bunsen.\n2) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n3) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n4) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n5) W: When heated the forces involved in collisions increases as the particles are moving faster.\n6) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n7) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","So what happens when a solid is heated but does not yet melt? Matter expands when heated.Matter becomes less dense when heated.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nParticles do not change size, but can be of different sizes.\nWhat happens to the force of collision of particles when heated? When heated the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:\n\nThis is why ice floats on water and a full bottle of water breaks in a freezer.\n\nIt expands and becomes less dense when freezing to a solid.","","Particle\nMelt\nDensity\nFreeze\nForce\nCollision\nKinetic energy\nAbsolute zero\nHeat\nExpand\nMatter\nCondense\nEvaporate\nAmorphous","","","Activity 3)\nBall and ring demo.","Activity 3)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("387","SNK","0","2017-09-18","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("388","SNK","0","2017-09-19","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("389","SNK","0","2017-09-19","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("390","TLK","0","2017-09-18","3","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("391","TLK","0","2017-09-20","4","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("392","TLK","0","2017-09-21","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("393","TLK","0","2017-09-19","2","0","9TLK/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("934","CLA","0","2017-10-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("397","SNK","0","2017-09-25","5","0","10a/Pr1","S6","","","","","","","","","","","","TEST 397","","0","","0000-00-00","0","","0"),
("398","PKT","0","2017-09-25","5","0","10a/Pr3","S2","","","","","","","","","","","","TEST 398","","0","","0000-00-00","0","","0"),
("905","JCE","0","2017-10-04","3","0","7A1/Sc","S3","","Density, ring and ball demo","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("904","JCE","0","2017-10-02","1","0","7A1/Sc","S3","1C.1","What are states of matter?","","Defining Solid and","1 W: Solids hold their shape.\n2 W: Liquids and gases are known as fluids because they can flow.\n3 T: Particles in a solid form a lattice - regular pattern.\n4 T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n5 W: Liquids take the shape of (the bottom of) their containers.\n6 T: All matter (stuff) is made of particles.\n7 T: Particles in a liquid are touching, but have not pattern.\n8 W: Gases fill their containers.\n9 T: The is no such thing as liquid or solid particles.\n10 T: Particles in a gas are spread out, with no pattern.\n11 W: When particles can move relative to each other, the material can flow.","What are the properties of solids? Solids hold their shape.\nWhat are both liquids and gases known as, and why? Liquids and gases are known as fluids because they can flow.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nWhat are the properties of liquids? Liquids take the shape of their containers.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have not pattern.\nWhat are the properties of gases? Gases fill their containers.\nHow are the particles arranged in gases? Particles in a gas are spread out.","https://www.mrcorfe.com/MemoryAnchors/9efdf121271c711b9f3d805cc94c2387.","Particle\nSolid\nGas\nLiquid\nMatter\nLattice","","","","","","0","","0000-00-00","0","","0"),
("903","JCE","0","2017-10-06","3","0","7A1/Sc","D8","1C.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n3) T: Particles always attract each other.\n4) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n5) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n6) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","","Attraction\nLiquid\nSolid\nForce\nEnergy\nParticle\nCollision\nSublimation\nFreezing\nEvaporating\nCondensing\nMelting\nGas","","","Activity 2)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 2)\nSublimation of Iodine, as airfreshner do\n\n-----------\n","","0","","0000-00-00","0","","0"),
("902","JCE","0","2017-10-03","2","0","7A1/Sc","S2","1C.2","What is density?","","","T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\nW: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.\nD: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nA: Students design tables to record measurement and calculations.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","https://www.mrcorfe.com/MemoryAnchors/237079e4a6db79cc3c00e6b39a64a4f4.jpg","Density\nVolume\nMass\nGas\nSolid\nLiquid","","","","Material samples\nEureka Cans\nMeasuring cylinders\nJewelry balances","","0","","0000-00-00","0","","0"),
("901","CPD","0","2017-10-02","2","0","7a/Te1","T3","","","","","","","","","","","","TEST 901","","0","","0000-00-00","0","","0"),
("405","PKT","0","2017-09-27","2","0","10PKT/Sc","S2","","","","","","","","","","","","TEST 405","","0","","0000-00-00","0","","0"),
("406","PKT","0","2017-09-28","5","0","10PKT/Sc","S2","","","","","","","","","","","","TEST 406","","0","","0000-00-00","0","","0"),
("407","PKT","0","2017-09-29","3","0","10PKT/Sc","S2","","","","","","","","","","","","TEST 407","","0","","0000-00-00","0","","0"),
("408","PKT","0","2017-09-25","4","0","10PKT/Sc","S2","","","","","","","","","","","","TEST 408","","0","","0000-00-00","0","","0"),
("409","CLA","0","2017-09-25","3","0","10S/Sc","S1","","","","","","","","","","","","TEST 409","","0","","0000-00-00","0","","0"),
("410","CLA","0","2017-09-27","5","0","10S/Sc","S1","","","","","","","","","","","","TEST 410","","0","","0000-00-00","0","","0"),
("411","JCE","0","2017-09-28","3","0","10S/Sc-Phy","S3","","","","","","","","","","","","TEST 411","","0","","0000-00-00","0","","0"),
("412","JCE","0","2017-09-29","3","0","10S/Sc-Phy","S3","","Planning Res of Wire","","","","","","","","","","TEST 412","","0","","0000-00-00","0","","0"),
("413","PKT","0","2017-09-29","4","0","10S/Sc","S2","","","","","","","","","","","","TEST 413","","0","","0000-00-00","0","","0"),
("414","SNK","0","2017-09-25","4","0","10SKT/Sc","S6","","","","","","","","","","","","TEST 414","","0","","0000-00-00","0","","0"),
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("452","SNK","0","2017-09-27","4","0","11SNK/Sc","S6","","","","","","","","","","","","TEST 452","","0","","0000-00-00","0","","0"),
("453","SNK","0","2017-09-28","4","0","11SNK/Sc","S6","","","","","","","","","","","","TEST 453","","0","","0000-00-00","0","","0"),
("899","MES","0","2017-10-04","2","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("457","JCE","0","2017-09-26","3","0","11TS/Sc-Phy","S1","","","","","","","","","","","","TEST 457","","0","","0000-00-00","0","","0"),
("458","JCE","0","2017-09-27","4","0","11TS/Sc-Phy","D8","","","","","","","","","","","","TEST 458","","0","","0000-00-00","0","","0"),
("459","JCE","0","2017-09-28","4","0","11TS/Sc-Phy","D8","","B1 TOWER","","","","","","","","","","TEST 459","","1","Set B1 Exam","0000-00-00","631","","0"),
("460","CPD","0","2017-09-27","3","0","7a/Te1","T3","","","","","","","","","","","","TEST 460","","0","","0000-00-00","0","","0"),
("461","CPD","0","2017-09-28","3","0","7a/Te1","T3","","","","","","","","","","","","TEST 461","","0","","0000-00-00","0","","0"),
("462","PKT","0","2017-09-26","1","0","7A1/Pr","S2","","","","","","","","","","","","TEST 462","","0","","0000-00-00","0","","0"),
("463","JCE","0","2017-09-25","1","0","7A1/Sc","S6","0S.6","How do we draw a graph?","","","T: Graph drawing – 8 stage method, flip the flaps.","","","","","","","TEST 463","","0","","0000-00-00","0","","0"),
("464","JCE","0","2017-09-26","4","0","7A1/Sc","S3","0S.7","How do we read graphs?","","","T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\nT: Give out ‘Ladders’ and tracking sheet.\nT: Set targets for graphs and conclusions.","","","","","","","TEST 464","","0","","0000-00-00","0","","0"),
("465","PKT","0","2017-09-26","4","0","7A2/Sc","S2","","","","","","","","","","","","TEST 465","","0","","0000-00-00","0","","0"),
("466","PKT","0","2017-09-25","1","0","7A2/Sc","S2","","","","","","","","","","","","TEST 466","","0","","0000-00-00","0","","0"),
("467","LCY","0","2017-09-25","1","0","7A3/Sc","S7","","","","","","","","","","","","TEST 467","","0","","0000-00-00","0","","0"),
("468","LCY","0","2017-09-26","4","0","7A3/Sc","S7","","","","","","","","","","","","TEST 468","","0","","0000-00-00","0","","0"),
("469","CPD","0","2017-09-26","3","0","7b/Te1","T3","","","","","","","","","","","","TEST 469","","0","","0000-00-00","0","","0"),
("898","MES","0","2017-10-03","1","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("472","JCE","0","2017-09-27","2","0","7B1/Sc","S3","","Introduction to Big Ideas","","","","","","","","","","L1","","0","","0000-00-00","0","","0"),
("473","CLA","0","2017-09-25","5","0","7B2/Sc","S1","","","","","","","","","","","","TEST 473","","0","","0000-00-00","0","","0"),
("474","CLA","0","2017-09-26","5","0","7B2/Sc","S1","","","","","","","","","","","","TEST 474","","0","","0000-00-00","0","","0"),
("475","CLA","0","2017-09-27","2","0","7B2/Sc","S1","","","","","","","","","","","","TEST 475","","0","","0000-00-00","0","","0"),
("476","CLA","0","2017-09-28","2","0","7B2/Sc","S1","","","","","","","","","","","","TEST 476","","0","","0000-00-00","0","","0"),
("477","SNK","0","2017-09-25","1","0","7E/Sc","S6","","","","","","","","","","","","TEST 477","","0","","0000-00-00","0","","0"),
("478","SNK","0","2017-09-26","4","0","7E/Sc","S6","1C.2","What is density?","","","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","","Density\nVolume\nMass\nGas\nSolid\nLiquid","","","","Activity 2)\nMaterial samples\nEureka Cans\nMeasuring cylinders\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("479","LCY","0","2017-09-25","5","0","7S/Sc","S7","","","","","","","","","","","","TEST 479","","0","","0000-00-00","0","","0"),
("480","LCY","0","2017-09-26","5","0","7S/Sc","S7","","","","","","","","","","","","TEST 480","","0","","0000-00-00","0","","0"),
("481","TLK","0","2017-09-27","2","0","7S/Sc","S7","","","","","","","","","","","","TEST 481","","0","","0000-00-00","0","","0"),
("482","LCY","0","2017-09-28","2","0","7S/Sc","S7","","","","","","","","","","","","TEST 482","","0","","0000-00-00","0","","0"),
("483","TLK","0","2017-09-29","1","0","8A1/Sc","S4","","","","","","","","","","","","TEST 483","","0","","0000-00-00","0","","0"),
("484","TLK","0","2017-09-28","5","0","8A1/Sc","S7","","","","","","","","","","","","TEST 484","","0","","0000-00-00","0","","0"),
("485","TLK","0","2017-09-25","4","0","8A1/Sc","D8","","","","","","","","","","","","TEST 485","","0","","0000-00-00","0","","0"),
("486","TLK","0","2017-09-26","1","0","8A1/Sc","S4","","","","","","","","","","","","TEST 486","","0","","0000-00-00","0","","0"),
("487","TLK","0","2017-09-27","1","0","8A1/Sc","S4","","","","","","","","","","","","TEST 487","","0","","0000-00-00","0","","0"),
("488","CLA","0","2017-09-25","4","0","8A2/Sc","S1","","","","","","","","","","","","TEST 488","","0","","0000-00-00","0","","0"),
("489","CLA","0","2017-09-26","1","0","8A2/Sc","S1","","","","","","","","","","","","TEST 489","","0","","0000-00-00","0","","0"),
("490","CLA","0","2017-09-27","1","0","8A2/Sc","S1","","","","","","","","","","","","TEST 490","","0","","0000-00-00","0","","0"),
("491","CLA","0","2017-09-28","5","0","8A2/Sc","S1","","","","","","","","","","","","TEST 491","","0","","0000-00-00","0","","0"),
("492","CLA","0","2017-09-29","1","0","8A2/Sc","S1","1P.4","","","","W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nT: When objects are stretched there is a force of tension created with in it.\nT: The force an object applies back is called the Reaction force.\nW: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nT: Unbalanced forces can also change the shape of an object: deformation.","In what direction does a reaction force work? What size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nHow is the force of tension created? When objects are stretched there is a force of tension created with in it.\nWhat is a reaction force? The force an object applies back is called the Reaction force.\nWhen will a spring stop deforming? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat is deformation? Unbalanced forces can also change the shape of an object: deformation.","","Force\nForce\nTension\nForce\nReaction force\nSpring\nDeform\nTension\nStretch\nCompression\nUnbalanced\nForce\nDeform","","","Different grit sandpaper stuck to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nRepeat with 1kg mass.","TEST 492","","0","","0000-00-00","0","","0"),
("897","TLK","0","2017-10-05","2","0","11TS/Sc-Bio","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("896","TLK","0","2017-10-06","2","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("895","TLK","0","2017-10-06","1","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("499","PKT","0","2017-09-26","2","0","8B1/Sc","S2","","","","","","","","","","","","TEST 499","","0","","0000-00-00","0","","0"),
("500","PKT","0","2017-09-27","1","0","8B1/Sc","S2","","","","","","","","","","","","TEST 500","","0","","0000-00-00","0","","0"),
("501","PKT","0","2017-09-28","1","0","8B1/Sc","S2","","","","","","","","","","","","TEST 501","","0","","0000-00-00","0","","0"),
("502","PKT","0","2017-09-29","5","0","8B1/Sc","S2","","","","","","","","","","","","TEST 502","","0","","0000-00-00","0","","0"),
("503","LCY","0","2017-09-29","5","0","8B2/Sc","S7","","","","","","","","","","","","TEST 503","","0","","0000-00-00","0","","0"),
("504","LCY","0","2017-09-26","2","0","8B2/Sc","S7","","","","","","","","","","","","TEST 504","","0","","0000-00-00","0","","0"),
("505","LCY","0","2017-09-27","1","0","8B2/Sc","S7","","","","","","","","","","","","TEST 505","","0","","0000-00-00","0","","0"),
("506","LCY","0","2017-09-28","1","0","8B2/Sc","S7","","","","","","","","","","","","TEST 506","","0","","0000-00-00","0","","0"),
("507","JCE","0","2017-09-26","1","0","8E/Sc","S3","4P.8","Do all animals hear the same?","","","T: The auditory range of humans is from 20 Hz to 20 kHz.\nT: Sound frequencies above the hearing range of humans are called ultrasound.\nW: Animals have different auditory ranges to that of humans.\nT: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\nT: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\nW: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Auditory range\nSound\nFrequency\nUltrasound\nEnergy\nAbsorbed\nVibration\nReflection","","","CRO.ppt","TEST 507","","0","","0000-00-00","0","","0"),
("508","JCE","0","2017-09-27","1","0","8E/Sc","S3","4B.1","OVERLAP: What are Food Groups?","","","T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\nCarbohydrates: Starch is used slow release energy.\nCarbohydrates: Sugar is used quick release energy.\nLipids are used for slow release energy, protection of organs and cell building.\nProteins are used for growth, cell repair and cell replacement.\nDietary Fibre is needed for healthy waste removal.\nVitamins and minerals are needed in small quantities for a healthy body.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.","","Diet\nCarbohydrates\nStarch\nLipids\nProteins\nMinerals\nVitamins\nFibre\nCarbohydrates\nStarch\nEnergy\nCarbohydrates\nSugar\nEnergy\nLipids\nEnergy\nOrgans\nCell\nProteins\nGrowth\nCell\nDietary\nFibre\nHealthy\nWaste\nVitamins\nMinerals\nHealthy","","","","TEST 508","","0","","0000-00-00","0","","0"),
("509","JCE","0","2017-09-28","5","0","8E/Sc","D8","4P.12","OVERLAP: Progress Reflection","","","W: Reflection","","","","","","","","","0","","0000-00-00","0","","0"),
("510","JCE","0","2017-09-29","1","0","8E/Sc","S3","4P.9","How does Sound travel?","","","W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nT: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\nW: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\nW: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\nT: Sound travels fastest in solids and slowest in gasses.\nThe microphone and the inner ear transform the sound energy into electrical signals.\nW: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\nD: The sound energy is absorbed by the diaphragm and ear drum.\nH: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","Why does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nWhat type of wave is a sound wave? Sound waves are longitudinal waves.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","https://www.mrcorfe.com/MemoryAnchors/6b81e9cac25d9a4ec49703c449d9b591.jpg\nhttp://www.spiderlady.com.au/images/spiderlady-home.jpg","Sound\nEnergy\nCollide\nParticles\nSolid\nGas\nElectrical\nParticle\nAbsorbed\nLongitudinal\nMedium\nWave\nDirection\nVibration","","","Airzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nHawaiian-Mexican wave\nSignal generator and speaker with polystyrene balls on top.\nBuild diagram from loudspeaker to ear, with air particles in between.\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds","TEST 509","","0","","0000-00-00","0","","0"),
("511","JCE","0","2017-09-25","4","0","8E/Sc","S3","","","","","","","","","","","","TEST 511","","0","","0000-00-00","0","","0"),
("512","CLA","0","2017-09-29","3","0","8S/Pr","S1","","","","","","","","","","","","TEST 512","","0","","0000-00-00","0","","0"),
("513","SNK","0","2017-09-28","1","0","8S/Sc","S6","","","","","","","","","","","","TEST OF ORDER PAGE","","0","","0000-00-00","0","","0"),
("514","SNK","0","2017-09-29","5","0","8S/Sc","S6","","","","","","","","","","","","TEST 514","","0","","0000-00-00","0","","0"),
("515","SNK","0","2017-09-26","2","0","8S/Sc","S6","","","","","","","","","","","","TEST 515","","0","","0000-00-00","0","","0"),
("516","SNK","0","2017-09-27","1","0","8S/Sc","S6","","","","","","","","","","","","TEST 516","","0","","0000-00-00","0","","0"),
("894","CLA","0","2017-10-04","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("518","PKT","0","2017-09-29","2","0","9a/Pr2","S2","","","","","","","","","","","","TEST 518","","0","","0000-00-00","0","","0"),
("519","CLA","0","2017-09-29","2","0","9a/Pr3","S1","","","","","","","","","","","","TEST 519","","0","","0000-00-00","0","","0"),
("520","SKT","0","2017-09-25","1","0","9ASK/Sc","S4","","","","","","","","","","","","TEST 520","","0","","0000-00-00","0","","0"),
("521","SKT","0","2017-09-25","2","0","9ASK/Sc","S4","","","","","","","","","","","","TEST 521","","0","","0000-00-00","0","","0"),
("522","SKT","0","2017-09-26","2","0","9ASK/Sc","S4","7P.1","Is light a wave?","","","Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nLight waves can travelling through a vacuum.\nT: Waves transfer energy from one place to another, but generally not matter (particles).\nT: The maximum displacement is called the amplitude.\nT: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\nLight waves do not involve particles, they are displacements in electrical and magnetic fields.\nLight is called electromagnetic radiation.\nThe speed of light through a vacuum is always 3x10^8 m/s","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat is the speed of light? The speed of light through a vacuum is always 3x10^8 m/s","","Displacement\nAmplitude","","","","TEST 522","","0","","0000-00-00","0","","0"),
("523","SKT","0","2017-09-29","5","0","9ASK/Sc","S4","","","","","","","","","","","","TEST 523","","0","","0000-00-00","0","","0"),
("524","SNK","0","2017-09-29","1","0","9b/Pr1","S6","","","","","","","","","","","","TEST 524","","0","","0000-00-00","0","","0"),
("525","PKT","0","2017-09-29","1","0","9b/Pr2","S2","","","","","","","","","","","","TEST 525","","0","","0000-00-00","0","","0"),
("526","SKT","0","2017-09-25","3","0","9BSK/Sc","S4","","","","","","","","","","","","TEST 526","","0","","0000-00-00","0","","0"),
("527","SKT","0","2017-09-26","5","0","9BSK/Sc","S4","","","","","","","","","","","","TEST 527","","0","","0000-00-00","0","","0"),
("528","SKT","0","2017-09-28","2","0","9BSK/Sc","S4","","","","","","","","","","","","TEST 528","","0","","0000-00-00","0","","0"),
("529","SKT","0","2017-09-29","2","0","9BSK/Sc","S4","","","","","","","","","","","","TEST 529","","0","","0000-00-00","0","","0"),
("530","CLA","0","2017-09-27","3","0","9BSK/Sc","S1","","","","","","","","","","","","TEST 530","","0","","0000-00-00","0","","0"),
("531","CLA","0","2017-09-25","2","0","9CLA/Sc","S1","","","","","","","","","","","","TEST 531","","0","","0000-00-00","0","","0"),
("532","CLA","0","2017-09-26","2","0","9CLA/Sc","S1","","","","","","","","","","","","TEST 532","","0","","0000-00-00","0","","0"),
("533","CLA","0","2017-09-29","5","0","9CLA/Sc","S1","","","","","","","","","","","","TEST 533","","0","","0000-00-00","0","","0"),
("534","CLA","0","2017-09-25","1","0","9CLA/Sc","S1","","","","","","","","","","","","TEST 534","","0","","0000-00-00","0","","0"),
("535","JCE","0","2017-09-25","3","0","9JCE/Sc","S3","7c.1","What happens when metals react with acid?","","","1) Metals will react with acid at different rates.\n2) When Metals react with acid with they produce (a salt and) hydrogen gas.\n3) W: Acids contain hydrogen (ions) particles.\n4) Metals can be put into order of reactivity called the 'the reactivity series'\n5) When Metals react with acid with they produce a salt (and hydrogen gas).\n6) A: Draw particle diagrams for metals reacting with acid.\n7) A: Write word equations for metals reacting with acid.\n8) A: Write symbol equations for metals reacting with acid.","What a rate? A rate is how quickly something happens /\nhow much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? \nWhat do all acids contain? \nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with an acid?","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 1)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 2)\nTest the gas produced.\nActivity 5)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nMagnesium Ribbon\nIron filings\nCopper Turnings\nZinc granules\n\nTest tubes\nLoose fitting bungs\n\n0.5M HCl\n\n0.5M Sulphuric\n\nDEMO\nGroup 1 metals as SoP\n\n-----------\n\nActivity 2)\nSpills\n\n-----------\n\nActivity 5)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------","","0","","0000-00-00","0","","0"),
("536","JCE","0","2017-09-27","3","0","9JCE/Sc","S3","","","","","","","","","","","","TEST 536","","0","","0000-00-00","0","","0"),
("537","JCE","0","2017-09-28","2","0","9JCE/Sc","S3","","","","","","","","","","","","TEST 537","","0","","0000-00-00","0","","0"),
("538","JCE","0","2017-09-29","2","0","9JCE/Sc","S3","7C.8","What is the difference between metals and ceramics?","","","1 Ceramic materials are solids made by baking a starting material in a very hot oven or kiln.\n\n2 properties of Metals\n\n3 Ceramic materials are hard, so not easy to scratch.\n\n4 Ceramic materials are strong under compression.\n\n5 Ceramic materials are brittle","","","Ceramic\nMetals\nBrittle\nHard\nSonorous\nMalleable\nDuctile\nCompression\nLustrous\nTensile Strength\nConductor\nKiln","","","","TEST 538","","0","","0000-00-00","0","","0"),
("539","PKT","0","2017-09-26","5","0","9JCE/Sc","S2","7c.1","What happens when metals react with acid?","","","1) Metals will react with acid at different rates.\n2) When Metals react with acid with they produce (a salt and) hydrogen gas.\n3) W: Acids contain hydrogen (ions) particles.\n4) Metals can be put into order of reactivity called the 'the reactivity series'\n5) When Metals react with acid with they produce a salt (and hydrogen gas).\n6) A: Draw particle diagrams for metals reacting with acid.\n7) A: Write word equations for metals reacting with acid.\n8) A: Write symbol equations for metals reacting with acid.","What a rate? A rate is how quickly something happens /\nhow much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? \nWhat do all acids contain? \nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with an acid?","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 1)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 2)\nTest the gas produced.\nActivity 5)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nMagnesium Ribbon\nIron filings\nCopper Turnings\nZinc granules\n\nTest tubes\nLoose fitting bungs\n\n0.5M HCl\n\n0.5M Sulphuric\n\nDEMO\nGroup 1 metals as SoP\n\n-----------\n\nActivity 2)\nSpills\n\n-----------\n\nActivity 5)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------","","0","","0000-00-00","0","","0"),
("848","MES","0","2017-09-19","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("863","MES","0","2017-09-28","2","0","7B1/Sc","S5","1B.1","What are living things made up of?","","","T: the functions of the:\n- cell wall: strengthens the cell,\n- cell membrane: controls the passage of substances in and out of the cell,\n- cytoplasm: location for most of the chemical reactions,\n- nucleus: controls the activities of the cell,\n- permanent vacuole: store of cell sap,\n- chloroplasts: where light energy is absorbed to make food,\n- mitochondria: where most energy is released in respiration,\n- ribosome: where protein synthesis (making) occurs.\nT: Cells => Tissues => Organs => Organ Systems => Organisms\nW: Cells are repeated units\nW: All living, or once living, things are made up of cells.\nT: Cells as are the fundamental unit of living organisms.\nW: Tissues are one type of cell working together.\nW: Organs are made of different tissues working together.\nW: Organ Systems are different organs working together.\nW: Organisms are living things, in which different organ systems work together.","What is the role for each different organelle of a cell? the functions of the:\n- cell wall: strengthens the cell,\n- cell membrane: controls the passage of substances in and out of the cell,\n- cytoplasm: location for most of the chemical reactions,\n- nucleus: controls the activities of the cell,\n- permanent vacuole: store of cell sap,\n- chloroplasts: where light energy is absorbed to make food,\n- mitochondria: where most energy is released in respiration,\n- ribosome: where protein synthesis (making) occurs.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are cells? Cells are repeated units\nWhat are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.","","Cell wall\nCell membrane\nCytoplasm\nNucleus\nPermanent vacuole\nChloroplast\nMitochondria\nRibosome\nCell\nTissue\nOrgan\nOrgan System\nOrganism\nCell\nCell\nOrganism\nCell\nTissue\nOrgan\nOrgan System\nOrganism","","","","L2","","0","","0000-00-00","0","","0"),
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("879","JCE","0","2017-10-04","1","0","7B1/Sc","S3","1B.3","How do we use a microscope to see cells?","","","D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n\nT: DESIRABLE:\nTo prepare a slide...\n\nT: Biological diagrams are line drawings of 'the generalised specimen'.\n\nT: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\n\nW: What is the difference between a onion bulb cell and a daffodil bulb?","What organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\n\nWhy, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.","https://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif\nhttps://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg","light microscope\nbulb\nspecimen","","","Activity 1:\nDESIRABLE:\nTo prepare a slide...\n\nActivity 3:\nUse Microsopes","Activity 1:\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 3:\nMicroscopes \nSlides\n\n-----------","","0","","0000-00-00","0","","0"),
("880","JCE","0","2017-10-05","3","0","7B1/Sc","S3","1B.4","","","","W: Unicellular organisms are living things made up of only a one cell.\nT: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\nT: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\nT: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\nT: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nA: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.\nW: Multicellular organisms are living things made up of many cells.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nCan you see unicellular or multicellular organisms with the naked eye? Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.","","Unicellular organism\nBacteria\nProtozoa\nYeast\nPseudopodia\nGene\nFlagella\nMulticellular organisms","","","","","","0","","0000-00-00","0","","0"),
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("987","JCE","0","2017-10-02","4","0","9JCE/Sc","S2","7C.9","What is the difference between polymers and compostites?","","","1) Plastics are polymers.\n2) There are many different polymers. Their properties determine how they are used.\n3) Polymers can be flexible, cheap, electrical insulator, strong, tough resistant to chemicals and generally have a low density.\n4) Composites are made up of more than type of material.\n5) Composites have a mixture of properties from the materials that make them up.\n6) Reinforced concrete is a composite of concrete (ceramic) and metal bars.\n7) Glass Reinforced Plastics (GRP) are a composite of glass fibres (ceramic) and a plastic (polymer).","","","resistant to chemicals.\ndensity\ninsulator \ncheap\nFlexible\nTough","","","Activity 2)\nDo any of last lessons keywords apply to plastics?\nActivity 3)\nWhich material properties are the opposite of each other?\n\nTough : Brittle\nFlexible : Brittle\nConductor : Insulator\nActivity 4)\nhttps://www.youtube.com/watch?v=WYqCnEvTRUQ\nActivity 6)\nTesting reinforced and not reinforced ceramic bars.\n\nhttps://www.youtube.com/watch?v=vuZcPTp51Zk\nActivity 7)\nhttps://www.youtube.com/watch?v=S1RWEGhuQqw","Activity 1)\nMaterial samples\n\n-----------\n\nActivity 6)\nPremade bars\nWeights\nNewspaper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("988","JCE","0","2017-10-06","4","0","9JCE/Sc","S3","7C.11","Progress Observation Opportunity","","","1) POO","","","","","","","","","0","","0000-00-00","0","","0"),
("989","JCE","0","2017-10-03","4","0","9JCE/Sc","S3","7c.11","Progress Observation Opportunity","","","1 POO","","","","","","","","","0","","0000-00-00","0","","0"),
("990","JCE","0","2017-10-03","3","0","9JCE/Sc","S3","7C.10","What type of material should we use?","","","1) T: Metals are malleable and ductile because their particles are arranged in layers with weakish bonds between them.\n(This is an oversimplification as dislocations and grain boundaries are the true weaknesses)\n2) W: When a force is applied to the metal layers they slide over each other changing the material's shape.\n3) W: Metals are tough because when there is a shock of energy, it can be absorbed in the flexibility of these weak bonds.\n4) T: Ceramics are hard and brittle because their particles are held in a lattice shape such as a tetrahedral.\n5) W: Tetrahedrals are strong shapes as each particle is held in place by triangles of bonds.\n6) W: The strong structure means that particles will not move as much as others so can scratch the softer material. But it also means that a shock of energy can not be absorbed by the bonds as there is no flexibility in the structure.\n7) W: The particles in polymers are a arranged in chains.\n8) W: The bonds in the chain are very strong, but the force between chains are relatively weak.\n9) W: The length of the particle chain affects how the chains interact with each other and so the properties of the polymer.\n10) Application of ceramics, polymers and composites (qualitative)","","","Layer\nChain\nBond","","","Activity 1)\nShow magnetic balls in layers as http://www.the-buckyballs.com/upload/201303/1363691684369348556.jpg\n\nYet to be bought!!!!!\nLess printing means more toys.\nActivity 4)\nShow Molymod model of diamond.\nActivity 9)\nPour long tangled string and short lengths\nActivity 10)\nWhy don't we use chocolate tea pots?\n\nThink of a situation and workout the material requirements are. Then match them to a type of material.","Activity 4)\nMolymod model of diamond.\n\n-----------\n\nActivity 9)\n1xlong piece of string in a beaker.
\nLots of 1cm pieces of string cut up, in a\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("1026","SNK","0","2017-10-06","3","0","7E/Sc","S6","1C.6","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","","Time\nTemperature\nHeat","","","","","","0","","0000-00-00","0","","0"),
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("1028","MES","0","2017-10-05","1","0","7E/Sc","S5","1C.5","Skill focus: Planning","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","","Time\nTemperature\nHeat","","","","","","0","","0000-00-00","0","","0"),
("1029","MES","0","2017-10-04","3","0","7E/Sc","S5","1C.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n3) T: Particles always attract each other.\n4) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n5) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n6) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","","Attraction\nLiquid\nSolid\nForce\nEnergy\nCollision\nGas\nSublimation\nMelting\nParticle","","","Activity 2)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","","","0","","0000-00-00","0","","0"),
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("1072","LCY","0","2017-10-04","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1073","MES","0","2017-10-05","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1074","MES","0","2017-10-02","2","0","10TS/Sc","S5","","","","","","","","","","","","TEST 1074","","0","","0000-00-00","0","","0"),
("1075","CPD","0","2017-10-05","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1076","TLK","0","2017-10-03","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1077","TLK","0","2017-10-06","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1078","TLK","0","2017-10-05","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1079","TLK","0","2017-10-02","4","0","10TLK/Sc","S7","","","","","","","","","","","","TEST 1079","","0","","0000-00-00","0","","0"),
("1080","PKT","0","2017-10-06","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1081","CLA","0","2017-10-05","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1082","CLA","0","2017-10-03","5","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1083","CLA","0","2017-10-02","4","0","10TE/Sc","S1","","","","","","","","","","","","TEST 1083","","0","","0000-00-00","0","","0"),
("1084","SNK","0","2017-10-06","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1085","SNK","0","2017-10-05","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1086","SNK","0","2017-10-05","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1087","SNK","0","2017-10-04","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1088","SNK","0","2017-10-02","2","0","10SN/Sc","S6","","","","","","","","","","","","TEST 1088","","0","","0000-00-00","0","","0"),
("1089","SKT","0","2017-10-06","5","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1090","SKT","0","2017-10-05","3","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1091","SKT","0","2017-10-04","5","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1092","SKT","0","2017-10-02","2","0","10SKT/Sc","S4","","","","","","","","","","","","TEST 1092","","0","","0000-00-00","0","","0"),
("1093","SKT","0","2017-10-05","4","0","10SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1094","PKT","0","2017-10-04","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1095","PKT","0","2017-10-02","2","0","10PKT/Sc","S2","","","","","","","","","","","","TEST 1095","","0","","0000-00-00","0","","0"),
("1096","PKT","0","2017-10-06","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1097","PKT","0","2017-10-05","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1098","PKT","0","2017-10-05","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1099","MES","0","2017-10-05","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1100","MES","0","2017-10-03","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1101","MES","0","2017-10-02","4","0","10MES/Sc","S5","","","","","","","","","","","","TEST 1101","","0","","0000-00-00","0","","0"),
("1102","MES","0","2017-10-06","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1341","JCE","0","2017-10-17","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1342","LCY","0","2017-10-19","3","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1343","JCE","0","2017-10-18","1","0","7B1/Sc","S3","1B.10","How does a skeleton move?","","Draw a label a diagram to show:\nThe muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons\nMuscles\nBicep\nHamstrings\nTricep\nQuadriceps\nJoint\nIntercostal muscles\nintercostal muscles\nLigaments","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1344","JCE","0","2017-10-19","3","0","7B1/Sc","S3","1B.10","How does a skeleton move?","","Draw a label a diagram to show:\nThe muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons\nMuscles\nBicep\nHamstrings\nTricep\nQuadriceps\nJoint\nIntercostal muscles\nLigaments","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1345","SKT","0","2017-10-16","5","0","11SKT/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1346","SKT","0","2017-10-20","1","0","11SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1347","SKT","0","2017-10-20","2","0","11SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1348","SKT","0","2017-10-17","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1349","SKT","0","2017-10-19","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1350","JCE","0","2017-10-19","4","0","10S/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1351","PKT","0","2017-10-16","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1352","PKT","0","2017-10-17","5","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1353","CLA","0","2017-10-20","4","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1354","JCE","0","2017-10-18","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1355","PKT","0","2017-10-17","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1356","LCY","0","2017-10-16","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1357","SKT","0","2017-10-19","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1358","CLA","0","2017-10-18","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1359","TLK","0","2017-10-20","1","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1360","TLK","0","2017-10-20","2","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1361","TLK","0","2017-10-19","2","0","11TS/Sc-Bio","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1362","MES","0","2017-10-17","1","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1363","MES","0","2017-10-18","2","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1364","MES","0","2017-10-16","5","0","11TS/Sc-Chem","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1365","CPD","0","2017-10-16","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1366","JCE","0","2017-10-17","2","0","7A1/Sc","S3","1C.8","Review","","","1) T: REVIEW of 1C.1","","","","","","","","","0","","0000-00-00","0","","0"),
("1367","JCE","0","2017-10-20","3","0","7A1/Sc","D8","1C.11","Progress Observation Opportunity","","","1) PROGRESS OBSERVATION OPPORTUNITY","","","","","","","","","0","","0000-00-00","0","","0"),
("1368","JCE","0","2017-10-16","1","0","7A1/Sc","S3","1C.7","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","","Time\nTemperature\nHeat","","","","","","0","","0000-00-00","0","","0"),
("1369","JCE","0","2017-10-18","3","0","7A1/Sc","S3","1C.9","What happens when ice melts?","","Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\nMeasure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: Particles can not be created or destroyed.\n4) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n5) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of an ice cube change as it melts? The mass of an ice cube doesn't change during melting. This is because the number of particles stays the same. The particles move and the forces of attraction between particles is overcome by the heat energy becoming kinetic energy causing the particles to move about.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? What causes the changes of state? There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","Solid\nLiquid\nStates of matter\nConservation\nAttraction\nEnergy\nMelt\nGas\narranged in a regular way \nParticle","","","","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1370","JCE","0","2017-10-19","1","0","7A1/Sc","S3","1C.10","What is internal energy?","","","1) T: The energy of the particles in a material is called 'internal energy'.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Internal energy\nEnergy\nMelt\nLiquid\nSolid\nState\nLatent heat\nTemperature\nBoiling point\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 4)\nThermometers\nStop watches\n(Boiling tubes)\n\n-----------","","0","","0000-00-00","0","","0"),
("1371","PKT","0","2017-10-16","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1372","PKT","0","2017-10-18","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1373","PKT","0","2017-10-19","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1374","PKT","0","2017-10-20","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1375","PKT","0","2017-10-17","2","0","7A2/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1376","LCY","0","2017-10-16","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1377","LCY","0","2017-10-17","2","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1378","LCY","0","2017-10-18","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1379","LCY","0","2017-10-19","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1380","LCY","0","2017-10-20","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1381","CPD","0","2017-10-16","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1382","MES","0","2017-10-17","4","0","7B1/Sc","S5","1B.9","How is the human skeleton arranged?","","","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper arm has one bone called the Femur.\n - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cellsnes\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:\n\nLegs:\n - The upper arm has one bone called the Femur.\n - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the reasons that we have a skeleton? The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","","Hinge\nbone marrow\n Pivot\n Ball and socket\nJoint\n Fixed\nSkeleton\nRadius and the Ulna\n Joint\nTibia and Fibula\nSpine\nRib cage\nHumerus\nClavicle\nFemur","","","","","","0","","0000-00-00","0","","0"),
("1383","CPD","0","2017-10-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1384","CPD","0","2017-10-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1108","CLA","0","2017-10-12","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1109","JCE","0","2017-10-13","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1110","JCE","0","2017-10-11","2","0","7B1/Sc","S3","1b.7","Analysis: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("1111","MES","0","2017-10-09","5","0","7B1/Sc","S3","1b.5","Planning: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","","","","","","","","0","","0000-00-00","0","","0"),
("1112","SKT","0","2017-10-12","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1119","SKT","0","2017-10-13","3","0","10SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1120","JCE","0","2017-10-12","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1123","SNK","0","2017-10-10","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1124","JCE","0","2017-10-10","3","0","11TS/Sc-Phy","S1","","LA feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1125","JCE","0","2017-10-12","4","0","11TS/Sc-Phy","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1126","JCE","0","2017-10-11","4","0","11TS/Sc-Phy","D8","","Suvat","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1127","CPD","0","2017-10-11","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1128","CPD","0","2017-10-12","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1129","PKT","0","2017-10-10","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1130","JCE","0","2017-10-09","1","0","7A1/Sc","S6","1C.5","Skill focus: Planning","","Planning a method: To find out how the amount of time heating water affects its temperature.","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","","Time\nTemperature\nHeat","","","","","","0","","0000-00-00","0","","0"),
("1131","JCE","0","2017-10-10","4","0","7A1/Sc","S3","1C.6","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","","Time\nTemperature\nHeat","","","","Activity 1)\nThermometers\nStopwatches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1132","PKT","0","2017-10-09","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1133","PKT","0","2017-10-10","4","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1134","LCY","0","2017-10-09","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1135","LCY","0","2017-10-10","4","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1136","CPD","0","2017-10-10","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1137","MES","0","2017-10-10","5","0","7B1/Sc","S5","1b.6","Data Collection: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Data collection","","","","","","","","","0","","0000-00-00","0","","0"),
("1138","CPD","0","2017-10-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1140","SNK","0","2017-10-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1142","CLA","0","2017-10-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1168","CPD","0","2017-10-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1169","MES","0","2017-10-11","4","0","11TE/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1170","TLK","0","2017-10-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1177","CPD","0","2017-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1179","CPD","0","2017-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1180","TLK","0","2017-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1181","JCE","0","2017-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1182","CPD","0","2017-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1183","TLK","0","2017-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1184","SKT","0","2017-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1185","CLA","0","2017-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1186","MES","0","2017-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1187","CPD","0","2017-10-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1188","JCE","0","2017-10-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1189","CPD","0","2017-10-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1190","LCY","0","2017-10-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1191","SKT","0","2017-10-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1205","TLK","0","2017-10-09","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1206","TLK","0","2017-10-09","1","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1207","TLK","0","2017-10-13","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1208","TLK","0","2017-10-10","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1209","SNK","0","2017-10-09","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1210","SNK","0","2017-10-13","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1211","SNK","0","2017-10-12","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1212","SNK","0","2017-10-11","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1213","SNK","0","2017-10-10","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1214","MES","0","2017-10-09","1","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1215","MES","0","2017-10-13","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1216","MES","0","2017-10-10","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1217","MES","0","2017-10-09","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1218","PKT","0","2017-10-10","5","0","9JCE/Sc","S2","7C.12","Reflection","","","1) REFLECTION","","","Energy\nPrism\nFrequency\nBend\nColour","","","","","","0","","0000-00-00","0","","0"),
("1219","JCE","0","2017-10-13","2","0","9JCE/Sc","S3","7P.4","What happens when light goes through a surface?","","","1) PLANNING:\nthe transmission of light through materials: absorption","","","","","","","","","0","","0000-00-00","0","","0"),
("1220","JCE","0","2017-10-12","2","0","9JCE/Sc","S3","7P.3","What happens when light bounces off a surface?","","","1) W: When a wave encounters a material it is either: \nreflected; \nabsorbed or;\ntransmitted\n2) W: When a wave is reflected from an object like a mirror, the angle of reflection equals the angle of incidence.\n3) W: Use of ray model to explain imaging in mirrors\n4) When a wave is reflected from an object like a mirror, it is called specular reflection.\n5) In specular reflection rays are reflected at a consistent angle, allowing an image to be formed.\n6) Diffuse scattering occurs when rays are reflected from a surface in a variety of angles.\n7) Differential colour effects in absorption and diffuse reflection","","https://www.mrcorfe.com/MemoryAnchors/b491badab749a0b0dc82eee33c6e4992.jpg","transmitted\nabsorbed\nreflected","","","Activity 1)\nThought exp:\nWhat could happen when an attacking rugby player becomes comes in contact with a defensive player. NB Stopped means energy is absorbed\nActivity 2)\nRay diagrams with mirrors\nActivity 3)\nRay diagrams with mirrors to form image.\nActivity 6)\nDiscuss the viewing angle of a projector screen - people can see what is reflecting from the screen all around the room. So the rays of light must be reflecting in all directions.\nIs there a particular angle it is brighter? There is probably a bright spot if the projector is illuminating a whiteboard.\nActivity 7)\nLight from a ray box reflecting of different colour paper","Activity 2)\nRay boxes\nSlit cards\nProtractors\nMirrors\nMirror holders\n\n-----------\n\nActivity 7)\nRay boxes\nPower supplies\nData loggers light meters\n10 Different colours of paper sqaures\n\n-----------","","0","","0000-00-00","0","","0"),
("1221","JCE","0","2017-10-11","3","0","9JCE/Sc","S3","7P.2","What determines the colour of light?","","","1) When colours of paint are mix they subtract, forming brown.\n2) When colours of light mix they add up to form white light.\n3) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n4) T: The different colours have different frequencies of light.\n5) T: The higher the frequency of light, the more it is bent by a prism.\n6) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n7) W: The higher the frequency the higher the energy of the wave.\n8) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)","What happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown\nWhat happens when different colours of light mix? When different colours of light mix they combine to form white light.\nWhy do rainbows bend? The different colours of light bend different amounts.\nRed is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light).","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nPrism\nFrequency\nRefracted\nColour","","","Activity 1)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html\nActivity 2)\nSplitting white light.\nActivity 7)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave","Activity 2)\n60 deg prisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 7)\nLong (~3m) Rope or rubber tube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1222","JCE","0","2017-10-09","3","0","9JCE/Sc","S3","7P.1","Is light a wave?","","","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n6) Light waves can travel through a vacuum.\n7) The speed of light through a vacuum is always 3x10^8 m/s\n8) Light is called electromagnetic radiation.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nWhy can light travel through a vacuum? Light waves can travel everywhere including though a vacuum due to the fact that they don't need particles in order to travel.\nWhat is the speed of light? The speed of light through a vacuum is always 3x10^8 m/s\nWhat is another name for light? Light is also known as electromagnetic radiation.","https://www.mrcorfe.com/MemoryAnchors/6b81e9cac25d9a4ec49703c449d9b591.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0f5308e25d2bbba6723e3496d669afec.png","Energy\nWave\nParticles\nTrough\nPeak\nAmplitude\nWavelength\nDisplacement","","","Activity 5)\nBell in Bell jar and vacuum pump","Activity 5)\nElectric Bell in Bell jar \nPower supply\nVacuum pump\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("1239","PKT","0","2017-10-13","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1240","MES","0","2017-10-13","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1241","SNK","0","2017-10-13","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1242","SNK","0","2017-10-12","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1243","SNK","0","2017-10-11","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1244","SNK","0","2017-10-10","2","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1246","JCE","0","2017-10-13","1","0","8E/Sc","S3","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","","","0","","0000-00-00","0","","0"),
("1247","JCE","0","2017-10-11","1","0","8E/Sc","S3","4B.2","What is a balanced diet?","","Draw a pie chart for a balanced diet which consists of these proportions of food types:\nFruit and vegetables: 33%\nBread, rice, potatoes and pasta: 33%\nMilk and other dairy products : 15%\nMeat, fish, egg, beans: 12%\nFoods and drinks high in energy: 7%","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:\nFruit and vegetables: 33%\nBread, rice, potatoes and pasta: 33%\nMilk and other dairy products : 15%\nMeat, fish, egg, beans: 12%\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy gives Sugars (Carbohydrates)\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:A balanced diet consists of these proportions of food types:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of carbohydrates provide slow release energy (starch)? Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\nWhich food type provides vitamins, minerals and lipids? Milk and milk products gives Protein; Lipids; Vitamins and Minerals\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, egg, beans gives Protein; Lipids\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy gives Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.","","","0","","0000-00-00","0","","0"),
("1248","JCE","0","2017-10-10","1","0","8E/Sc","S3","4B.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used slow release energy.\n3) Carbohydrates: Sugar is used quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates\nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch\nWaste\nDietary\nOrgans\nDiet\nSugar\nGrowth","","","","","","0","","0000-00-00","0","","0"),
("1249","JCE","0","2017-10-09","4","0","8E/Sc","S3","4P.12","Progress Reflection","","","W: Reflection","","","","","","","","","0","","0000-00-00","0","","0"),
("1250","JCE","0","2017-10-12","5","0","8E/Sc","D8","4B.3","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("1295","PKT","0","2017-10-11","4","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1298","LCY","0","2017-10-12","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1299","LCY","0","2017-10-11","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1300","LCY","0","2017-10-10","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1301","CLA","0","2017-10-12","4","0","11CLA/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1304","LCY","0","2017-10-09","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1305","MES","0","2017-10-11","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1306","CPD","0","2017-10-13","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1308","TLK","0","2017-10-13","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1309","TLK","0","2017-10-13","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1311","TLK","0","2017-10-11","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1312","TLK","0","2017-10-09","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1313","PKT","0","2017-10-09","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1314","PKT","0","2017-10-11","5","0","10TE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1315","LCY","0","2017-10-13","3","0","10TE/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1316","LCY","0","2017-10-13","4","0","10TE/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1317","LCY","0","2017-10-12","3","0","10TE/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1318","SNK","0","2017-10-11","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1319","SNK","0","2017-10-09","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1320","SNK","0","2017-10-13","3","0","10SN/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1321","SNK","0","2017-10-12","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1322","SKT","0","2017-10-11","2","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1323","SKT","0","2017-10-09","4","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1324","PKT","0","2017-10-09","4","0","10PKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1325","PKT","0","2017-10-12","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1326","PKT","0","2017-10-11","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1327","MES","0","2017-10-13","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1328","MES","0","2017-10-13","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1329","MES","0","2017-10-12","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1330","MES","0","2017-10-11","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1331","MES","0","2017-10-09","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1332","PKT","0","2017-10-09","5","0","10a/Pr3","S2","","","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? reproduction in plants, including flower structure, wind and insect pollination, fertilisation, seed and fruit formation and dispersal, including quantitative investigation of some dispersal mechanisms \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","","","0","","0000-00-00","0","","0"),
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("1334","JCE","0","2017-10-13","4","0","Meeting LCY","Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1335","LCY","0","2017-10-13","4","0","Meeting JCE","Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1595","JCE","0","2017-10-30","1","0","7A1/Sc","S6","1B.1","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are cells? Cells are the repeated units that living things are made up of.\nWhat are are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis (making).","http://www.highresolutiontextures.com/wp-content/uploads/2010/09/brick-wall-free-textures-01.jpg","Cell\nOrganism\nOrgan\nOrgan System\nTissue\nChloroplasts\nMitochondria\nPermanent Vacuole\nRibosome\nCell wall\nOrganelle\nCell membrane\nCytoplasm\nNucleus","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1596","JCE","0","2017-10-31","4","0","7A1/Sc","S3","1B.2","How are cells different from each other?","","","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & chloroplasts.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","What to animal and plant cells have in common? What is different between them? the similarities and differences between plant and animal cell:; - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & chloroplasts.; - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.;; - Root hair cell; - Red blood cell; - Elodea cell; - Ciliated cell\nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.;;Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.;;Elodea cell have lots of chloroplasts to capture light.;;Ciliated cells have hairs on them to move substances around.;;NB: Do not use a palisade cell as this will be used in 3B.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs?","","Root hair cell\nCiliated cell\nElodea cell\nRed blood cell\nFunction\nOrganelle\nAdapted","","","Activity 2)\nSorting photos of cell diagrams","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("1602","MES","0","2017-10-31","5","0","7B1/Sc","S5","1C.1","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have not pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat are both liquids and gases known as, and why? Liquids and gases are known as fluids because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have not pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out.","","Particle\nSolid\nGas\nLiquid\nLattice\nMatter","","","Activity 1)\nSolid, liquid, Gas in a beaker","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("1641","CPD","0","2017-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1642","SKT","0","2017-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1643","CPD","0","2017-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1644","TLK","0","2017-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1645","JCE","0","2017-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1646","CPD","0","2017-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1647","TLK","0","2017-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1648","SKT","0","2017-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1649","CLA","0","2017-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1650","MES","0","2017-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1651","CPD","0","2017-10-31","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1652","JCE","0","2017-10-31","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1653","CPD","0","2017-10-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1654","LCY","0","2017-10-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1655","SKT","0","2017-10-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1656","CPD","0","2017-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1657","TLK","0","2017-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1658","SKT","0","2017-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1659","JCE","0","2017-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1660","CPD","0","2017-10-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1661","CPD","0","2017-10-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1662","LCY","0","2017-10-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1663","CPD","0","2017-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1664","LCY","0","2017-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1665","SNK","0","2017-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1666","JCE","0","2017-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1667","PKT","0","2017-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1668","CPD","0","2017-10-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1669","TLK","0","2017-10-30","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1670","TLK","0","2017-10-30","1","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1671","TLK","0","2017-11-03","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1672","TLK","0","2017-10-31","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1673","SNK","0","2017-10-30","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1674","SNK","0","2017-11-03","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1675","SNK","0","2017-11-02","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1676","SNK","0","2017-11-01","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1677","SNK","0","2017-10-31","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1678","MES","0","2017-10-30","1","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1679","MES","0","2017-11-03","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1680","MES","0","2017-10-31","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1681","MES","0","2017-10-30","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1682","PKT","0","2017-10-31","5","0","9JCE/Sc","S2","7P.10","What can light energy do?","","","1) Light transfers energy from source to absorber.\n2) The energy absorbed can lead to chemical effects such photosensitive chemicals in photo films.\n3) The energy absorbed can lead to chemical changes in cells such as those in the back of the eye.- the retenia.\n4) T: When light is absorbed by a charged surface, the charge can leak away.\n5) W: The change in electrical charge can be measured by a circuit to produce a picture. ie a digital camera sensor (CCD)","Where does light transfer from and to? Light transfers energy from source to absorber.\nWhat things can absorbed light energy in a camera lead to? The energy absorbed can lead to chemical effects such as photosensitive chemicals in photo films.\nWhat can absorbed light energy lead to in the eye? The energy absorbed can lead to chemical changes in cells such as those in the back of the eye.- the reteni.\nWhat can happen to a charged surface when light energy is absorbed? When light is absorbed by a charged surface, the charge can leak away.\nWhat can be produced when a change in electrical charge is measured by a circuit? ","","","","","Activity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000454/making-a-photographic-print?cmpid=CMP00005166\nActivity 4)\nDEMO photovoltaic effect (work function) with gold leaf electroscope, Zinc plate & UV lamp?
\n
\nhttps://www.youtube.com/watch?v=muxRZ1irsrk\nActivity 5)\nExplain using visualiser","Activity 2)\nEach demonstration (or pair of students) requires 0.1 M solutions of:\nPotassium chloride, 10 cm3\nPotassium bromide, 5 cm3\nPotassium iodide, 5 cm3\nSilver nitrate, 10 cm3\n\nProtective gloves (preferably nitrile gloves)\nA square of white paper, about 10 x 10 cm, or a filter paper of similar size\nSmall paint brushes, 2\nTest-tubes, 3\nTest-tube rack\nHairdryer (Note 1)\n\n-----------\n\nActivity 4)\nGold leaf electroscope
\nPlastic rod
\nDuster
\nZinc plate
\nUVC lamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1683","JCE","0","2017-11-03","2","0","9JCE/Sc","S3","7P.12","Progress Reflection","","","1) W: Reflection","Don't need to question on, but needed for identification in lesson:","","","","","Activity 4)\nhttps://en.wikipedia.org/wiki/Taxonomy_(biology)#/media/File:Biological_classification_L_Pengo_vflip.svg\nActivity 7)\nLooking at samples of animals and classifying into different phyla.","","","0","","0000-00-00","0","","0"),
("1684","JCE","0","2017-11-02","2","0","9JCE/Sc","S3","7P.11","","","","1) A: Progress Observation Opportunity","","","","","","","","","0","","0000-00-00","0","","0"),
("1685","JCE","0","2017-11-01","3","0","9JCE/Sc","S3","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1686","JCE","0","2017-10-30","3","0","9JCE/Sc","S3","7P.9","How does light get in to the eye?","","","1) The structure of the eye\n2) Light enters the eye through the pupil.\n3) The pupil changes size to keep the amount of light energy entering the eye constant.\n4) Light is refracted first by the cornea and then by the lens.\n5) Light is refracted so that rays of light from the one place on the object reaches only one place on the retina. This creates a focused (clear) and bright image.\n6) The cornea and the lens are convex in shape and so focus the light.\n7) The retina has specialised cells that sense / detect light energy by having chemicals that are destroyed when they absorb the light energy.\n8) The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","","https://www.mrcorfe.com/MemoryAnchors/0299d478666bbe8428c738328b9f9aab.png\nhttps://www.mrcorfe.com/MemoryAnchors/9e9e136940415d22914a7387c8741747.jpg","Retina\nOptic Nerve\nLens\nCornea\nPupil\nIris","","","Activity 3)\nIn pairs one cover an eye for 15s then uncover so partner can see pupil shrink.\n\nhttps://www.youtube.com/watch?v=DW2iwEshWME\nActivity 7)\nLook at a bright light and then close eyes to 'see' coloured shapes.","Activity 1)\nEye model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1687","CLA","0","2017-11-03","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1688","CLA","0","2017-10-31","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1689","CLA","0","2017-10-30","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1690","CLA","0","2017-10-30","1","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1691","SKT","0","2017-11-02","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1692","SKT","0","2017-10-31","5","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1693","SKT","0","2017-10-30","3","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1694","CLA","0","2017-11-01","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1695","SKT","0","2017-11-03","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1696","PKT","0","2017-11-03","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1697","SNK","0","2017-11-03","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1698","SKT","0","2017-10-31","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1699","SKT","0","2017-10-30","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1700","SKT","0","2017-10-30","1","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1701","SKT","0","2017-11-03","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1702","CLA","0","2017-11-03","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1703","PKT","0","2017-11-03","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1704","MES","0","2017-11-03","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1705","SNK","0","2017-11-03","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1706","SNK","0","2017-11-02","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1707","SNK","0","2017-11-01","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1708","SNK","0","2017-10-31","2","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1709","CLA","0","2017-11-03","3","0","8S/Pr","D6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1710","JCE","0","2017-11-03","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1711","JCE","0","2017-11-01","1","0","8E/Sc","S3","4B.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion\nNutrients\nSmall intestine\nDiffusion\nIntestine\nSurface area\nConcentration gradient\nAbsorbed\nRate\nAnus\nStomach\nMouth\nDigestive system\nIntestine wall\nFaeces\nMicroscopic\nVilli\nExcess\nblood supply\nParticles\nLarge Intestines\nUndigested\nConcentration\nacids\nLarge intestine\nAppendix\nPancreas\nLiver\nOesophagus\nRectum\nSaliva\nChemically\nBlood stream\nPhysically\nChurned\nspeeds up\nSmall intestines","","","","Activity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\nActivity 15)\nMr Poo demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1712","JCE","0","2017-10-31","1","0","8E/Sc","S3","4b.6","How much energy do we need?","","","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/2fe3fe504a06280d71c9ae9a80315ae9.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nAMR\nWeight\nBMR\nFunction\nStarvation\nHeart disease\nCell\nVitamins\nDeficiency diseases\nHigh blood pressure\nMinerals\nHealth\nConsumes\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nConsumes \nObese\nArthritis\nObesity\nDiabetes","","","","","","0","","0000-00-00","0","","0"),
("1713","JCE","0","2017-10-30","4","0","8E/Sc","S3","4B.5","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","","","","0","","0000-00-00","0","","0"),
("1714","JCE","0","2017-11-02","5","0","8E/Sc","D8","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland\nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("1715","LCY","0","2017-11-03","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1716","LCY","0","2017-11-02","1","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1717","LCY","0","2017-10-31","2","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1718","LCY","0","2017-11-01","1","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1719","PKT","0","2017-11-03","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1720","PKT","0","2017-11-02","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1721","PKT","0","2017-11-01","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1722","PKT","0","2017-10-31","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1723","MES","0","2017-11-03","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1724","MES","0","2017-11-02","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("1805","JCE","0","2017-11-08","1","0","7B1/Sc","S3","1C.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n3) T: Particles always attract each other.\n4) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n5) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n6) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nDeposition\nFreezing\nEvaporating\nCondensing\nMelting\nSublimation","","","Activity 2)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 2)\nSublimation of Iodine, as airfreshner do\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1806","JCE","0","2017-11-09","3","0","7B1/Sc","S3","1C.5","Skill focus: Planning","","-To find out how the amount of time heating water affects its temperature-","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat","","","","","","0","","0000-00-00","0","","0"),
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("1812","JCE","0","2017-11-09","4","0","10S/Sc-Phy","S3","","","","","","","","","","","","Possibly Resistors Req'd Prac","","0","","0000-00-00","0","","0"),
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("1828","JCE","0","2017-11-07","2","0","7A1/Sc","S3","1B.4","What are the forms of life?","","","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Unicellular organism\nYeast\nMulticellular organisms\nFlagella\nPseudopodia\nGene\nProtozoa\nBacteria","","","","","","0","","0000-00-00","0","","0"),
("1829","JCE","0","2017-11-10","3","0","7A1/Sc","D8","1B.8","Review","","","1) REVIEW of 1B.1","","","","","","","","","0","","0000-00-00","0","","0"),
("1830","JCE","0","2017-11-06","1","0","7A1/Sc","S3","1B.3","How do we use a microscope to see cells?","","","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope\nFocusing knob\nLight source\nStage\nObjective lens\nspecimen\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1831","JCE","0","2017-11-08","3","0","7A1/Sc","S3","1B.5","Planning: Hand Grip Strength vs Age","","Planning an experiment using yellow scaffold sheet.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","ABDUL Jamal 4352\nALDEN Daisy 4357\nBIRLEA Radu 4369\nBISHOP Ryan 4443\nBRANT Annie 4270\nBRENDZEL Steven 4213\nCOE Lyla 4444\nCUMMINS-WORRALL Maizie 4113\nCURTIS Lilianah 4232\nEVANS Reuben 4326\nFROST Emily 4356\nGRANT Declan 4181\nHAMPTON Ellie 4125\nLAVERTY Kaitlyn 4096\nLEFEUVRE DJ 4317\nLYNCH Kacey 4113\nLYS Isabelle 4444\nMARTIN Heidi 4207\nMAYBEE Christopher 4435\nMONTEITH Eve 4258\nMOULD Sam 4191\nPRESTON Chloe 4450\nPRETTY Thomas 4322\nPROUT Hayden 4406\nRODGERS Freya 4413\nSLY Amelia 4299\nSMART Charlotte 4246\nTAYLOR William 4446\nTHOMSON Georgia 4354\nTOFTS Jamie 4354\nWIGGINTON Lilly-May 4165\nWILLIAMS Molly 4316\nWILLIS Zara 4141\nWOOD Erin 4132","","","","0","","0000-00-00","0","","0"),
("1832","JCE","0","2017-11-09","1","0","7A1/Sc","S3","1B.6","Data Collection: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Data collection","","","","","","","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1833","PKT","0","2017-11-06","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1834","PKT","0","2017-11-08","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1835","PKT","0","2017-11-09","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1836","PKT","0","2017-11-10","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1837","PKT","0","2017-11-07","2","0","7A2/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1838","LCY","0","2017-11-06","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1839","LCY","0","2017-11-07","2","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1840","LCY","0","2017-11-08","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1841","LCY","0","2017-11-09","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1842","LCY","0","2017-11-10","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1843","CPD","0","2017-11-06","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1844","MES","0","2017-11-07","4","0","7B1/Sc","S5","1C.3","How do particles change during a change of state?","","","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","So what happens when a solid is heated but does not yet melt? Matter expands when heated;;Matter becomes less dense when heated.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.;;Particles do not change size, but can be of different sizes.\nWhat happens to the force of collision of particles when heated? When heated the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle\nDensity\nFreeze\nForce\nCollision\nAbsolute zero\nVibration\nKinetic energy\nHeat\nEvaporate\nExpand\nMatter\nMelt\nCondense","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("1852","JCE","0","2017-11-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1853","LCY","0","2017-11-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1854","CPD","0","2017-11-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1855","CPD","0","2017-11-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1856","CPD","0","2017-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1857","TLK","0","2017-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1858","SNK","0","2017-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1859","SKT","0","2017-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1860","CLA","0","2017-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1861","CPD","0","2017-11-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1862","CPD","0","2017-11-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1863","JCE","0","2017-11-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1864","CPD","0","2017-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1865","TLK","0","2017-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1866","SNK","0","2017-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1867","SKT","0","2017-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1868","CPD","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1869","TLK","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1870","SNK","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1871","SKT","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1872","PKT","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1873","MES","0","2017-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1874","CPD","0","2017-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1875","LCY","0","2017-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1876","SNK","0","2017-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1877","SKT","0","2017-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1878","JCE","0","2017-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1879","CPD","0","2017-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1880","TLK","0","2017-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1881","PKT","0","2017-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1882","CPD","0","2017-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1883","TLK","0","2017-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1884","LCY","0","2017-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1885","SKT","0","2017-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1886","MES","0","2017-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1887","CPD","0","2017-11-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1888","JCE","0","2017-11-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1889","CPD","0","2017-11-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1890","JCE","0","2017-11-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1891","TLK","0","2017-11-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1892","CLA","0","2017-11-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1893","JCE","0","2017-11-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1894","CPD","0","2017-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1895","TLK","0","2017-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1896","SNK","0","2017-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1897","SKT","0","2017-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1898","CLA","0","2017-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1899","TLK","0","2017-11-09","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1900","TLK","0","2017-11-08","4","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1901","TLK","0","2017-11-06","3","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1902","TLK","0","2017-11-10","3","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1903","TLK","0","2017-11-07","2","0","9TLK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1904","SNK","0","2017-11-10","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1905","SNK","0","2017-11-07","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1906","SNK","0","2017-11-07","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1907","SNK","0","2017-11-06","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1908","MES","0","2017-11-10","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1909","MES","0","2017-11-09","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1910","MES","0","2017-11-08","4","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1911","MES","0","2017-11-07","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1912","MES","0","2017-11-06","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1913","JCE","0","2017-11-06","4","0","9JCE/Sc","S2","7B.1","What is the difference between continuous and discontinuous variation?","","","W – Examples of variation in by measuring and recording class data – height, hand span, tongue roller, eye colour, hair colour, boy/girl.\nT – Continuous variation has an infinite number of possible results. Discontinuous variation can be classed in groups and has a limited number of possible results.\n\n\n\n\n\n\n1) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n2) T: There are five kingdoms of organisms: Animals, Plants, Bacteria, Fungi, Protoctist.\n3) T: The Animal kingdom is split into Invertebrates and Vertebrates.\n4) T: A species is the smallest category in the natural world.\n5) T: DESIRABLE Invertebrates is split into many categories such as Arthropods, Molluscs, Annelids,\n6) T: Plants can be split into flowering and non-flowering that produce spores.\n7) T: DESIRABLE Arthropods have segmented body, an exoskeleton and legs with joints.\nAnnelids have a body of many segments with no legs.\nMolluscs have a soft unsegmented body, a muscular 'foot' and most having an external shell.\nVertebrates have an internal skeleton, especially a backbone.","Don't need to question on, but needed for identification in lesson:","https://www.mrcorfe.com/MemoryAnchors/adfc8a2d574ee98a8548c3cc2a4e2ebc.jpg","","","","Activity 4)\nhttps://en.wikipedia.org/wiki/Taxonomy_(biology)#/media/File:Biological_classification_L_Pengo_vflip.svg\nActivity 7)\nLooking at samples of animals and classifying into different phyla.","","","0","","0000-00-00","0","","0"),
("1914","JCE","0","2017-11-10","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1915","JCE","0","2017-11-07","4","0","9JCE/Sc","S3","","What creates the variation within a species?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1916","JCE","0","2017-11-07","3","0","9JCE/Sc","S3","7B.2","","","","1) The differences between individuals within a species are called variation .\n2) The variation between individuals within a species being continuous when there are (near) infinite number of possibilities.\n3) Continuous variation is often measureable and with units.\n4) Discontinuous variation is often described by words or integers\n5) The variation between individuals within a species being discontinuous when fits into a distinct categoriy\n6) measurement and graphical representation of variation","","","","","","Activity 3)\nEg\nHand span\nheight\nweight\nActivity 5)\nEg\nEar lobes: detached / attached\nEye Colour\nHair Colour\nGender\nBlood Group\nNumber of legs\n\nCOMPARE \nFoot length & shoe size","","","0","","0000-00-00","0","","0"),
("1917","CLA","0","2017-11-10","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1918","CLA","0","2017-11-09","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1919","CLA","0","2017-11-08","4","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1920","CLA","0","2017-11-07","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1921","CLA","0","2017-11-06","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1922","SKT","0","2017-11-10","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1923","SKT","0","2017-11-07","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1924","SKT","0","2017-11-06","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1925","CLA","0","2017-11-07","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1926","SKT","0","2017-11-10","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1927","SKT","0","2017-11-09","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1928","SKT","0","2017-11-08","4","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1929","SKT","0","2017-11-07","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1930","SKT","0","2017-11-06","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1931","SNK","0","2017-11-09","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1932","SNK","0","2017-11-08","4","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1933","SNK","0","2017-11-06","3","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("1934","JCE","0","2017-11-10","5","0","8E/Sc","S3","4P.12","Progress Reflection","","","1) W: Reflection","","","","","","","","","0","","0000-00-00","0","","0"),
("1935","JCE","0","2017-11-08","5","0","8E/Sc","S3","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2144","PKT","0","2017-11-14","5","0","9JCE/Sc","S2","","","","","W – What plants and animals need to survive.\nT – Competition between individuals of a species to survive and reproduce leads to natural selection.\nT – Process of natural selection.\n1. Genetic Variation - different traits/characteristics\n2. Overproduction of offspring – More than could all survive.\n3. Struggle for existence – selection pressure pushes selection.\n4. Differential survival. – the least ‘fit’ die out and don’t reproduce.\n5. Advantageous characteristics inherited. – better adapted reproduce more, passing on these successful traits.\n6. Gradual change as it is repeated over generations.\nW – Describe how an adaptation in the species from the previous lesson had evolved by natural selection.\nDesirable/Extension – explain how selection drove the evolution of the tail of the peacock/Sexual Selection.\nDesirable – Lamarck vs Darwin on the opposing theories of evolution.","","","","","","","","","0","","0000-00-00","0","","0"),
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("2146","JCE","0","2017-11-16","2","0","9JCE/Sc","S3","","Why do some species go extinct?","","","T – Extinction is death of all members of a species.\nW – How change in the environment/ecosystem leads to the extinction of species.","","https://www.mrcorfe.com/MemoryAnchors/4cdeed2c93a154e6d333fb73dd69f089.png","","","","","","","0","","0000-00-00","0","","0"),
("2147","JCE","0","2017-11-15","3","0","9JCE/Sc","S3","","LESSON OB?","","","Flash Animation Game – Bee and flower colour adaptation. Planning, with an emphasis on a good prediction with scientific reasoning. Also should be able to complete the investigation with all pupils collecting data from the game. Results table could be provided for them. BIOGAME(3) WILL WORK IF YOU RUN IT IN INTERNET EXPLORER.","","","","","","","","","0","","0000-00-00","0","","0"),
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("2172","JCE","0","2017-11-17","1","0","8E/Sc","S3","4C.4","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution \nMagnesium Powder\nMagnisum Ribbon\nDilute Hydrochloric Acid\nsolution\nSodium hydroxide\nDilute sulphric acid\nThermometer\nPolystyrene cups\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid\nThermometer\nPolystyrene cups\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2173","JCE","0","2017-11-15","1","0","8E/Sc","S3","4C.2","What happens to the atoms in a chemical reaction?","","","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical Reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nChemical equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\nYou will need two sets for demo as they will want to see it again.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite chemical equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\nTwo sets for demo\n\n-----------\n\nActivity 4)\nJewelry balance (0.01g).\nPotassium iodide solution 0.01 mol dm^–3\nLead nitrate solution 0.009 mol dm^–3\n\n-----------","","0","","0000-00-00","0","","0"),
("2174","JCE","0","2017-11-14","1","0","8E/Sc","S3","4C.1","How is a physical and chemical change different?","","","1) W: Physical changes are changes of state.\n2) The use of word and symbol equations should be used throughout the scheme.\n3) D: Physical changes occur when particles are rearranged, but not change themselves.\n4) Chemical changes occur when the make up of individual particles change.\n5) T: Chemical reactions result from the rearrangement of atoms\n6) T: Chemical reactions result from the rearrangement of atoms\n7) T: Chemicals that react are call Reactants.\n8) T: Chemicals that are produce are call Products.\n9) A: The difference between chemical and physical changes.","What is a physical change? Physical changes are changes of state.\nWhat happens to the particles in a physical change? the difference between chemical and physical changes\nWhen do chemical changes occur? Chemical changes occur when the make up of individual particles change.\nWhat happens to the atoms in a chemical reaction? chemical reactions as the rearrangement of atoms\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms\nWhat are reactants? Chemicals that react are call Reactants.\nWhat are products? Chemicals that are produce are call Products.\nWhat is the difference between a chemical and a physical change? The difference between chemical and physical changes.","https://www.mrcorfe.com/MemoryAnchors/b4e9131d7c9a6c9a726767c334231c37.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/6bcf50c0fe73db27228ce1e70bbfa69e.jpg","Chemical Reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical: A substance made of matter.\nParticles: A small part of matter.\nPhysical change\nProduct: The materials formed in a chemical reaction.\nReactant: The starting materials in a chemical reaction.\nWord Equation: A chemical reaction expressed in words rather than chemical formulas.\nStates of matter: The three principal conditions in which matter exists-solid, liquid or gas.\nSymbol Equation: A chemical reaction expressed in chemical formulas rather than words.\nPhysical Change","","","Activity 1)\nRecall changes of states.\nActivity 3)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules. They do not change partners.\nActivity 4)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules.\n\nPupils swap partners to form heterogeneous couples.\n\nDiscuss what had to happen for the them to swap partners - Come close (collide)\nActivity 5)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 6)\nLiken role play to the incorrect:\nHydrogen plus Oxygen -> Hydrogen Oxide\n\nH<SUB>2</SUB> plus O<SUB>2</SUB> -> 2HO\n\nIf this was a marriage then the women (non-metal) changes the end of her name. (Hydrogen is pretending to be a metal)\n\nThen repeat role play to correct\n\n2H<SUB>2</SUB> plus O<SUB>2</SUB> -> H<SUB>2</SUB>O\nActivity 9)\nDraw particle diagrams to show physical changes and chemical changes.","","","0","","0000-00-00","0","","0"),
("2175","JCE","0","2017-11-13","4","0","8E/Sc","S3","4B.11","Progress Observation Opportunity","","","1) PROGRESS OBSERVATION OPPORTUNITY","","","X","","","","","","0","","0000-00-00","0","","0"),
("2176","JCE","0","2017-11-16","5","0","8E/Sc","D8","4C.3","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? combustion, thermal decomposition, oxidation and displacement reactions\nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion\nOxidation\nChemical reaction\nMetal\nTarnish\nFuel\nBurning\nRusting","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------","","0","","0000-00-00","0","","0"),
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("2315","JCE","0","2017-11-24","3","0","7A1/Sc","D8","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces being needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Momentum is the tendency for an object to keep moving as it was.\nHow can we change momentum? It takes a force to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2316","JCE","0","2017-11-20","1","0","7A1/Sc","S3","1B.10","How does a skeleton move?","","","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2317","JCE","0","2017-11-22","3","0","7A1/Sc","S3","1B.11","POO","","","1) Progress Observation Opportunity","","","","","","","","","0","","0000-00-00","0","","0"),
("2318","JCE","0","2017-11-23","1","0","7A1/Sc","S3","1P.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nResultant force: The combined force.\nDimension: One direction.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2330","MES","0","2017-11-21","4","0","7B1/Sc","S5","1C.10","What is internal energy?","","","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 5)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2399","JCE","0","2017-11-20","4","0","9JCE/Sc","S2","","9. How are new species created?","","","T – Speciation is the process by which one species splits into two separate species over time.\nT – Speciation results from the two populations not breeding with each other and evolving separately.","","","","","","","","","0","","0000-00-00","0","","0"),
("2400","JCE","0","2017-11-24","4","0","9JCE/Sc","S3","8C.2","How are rocks broken up?","","","1) Weathering is breaking up of rock where it stands.\n2) Rocks are broken down into increasing smaller particles: Gravel; Sand; Silt; Clay\n3) Weathering can be chemical weathering, in which rocks are broken down when the particles that make them up are changed.\n4) Weathering can be physical weathering, in which rocks are broken down when the particles that make them up are not changed. But the forces between the particles are overcome to separate them into small pieces of rock.","","https://www.mrcorfe.com/MemoryAnchors/1c84ef2d19a804c0c3d08bcdbbcef098.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4ca6ac77a415a02412a3586443cb131e.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/c5e707fee298ea6d35b18bf37e1a6d41.jpg","Particles\nPhysical\nForces\nChemical\nClay\nGravel\nSand\nSilt\nWeathering","","","","Activity 3)\nRock Samples and HCl\nWatch glasses\nPippettes\n\n-----------\n\nActivity 4)\nBar breaker Demo\nGlass pill bottle broken in freezer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2401","JCE","0","2017-11-21","4","0","9JCE/Sc","S3","8C.1","Where do rocks come from?","","","1) There are lots of different rocks of all sorts of ages.\n2) The oldest rocks are found in Africa, Canada and Australia.\n3) The youngest rocks are found around volcanoes.\n4) There has been no new rock material added to the earth since it was created apart from a small amount of meteorites.\n5) New rocks are made from recycled material.\n6) Igneous rocks are formed when molten rocks freeze.\n7) When frozen, the particles in the rocks are fixed in a lattice, that is why the rocks hold their shape.\n8) Solids are made up of crystals. Crystals are regions of a single lattice orientation.\n9) When solids freeze quickly the crystals are small.\n10) The crystals are large because the particles have more time to line up before freezing.\n11) The crystals are small because the particles have less time to line up before freezing.\n12) When solids freeze slowly the crystals are large.\n13) When igneous rocks are formed under the ground they cool slowly so the crystals are large.\n14) When igneous rocks are formed above ground or in water they cool quickly so the crystals are small.\n15) The size of crystals affects some of the properties of the rock.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat are both liquids and gases known as, and why? Liquids and gases are known as fluids because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have not pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have not pattern.","","Molten: Melted\nLattice\nCrystals\nFreeze: When a liquid turns into a solid.\nIgneous: Fire rock\nAge\nMeteorites: A lump of rock that lands on Earth.\nRock","","","Activity 6)\nhttps://www.geolsoc.org.uk/ks3/webdav/site/GSL/shared/pdfs/education and careers/RockCycle/Salol Experiment.pdf","Activity 1)\nRock samples\n\n-----------\n\nActivity 6)\nStearic acid\nKettles\nMagnify glasses\nPipettes\nSlides in warm \nSlides in ice bath\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2416","SKT","0","2017-11-20","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2417","SNK","0","2017-11-23","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2418","SNK","0","2017-11-22","4","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2419","SNK","0","2017-11-20","3","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2420","JCE","0","2017-11-24","5","0","8E/Sc","S3","4C.6","What happens during Displacement reactions?","","","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.
\n
\nSmaller scale of
\nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html
\n
\nWill take longer than a lesson to react.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire.
\nsmall cuvettes with lids.
\n pipettes.
\nohp pens.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2421","JCE","0","2017-11-22","5","0","8E/Sc","S3","4C.5","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2429","MES","0","2017-11-24","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2430","MES","0","2017-11-22","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2431","CLA","0","2017-11-22","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2432","CLA","0","2017-11-24","5","0","8A2/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2433","TLK","0","2017-11-22","5","0","8A1/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2434","TLK","0","2017-11-24","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2435","TLK","0","2017-11-23","3","0","7S/Sc","S7","1c.2","What is density?","","","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;; - Gases are the least dense;; - With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("2451","JCE","0","2017-11-23","2","0","11TE/Sc-Phy","S3","","","","","","","","","","","","Req'd Prac:\n\nVarying the force on the acceleration","","0","","0000-00-00","0","","0"),
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("2505","SKT","0","2017-11-23","4","0","10SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2506","PKT","0","2017-11-22","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2507","PKT","0","2017-11-20","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2508","PKT","0","2017-11-24","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2509","PKT","0","2017-11-23","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2510","PKT","0","2017-11-23","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2511","MES","0","2017-11-23","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2512","MES","0","2017-11-21","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2513","MES","0","2017-11-20","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2514","MES","0","2017-11-24","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2519","JCE","0","2017-12-01","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2520","CLA","0","2017-11-30","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2521","JCE","0","2017-12-01","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2522","JCE","0","2017-12-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2523","JCE","0","2017-11-29","2","0","7B1/Sc","S3","1P.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces (and closing force).\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2524","MES","0","2017-11-27","5","0","7B1/Sc","S3","1P.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol 'N'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nResultant force: The combined force.\nDimension: One direction.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","","","","0","","0000-00-00","0","","0"),
("2525","SKT","0","2017-11-30","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2526","JCE","0","2017-11-30","3","0","10S/Sc-Phy","S3","P1.2","Domestic use of electricity","","","Mains electricity is an ac supply.\nIn the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n[In the United Kingdom the domestic electricity supply] is about 230 V.\nStudents should be able to explain the difference between direct and alternating potential difference.\nMains electricity\nMost electrical appliances are connected to the mains using three-core cable.\n"The insulation covering each wire is colour coded for easy identification:\nlive wire – brown\nneutral wire – blue\nearth wire – green and yellow stripes."\nThe live wire carries the alternating potential difference from the supply. \nThe neutral wire completes the circuit.\nThe earth wire is a safety wire to stop the appliance becoming live.\nThe potential difference between the live wire and earth (0 V) is about 230 V. \nThe neutral wire is at, or close to, earth potential (0 V). \nThe earth wire is at 0 V, it only carries a current if there is a fault.\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.","","https://www.mrcorfe.com/MemoryAnchors/8ecf1c47d69748ffd40eac179c4b42c7.jpg","Live\nNeutral\nEarth\nBrown\nGreen and Yellow\nBlue\nTerminal\nFuse","","","","","","0","","0000-00-00","0","","0"),
("2527","JCE","0","2017-12-01","3","0","10S/Sc-Phy","S3","","4.2.4.3 The National Grid","","",""The National Orid is a system of cables and transformers linking power\nstations to consumers.\n"\n"Electrical power is transferred from power stations to consumers using the National Orid.\n"\n"Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n"\n" Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use."\n"Students should be able to explain why the National Orid system is an\nefficient way to transfer energy.\n"","","https://www.mrcorfe.com/MemoryAnchors/cd3519aac3f720b81f5234a9cd66faed.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2528","PKT","0","2017-12-01","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2529","CLA","0","2017-11-27","3","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2530","CLA","0","2017-11-29","5","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2531","SKT","0","2017-11-30","5","0","10SKT/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2532","SKT","0","2017-12-01","3","0","10SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2533","JCE","0","2017-11-30","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2534","JCE","0","2017-11-29","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2535","CLA","0","2017-11-28","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2536","SNK","0","2017-11-28","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2537","JCE","0","2017-11-28","3","0","11TS/Sc-Phy","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2538","JCE","0","2017-11-30","4","0","11TS/Sc-Phy","S1","","Respond to feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2539","JCE","0","2017-11-29","4","0","11TS/Sc-Phy","D8","","PEE feedback","","","","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("2540","CPD","0","2017-11-29","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2541","CPD","0","2017-11-30","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2542","PKT","0","2017-11-28","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2543","JCE","0","2017-11-27","1","0","7A1/Sc","S6","1P.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces (and closing force).\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2544","JCE","0","2017-11-28","4","0","7A1/Sc","S3","1P.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a reaction force? The force an solid object applies back, is called the Reaction force.\nWhat is deformation? Deformation is changing shape. (Form means shape)\nHow is the force of tension created? The force of tension is created when an solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room","Activity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2545","PKT","0","2017-11-27","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2546","PKT","0","2017-11-28","4","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2547","LCY","0","2017-11-27","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2548","LCY","0","2017-11-28","4","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2549","CPD","0","2017-11-28","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2550","MES","0","2017-11-28","5","0","7B1/Sc","S5","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) W: Unbalanced forces being needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n4) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Momentum is the tendency for an object to keep moving as it was.\nHow can we change momentum? It takes a force to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","","Force\nMomentum: A measure of the unstoppability of an object\nAcceleration: The rate of change of the velocity of an object.\nDependant: A variable that changes when another variable is changed. Usually the variable you measure.\nResultant force\nDirection of motion: The line of travel of an object.\nUnbalanced: Not equal","","","","","","0","","0000-00-00","0","","0"),
("2551","CPD","0","2017-12-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2552","CPD","0","2017-12-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2553","SNK","0","2017-12-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2554","SKT","0","2017-12-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2555","CLA","0","2017-12-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2556","PKT","0","2017-12-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2557","CPD","0","2017-12-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2558","TLK","0","2017-12-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2559","LCY","0","2017-12-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2560","CPD","0","2017-12-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2561","LCY","0","2017-12-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2562","SKT","0","2017-12-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2563","LCY","0","2017-11-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2564","CPD","0","2017-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2565","SNK","0","2017-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2566","SKT","0","2017-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2567","CLA","0","2017-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2568","PKT","0","2017-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2569","CPD","0","2017-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2570","TLK","0","2017-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2571","PKT","0","2017-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2572","CPD","0","2017-11-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2573","TLK","0","2017-11-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2574","SKT","0","2017-11-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2575","MES","0","2017-11-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2576","CPD","0","2017-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2577","LCY","0","2017-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2578","SNK","0","2017-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2579","SKT","0","2017-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2580","CPD","0","2017-11-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2581","MES","0","2017-11-29","4","0","11TE/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2582","TLK","0","2017-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2583","LCY","0","2017-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2584","SKT","0","2017-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2585","PKT","0","2017-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2586","MES","0","2017-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2587","CPD","0","2017-11-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2588","LCY","0","2017-11-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2589","CPD","0","2017-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2590","SKT","0","2017-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2591","CPD","0","2017-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2592","TLK","0","2017-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2593","JCE","0","2017-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2594","CPD","0","2017-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2595","TLK","0","2017-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2596","SKT","0","2017-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2597","CLA","0","2017-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2598","MES","0","2017-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2599","CPD","0","2017-11-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2600","JCE","0","2017-11-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2601","CPD","0","2017-11-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2602","LCY","0","2017-11-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2603","SKT","0","2017-11-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2604","CPD","0","2017-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2605","TLK","0","2017-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2606","SKT","0","2017-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2607","JCE","0","2017-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2608","CPD","0","2017-11-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2609","CPD","0","2017-11-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2610","LCY","0","2017-11-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2611","CPD","0","2017-11-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2612","LCY","0","2017-11-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2613","SNK","0","2017-11-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2614","JCE","0","2017-11-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2615","PKT","0","2017-11-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2616","CPD","0","2017-11-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2617","TLK","0","2017-11-27","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2618","TLK","0","2017-11-27","1","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2619","TLK","0","2017-12-01","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2620","TLK","0","2017-11-28","2","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2621","SNK","0","2017-11-27","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2622","SNK","0","2017-12-01","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2623","SNK","0","2017-11-30","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2624","SNK","0","2017-11-29","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2625","SNK","0","2017-11-28","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2626","MES","0","2017-11-27","1","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2627","MES","0","2017-12-01","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2628","MES","0","2017-11-28","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2629","MES","0","2017-11-27","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2630","PKT","0","2017-11-28","5","0","9JCE/Sc","S2","8C.4","Enquiry: Planning","","","1) A: ENQUIRY: Planning\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips","","","","","","","","","0","","0000-00-00","0","","0"),
("2631","JCE","0","2017-12-01","2","0","9JCE/Sc","S3","8C.8","Review","","","1) Review of 7C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/8C.1","","","0","","0000-00-00","0","","0"),
("2632","JCE","0","2017-11-30","2","0","9JCE/Sc","S3","8C.6","Enquiry: Data Analysis","","","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2633","JCE","0","2017-11-29","3","0","9JCE/Sc","S3","8C.5","Enquiry: Data collection","","","1) A: ENQUIRY: Data collection\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips","","https://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","","Activity 1)\nMedium marble chips\n5 concentrations of hydrochloric acid:\n0M\n0.1M\n0.5M\n1.0M\n1.5M\n25ml Measuring Cylinders\nConical flask\nDelivery tubes\n\nEITHER:\nGas syringes\nOR\nTroughs and additional 25ml measuring cylinders for gas collection\n\nAS PLANNED BY STUDENTS\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2634","JCE","0","2017-11-27","3","0","9JCE/Sc","S3","8C.3","How are fossils formed?","","","1) Sedimentary rocks are formed when sediment (little pieces of weathered rock) is laid down in layers under water and then compressed by layers above.\n\nThe water between sediment is squeezed out and the sediment bonds together.\n2) If organisms fall into the sediment then the rock can take the shape of the organism. These formations are fossils.\n3) Metamorphic rocks are formed when either igneous or sedimentary rocks are heated under great pressure.","","https://www.mrcorfe.com/MemoryAnchors/d71b7e8ae4e5d49ed97a6262408f827b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8ae091b1984ed20147f22a1e2c6d48cd.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0696f0a6875b7d57af602e29259596d0.png","Sedimentary\nIgneous\nPressure\nMetamorphic\nFossil\nCompressed\nSediment","","","","Activity 1)\nShale with fossils in\nFossils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2635","CLA","0","2017-12-01","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2636","CLA","0","2017-11-28","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2637","CLA","0","2017-11-27","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2638","CLA","0","2017-11-27","1","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2639","SKT","0","2017-11-30","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2640","SKT","0","2017-11-28","5","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2641","SKT","0","2017-11-27","3","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2642","CLA","0","2017-11-29","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2643","SKT","0","2017-12-01","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2644","PKT","0","2017-12-01","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2645","SNK","0","2017-12-01","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2646","SKT","0","2017-11-28","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2647","SKT","0","2017-11-27","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2648","SKT","0","2017-11-27","1","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2649","SKT","0","2017-12-01","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2650","CLA","0","2017-12-01","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2651","PKT","0","2017-12-01","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2652","MES","0","2017-12-01","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2653","SNK","0","2017-12-01","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2654","SNK","0","2017-11-30","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2655","SNK","0","2017-11-29","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2656","SNK","0","2017-11-28","2","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2657","CLA","0","2017-12-01","3","0","8S/Pr","D6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2658","JCE","0","2017-12-01","1","0","8E/Sc","S3","5P.7","OVERLAP: Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("2659","JCE","0","2017-11-29","1","0","8E/Sc","S3","4C.9","Review","","","1) Review of 4C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","","","0","","0000-00-00","0","","0"),
("2660","JCE","0","2017-11-28","1","0","8E/Sc","S3","4C.8","Enquiry: Conclusions and Evaluations","","test 2","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nTransliteration\npH","","","","","","0","","0000-00-00","0","","0"),
("2661","JCE","0","2017-11-27","4","0","8E/Sc","S3","4C.9","Review of 4C.1","","BLAAAA","1) Review of 4C.1","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","AIM: To find out how the number drops of acid added affect the pH of the solution","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","TEST 30\n-----------","","0","","0000-00-00","0","","0"),
("2662","JCE","0","2017-11-30","5","0","8E/Sc","D8","5P.8","","","","","","","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("2663","LCY","0","2017-12-01","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2664","LCY","0","2017-11-30","1","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2665","LCY","0","2017-11-28","2","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2666","LCY","0","2017-11-29","1","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2667","PKT","0","2017-12-01","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2668","PKT","0","2017-11-30","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2669","PKT","0","2017-11-29","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2670","PKT","0","2017-11-28","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2671","MES","0","2017-12-01","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2672","MES","0","2017-11-30","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2673","MES","0","2017-11-29","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2674","MES","0","2017-11-28","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2675","MES","0","2017-11-27","4","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2676","CLA","0","2017-11-27","4","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2677","CLA","0","2017-12-01","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2678","CLA","0","2017-11-30","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2679","CLA","0","2017-11-29","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2680","CLA","0","2017-11-28","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2681","TLK","0","2017-11-27","4","0","8A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2682","TLK","0","2017-12-01","1","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2683","TLK","0","2017-11-29","1","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2684","TLK","0","2017-11-28","1","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2685","TLK","0","2017-11-30","5","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2686","LCY","0","2017-11-28","5","0","7S/Sc","S7","1C.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n3) T: Particles always attract each other.\n4) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n5) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n6) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nDeposition\nFreezing\nEvaporating\nCondensing\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 2)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","EdIT\nFume Cupboard\n\n-----------","","0","","0000-00-00","0","","0"),
("2687","LCY","0","2017-11-27","5","0","7S/Sc","S7","1c.3","How do particles change during a change of state?","","","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","So what happens when a solid is heated but does not yet melt? Matter expands when heated;;Matter becomes less dense when heated.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.;;Particles do not change size, but can be of different sizes.\nWhat happens to the force of collision of particles when heated? When heated the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: Anything that moves.\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------","","0","","0000-00-00","0","","0"),
("2688","LCY","0","2017-11-30","2","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2689","TLK","0","2017-11-29","2","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2690","SNK","0","2017-11-28","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2691","SNK","0","2017-11-27","1","0","7E/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2692","CLA","0","2017-11-30","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2693","CLA","0","2017-11-29","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2694","CLA","0","2017-11-28","5","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2695","CLA","0","2017-11-27","5","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2696","MES","0","2017-11-30","2","0","7B1/Sc","S5","1P.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a reaction force? The force an solid object applies back, is called the Reaction force.\nWhat is deformation? Deformation is changing shape. (Form means shape)\nHow is the force of tension created? The force of tension is created when an solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room","Activity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2697","MES","0","2017-11-30","4","0","11TE/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2698","MES","0","2017-11-28","3","0","11TE/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2699","SNK","0","2017-11-30","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2700","SNK","0","2017-11-29","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2701","SNK","0","2017-11-28","3","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2702","SKT","0","2017-11-28","3","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2703","SKT","0","2017-11-29","4","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2704","TLK","0","2017-11-28","3","0","11S/Sc-Bio","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2705","TLK","0","2017-11-30","4","0","11S/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2706","TLK","0","2017-11-29","4","0","11S/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2707","PKT","0","2017-11-29","4","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2708","PKT","0","2017-11-28","3","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2709","PKT","0","2017-11-30","4","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2710","LCY","0","2017-11-30","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2711","LCY","0","2017-11-29","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2712","LCY","0","2017-11-28","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2713","CLA","0","2017-11-30","4","0","11CLA/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2714","CLA","0","2017-11-29","4","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2715","CLA","0","2017-11-28","3","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2716","LCY","0","2017-11-27","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2717","MES","0","2017-11-29","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2718","CPD","0","2017-12-01","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2719","CPD","0","2017-11-30","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2720","TLK","0","2017-12-01","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2721","TLK","0","2017-12-01","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2722","TLK","0","2017-11-30","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2723","TLK","0","2017-11-29","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2724","TLK","0","2017-11-27","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2725","PKT","0","2017-11-27","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2726","PKT","0","2017-11-29","5","0","10TE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2727","LCY","0","2017-12-01","3","0","10TE/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2728","LCY","0","2017-12-01","4","0","10TE/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2729","LCY","0","2017-11-30","3","0","10TE/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2730","SNK","0","2017-11-29","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2731","SNK","0","2017-11-27","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2732","SNK","0","2017-12-01","3","0","10SN/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2733","SNK","0","2017-11-30","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2734","SKT","0","2017-11-29","2","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2735","SKT","0","2017-11-27","4","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2736","PKT","0","2017-11-27","4","0","10PKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2737","PKT","0","2017-11-30","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2738","PKT","0","2017-11-29","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2739","MES","0","2017-12-01","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2740","MES","0","2017-12-01","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2741","MES","0","2017-11-30","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2742","MES","0","2017-11-29","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2743","MES","0","2017-11-27","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2744","PKT","0","2017-11-27","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2745","SNK","0","2017-11-27","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2746","JCE","0","2017-12-04","0","0","Science","S3","","","","","1) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n\n2) Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\n3) Students should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being ?wasted?.\n\n4) Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.\n6) Students should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n","What is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nStudents should be able to describe with examples where there are energy transfers? in a closed system, that there is no net change to the total energy.\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being \'wasted\'.\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","","","","","","","0","","0000-00-00","0","","0"),
("2747","JCE","0","2017-12-05","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2748","JCE","0","2017-12-06","0","0","Numeracy","S3","","Observation","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2749","JCE","0","2017-12-07","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2750","JCE","0","2017-12-08","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2751","JCE","0","2017-12-05","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2752","LCY","0","2017-12-07","3","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2753","JCE","0","2017-12-06","1","0","7B1/Sc","S3","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2754","JCE","0","2017-12-07","3","0","7B1/Sc","S3","1P.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("2755","SKT","0","2017-12-04","5","0","11SKT/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2756","SKT","0","2017-12-08","1","0","11SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2757","SKT","0","2017-12-08","2","0","11SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2758","SKT","0","2017-12-05","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2759","SKT","0","2017-12-07","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2760","JCE","0","2017-12-07","4","0","10S/Sc-Phy","S3","","Electrical Power","","",""Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference Ă— current\n P = V I\n\npower = current2 Ă— resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, Ω "\nEnergy transfers in everyday appliances\nEveryday electrical appliances are designed to bring about energy transfers.\nThe amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\n"Students should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices."\nWork is done when charge flows in a circuit.\n"The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power Ă— time \n\n\n"\nEnergy transferred can also be calculated by: energy transferred = charge flow Ă— potential difference\n"Students should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n\n\n"\n"Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\n"\n"Students should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n"","","","Watts\nPower\nCurrent\nAmperes\nPotential Difference\nVolts\nCharge\nCoulomb","","","","","","0","","0000-00-00","0","","0"),
("2761","PKT","0","2017-12-04","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2762","PKT","0","2017-12-05","5","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2763","CLA","0","2017-12-08","4","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2764","JCE","0","2017-12-06","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2765","PKT","0","2017-12-05","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2766","LCY","0","2017-12-04","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2767","SKT","0","2017-12-07","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2768","CLA","0","2017-12-06","3","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2769","TLK","0","2017-12-08","1","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2770","TLK","0","2017-12-08","2","0","11TS/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2771","TLK","0","2017-12-07","2","0","11TS/Sc-Bio","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2772","MES","0","2017-12-05","1","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2773","MES","0","2017-12-06","2","0","11TS/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2774","MES","0","2017-12-04","5","0","11TS/Sc-Chem","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2775","CPD","0","2017-12-04","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2776","JCE","0","2017-12-05","2","0","7A1/Sc","S3","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nrulers\n\n-----------\n","MAD - 05/12/2017 09:10","0","","0000-00-00","0","","0"),
("2777","JCE","0","2017-12-08","3","0","7A1/Sc","D8","1P.8","Review - D5","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("2778","JCE","0","2017-12-04","1","0","7A1/Sc","S3","1P.6","Data Collection: Hooke's Law","","Aim: To find out how the load exerted on a spring affects its length.","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nrulers\n\n-----------","JCE - 04/12/2017 11:20","0","","0000-00-00","0","","0"),
("2779","JCE","0","2017-12-06","3","0","7A1/Sc","S3","1P.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("2780","JCE","0","2017-12-07","1","0","7A1/Sc","S3","1P.8","Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("2781","PKT","0","2017-12-04","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2782","PKT","0","2017-12-06","3","0","7A2/Sc","S2","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2783","PKT","0","2017-12-07","1","0","7A2/Sc","S2","1P.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("2784","PKT","0","2017-12-08","3","0","7A2/Sc","S2","1P.10","Why do car's have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - This increases the drag\n - The engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant speed","Why do cars have a top speed? Cars have a top speed because:; - As they get faster they hit more air particles (harder) ; - This increases the drag; - The engine force is constant; - When the drag balances the engine force the","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Constant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2785","PKT","0","2017-12-05","2","0","7A2/Sc","D8","1P.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("2786","LCY","0","2017-12-04","1","0","7A3/Sc","S7","1C.3","How do particles change during a change of state?","","Challenge: blaaa","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","So what happens when a solid is heated but does not yet melt? Matter expands when heated;;Matter becomes less dense when heated.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.;;Particles do not change size, but can be of different sizes.\nWhat happens to the force of collision of particles when heated? When heated the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: Anything that moves.\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Bunsen.\nActivity 2)\nBall and ring demo.","Activity 2)\nBall and ring demo.\n\n-----------","","0","","0000-00-00","0","","0"),
("2787","LCY","0","2017-12-05","2","0","7A3/Sc","S7","1c.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n3) T: Particles always attract each other.\n4) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n5) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n6) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nDeposition\nFreezing\nEvaporating\nCondensing\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 2)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 2)\nSublimation of Iodine,\n\nEvaporating dish\nFunnel\nIodine crystals\nGloves\nForceps\nFume Cupboard\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2788","LCY","0","2017-12-06","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2789","LCY","0","2017-12-07","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2790","LCY","0","2017-12-08","3","0","7A3/Sc","S7","1c.6","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","Activity 1)\nThermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2791","CPD","0","2017-12-04","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2792","MES","0","2017-12-05","4","0","7B1/Sc","S5","1P.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("2793","CPD","0","2017-12-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2796","CPD","0","2017-12-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2797","CPD","0","2017-12-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2798","CPD","0","2017-12-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2799","CPD","0","2017-12-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2800","JCE","0","2017-12-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2801","LCY","0","2017-12-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2803","CPD","0","2017-12-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2805","TLK","0","2017-12-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2806","SNK","0","2017-12-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2807","SKT","0","2017-12-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2808","CLA","0","2017-12-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2811","JCE","0","2017-12-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2812","CPD","0","2017-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2813","TLK","0","2017-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2826","JCE","0","2017-12-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2827","CPD","0","2017-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2828","TLK","0","2017-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2829","PKT","0","2017-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2830","CPD","0","2017-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("2832","LCY","0","2017-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2833","SKT","0","2017-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2834","MES","0","2017-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2835","CPD","0","2017-12-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2836","JCE","0","2017-12-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2837","CPD","0","2017-12-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2838","JCE","0","2017-12-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2839","TLK","0","2017-12-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2840","CLA","0","2017-12-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2841","JCE","0","2017-12-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2842","CPD","0","2017-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2843","TLK","0","2017-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2844","SNK","0","2017-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2845","SKT","0","2017-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2846","CLA","0","2017-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2847","TLK","0","2017-12-07","5","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2848","TLK","0","2017-12-06","4","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2849","TLK","0","2017-12-04","3","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2850","TLK","0","2017-12-08","3","0","9TLK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2851","TLK","0","2017-12-05","2","0","9TLK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2852","SNK","0","2017-12-08","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2853","SNK","0","2017-12-05","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2854","SNK","0","2017-12-05","3","0","9SNK/Sc","S6","","Weathering","","","","","","","","","","http://www.rsc.org/education/teachers/resources/jesei/weather/home.htm","","0","","0000-00-00","0","","0"),
("2855","SNK","0","2017-12-04","4","0","9SNK/Sc","S6","8C.1","Where do rocks come from?","","","1) There are lots of different rocks of all sorts of ages.\n2) The oldest rocks are found in Africa, Canada and Australia.\n3) The youngest rocks are found around volcanoes.\n4) There has been no new rock material added to the earth since it was created apart from a small amount of meteorites.\n5) New rocks are made from recycled material.\n6) Igneous rocks are formed when molten rocks freeze.\n7) When frozen, the particles in the rocks are fixed in a lattice, that is why the rocks hold their shape.\n8) Solids are made up of crystals. Crystals are regions of a single lattice orientation.\n9) When solids freeze quickly the crystals are small.\n10) The crystals are large because the particles have more time to line up before freezing.\n11) The crystals are small because the particles have less time to line up before freezing.\n12) When solids freeze slowly the crystals are large.\n13) When igneous rocks are formed under the ground they cool slowly so the crystals are large.\n14) When igneous rocks are formed above ground or in water they cool quickly so the crystals are small.\n15) The size of crystals affects some of the properties of the rock.","","","Molten: Melted\nLattice\nCrystals\nFreeze: When a liquid turns into a solid.\nIgneous: Fire rock\nAge\nMeteorites: A lump of rock that lands on Earth.\nRock","","","Activity 6)\nhttps://www.geolsoc.org.uk/ks3/webdav/site/GSL/shared/pdfs/education and careers/RockCycle/Salol Experiment.pdf","Activity 1)\nRock samples\n\n-----------\n\nActivity 6)\nStearic acid\nKettles\nMagnify glasses\nPipettes\nSlides in warm \nSlides in ice bath\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2856","MES","0","2017-12-08","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2857","MES","0","2017-12-07","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2858","MES","0","2017-12-06","4","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2859","MES","0","2017-12-05","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2860","MES","0","2017-12-04","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2861","JCE","0","2017-12-04","4","0","9JCE/Sc","S2","8C.8","How do we use the Earth's resources?","","","1) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n2) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n3) Crude oil is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n4) Crude oil can be processed into fuels and plastics.\n5) Metals are dug up from the earth in the form of ores.\n6) Ceramics are made from muds that are dug up from the earth\n7) Earth as a source of limited resources","","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","","","","Activity 7)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Activity 7)\nSand in a jar\nSomething metal\nSomething plastic\nSomething pottery\nVaseline\nGas cylinder (CO2 Fire extinguisher)\nFAKE petrol bottle\nDiamonds TO BE COUNTED IN AND OUT\nGravel somthing\nFish / Shellfish\nMeat\n\n-----------\n","JCE - 04/12/2017 11:24","0","","0000-00-00","0","","0"),
("2862","JCE","0","2017-12-08","4","0","9JCE/Sc","S3","8P.1","","","","1) Circuits are represented by circuit diagrams in which:\n - Wires are drawn as straight lines\n - With component symbols\n - Right angle corners.\n2) Component symbols to know\n - Cell\n - Battery\n - Wire\n - Bulb\n - Switch\n - Voltmeter\n - Ammeter\n3) Series circuits consist of only one branch with component placed one after another.\n4) Parallel circuits consist of more than one branch.","","","","","","","Bulbs and power supplies","","0","","0000-00-00","0","","0"),
("2863","JCE","0","2017-12-05","4","0","9JCE/Sc","S3","8C.10","Should we recycle?","","","1) the efficacy of recycling","Crude oil:Earth as a source of limited resources and the efficacy of recycling","https://www.mrcorfe.com/MemoryAnchors/400c0951cb1cef3ab5d6d36f864f88b8.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2864","JCE","0","2017-12-05","3","0","9JCE/Sc","S3","8C.9","How do humans affect climate change?","","","1) the production of carbon dioxide by human activity and the impact on climate","","https://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2865","CLA","0","2017-12-08","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2866","CLA","0","2017-12-07","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2867","CLA","0","2017-12-06","4","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2868","CLA","0","2017-12-05","2","0","9CLA/Sc","S1","","","","","1) A: ENQUIRY: Data collection\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips","","https://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2869","CLA","0","2017-12-04","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2870","SKT","0","2017-12-08","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2871","SKT","0","2017-12-05","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2872","SKT","0","2017-12-04","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2873","CLA","0","2017-12-05","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2874","SKT","0","2017-12-08","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2875","SKT","0","2017-12-07","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2876","SKT","0","2017-12-06","4","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2877","SKT","0","2017-12-05","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2878","SKT","0","2017-12-04","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2879","SNK","0","2017-12-07","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2880","SNK","0","2017-12-06","4","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2881","SNK","0","2017-12-04","3","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2882","JCE","0","2017-12-08","5","0","8E/Sc","S3","4C.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("2883","JCE","0","2017-12-06","5","0","8E/Sc","S3","4C.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst\nRate","","","Activity 1)\nHydrogen peroxide with catalysts.\nDemo\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus\n - 250 cm3\n cylinders – one for each catalyst to be used.\n - A tray to catch any foam that spills over the top of the cylinders.\n Stopwatch \nwashing up liquid 1cm\n\nChemicals\nThe quantities given are for one demonstration.\n -25ml of 50 vol. hydrogen peroxide solution for each demo.\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).\n - A small piece of potato.\n - A small piece of liver.\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------","","0","","0000-00-00","0","","0"),
("2884","LCY","0","2017-12-04","4","0","8BX/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2885","LCY","0","2017-12-07","5","0","8B2/Sc","S7","5c.4","What makes up the Earth?","","","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","","","","","","","0","","0000-00-00","0","","0"),
("2886","LCY","0","2017-12-06","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2887","LCY","0","2017-12-04","3","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2888","PKT","0","2017-12-07","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2889","PKT","0","2017-12-06","4","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2890","PKT","0","2017-12-04","3","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2891","MES","0","2017-12-08","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2892","MES","0","2017-12-06","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2893","CLA","0","2017-12-06","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2894","CLA","0","2017-12-08","5","0","8A2/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2895","TLK","0","2017-12-06","5","0","8A1/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2896","TLK","0","2017-12-08","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2897","TLK","0","2017-12-07","3","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2898","LCY","1","2017-12-06","1","0","7S/Sc","S7","1C.8","Halfway Review","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("2899","LCY","0","2017-12-05","4","0","7S/Sc","S7","1C.5","Skill focus: Planning","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("2900","SNK","0","2017-12-08","3","0","7E/Sc","S6","","","","","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","","","0","","0000-00-00","0","","0"),
("2901","SNK","0","2017-12-05","2","0","7E/Sc","S6","1B.6","Data Collection: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","KMN - 05/12/2017 10:31","0","","0000-00-00","0","","0"),
("2902","MES","0","2017-12-07","1","0","7E/Sc","S5","1B.8","Review","","","1) Review of 1B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("2903","MES","0","2017-12-06","3","0","7E/Sc","S5","1B.7","Analysis: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2904","MES","0","2017-12-04","1","0","7E/Sc","S5","1B.5","Planning: Hand Grip Strength vs Age","","","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("2905","CLA","0","2017-12-07","3","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2906","CLA","0","2017-12-06","1","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2907","CLA","0","2017-12-05","4","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2908","JCE","0","2017-12-08","2","0","11TE/Sc-Phy","S1","","PSHCRE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2909","JCE","0","2017-12-08","1","0","11TE/Sc-Phy","S1","","PSHCRE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2910","TLK","0","2017-12-06","2","0","11TE/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2911","TLK","0","2017-12-04","5","0","11TE/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2912","TLK","0","2017-12-05","1","0","11TE/Sc-Bio","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2913","JCE","0","2017-12-07","2","0","11TE/Sc-Phy","S3","","Respond to feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2914","SNK","0","2017-12-08","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2915","SNK","0","2017-12-08","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2916","SNK","0","2017-12-07","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2917","SNK","0","2017-12-06","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2918","SNK","0","2017-12-05","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2919","SNK","0","2017-12-04","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2920","SKT","0","2017-12-06","2","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2921","MES","0","2017-12-07","2","0","11S/Sc-Chem","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2922","CPD","0","2017-12-06","2","0","11S/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2923","MES","0","2017-12-08","2","0","11S/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2924","MES","0","2017-12-08","1","0","11S/Sc-Chem","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2925","CPD","0","2017-12-05","1","0","11S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2926","CPD","0","2017-12-04","5","0","11S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2927","PKT","0","2017-12-08","2","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2928","PKT","0","2017-12-08","1","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2929","PKT","0","2017-12-07","2","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2930","PKT","0","2017-12-06","2","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2931","PKT","0","2017-12-05","1","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2932","PKT","0","2017-12-04","5","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2933","LCY","0","2017-12-08","2","0","11LCY/Sc","S7","","PSHRE day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2934","LCY","0","2017-12-08","1","0","11LCY/Sc","S7","","PSHCRE day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2935","LCY","0","2017-12-07","2","0","11LCY/Sc","S7","","wiring a plug","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2936","LCY","0","2017-12-06","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2937","LCY","0","2017-12-05","1","0","11LCY/Sc","S7","","Skill focus: Planning","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("2938","LCY","0","2017-12-04","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2939","CLA","0","2017-12-08","2","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2940","CLA","0","2017-12-08","1","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2941","CLA","0","2017-12-07","2","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2942","CLA","0","2017-12-06","2","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2943","CLA","0","2017-12-05","1","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2944","CLA","0","2017-12-04","5","0","11CLA/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2945","LCY","0","2017-12-08","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2946","LCY","0","2017-12-06","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2947","MES","0","2017-12-07","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2948","MES","0","2017-12-04","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2949","CPD","0","2017-12-07","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2950","TLK","0","2017-12-05","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2951","TLK","0","2017-12-08","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2952","TLK","0","2017-12-07","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2953","TLK","0","2017-12-04","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2954","PKT","0","2017-12-08","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2955","CLA","0","2017-12-07","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2956","CLA","0","2017-12-05","5","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2957","CLA","0","2017-12-04","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2958","SNK","0","2017-12-08","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2959","SNK","0","2017-12-07","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2960","SNK","0","2017-12-07","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2961","SNK","0","2017-12-06","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2962","SNK","0","2017-12-04","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2963","SKT","0","2017-12-08","5","0","10SKT/Sc","S4","","Collins C7.6-7","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2964","SKT","0","2017-12-07","3","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2965","SKT","0","2017-12-06","5","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2966","SKT","0","2017-12-04","2","0","10SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2967","SKT","0","2017-12-07","4","0","10SKT/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2968","PKT","0","2017-12-06","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2969","PKT","0","2017-12-04","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2970","PKT","0","2017-12-08","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2971","PKT","0","2017-12-07","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2972","PKT","0","2017-12-07","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2973","MES","0","2017-12-07","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2974","MES","0","2017-12-05","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2975","MES","0","2017-12-04","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2976","MES","0","2017-12-08","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2977","JCE","0","2017-12-11","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2978","JCE","0","2017-12-12","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2979","JCE","0","2017-12-13","0","0","Literacy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2980","JCE","0","2017-12-14","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2981","JCE","0","2017-12-15","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2982","CLA","0","2017-12-14","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2983","JCE","0","2017-12-15","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2984","JCE","0","2017-12-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2985","JCE","0","2017-12-13","2","0","7B1/Sc","S3","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed","Why do cars have a top speed? Cars have a top speed because:;As they get faster they hit more air particles (harder);;When the car hits the particles the particles hit the car causing drag;;The thrust from the engine force is constant;;When the drag balances the engine force there is no resultant force;;So no acceleration;;So car travels at a constant (top) speed","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("2986","MES","0","2017-12-11","5","0","7B1/Sc","S3","1P.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Please finish going over the Evaluation for Hooke's Law\n\nActivity 1)\n\nThey have this sheet as they started while others finished of the evaluation.\n\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("2987","SKT","0","2017-12-14","4","0","11SKT/Sc","S2","","C1 Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("2988","JCE","0","2017-12-14","3","0","10S/Sc-Phy","S3","","Static Electricity","","","Energy transfers in everyday appliances\nEveryday electrical appliances are designed to bring about energy transfers.\nThe amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\n"Students should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices."\nWork is done when charge flows in a circuit.\n"The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power Ă— time \n\n\n"\nEnergy transferred can also be calculated by: energy transferred = charge flow Ă— potential difference\n"Students should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n\n\n"\n"Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\n"\n"Students should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n"\n\n------------------------------------------------------------------------------------------------------------------------------------------\n\n\nWhen certain insulating materials are rubbed against each other they become electrically charged. \nNegatively charged electrons are rubbed off one material and on to the other. \nThe material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhen two electrically charged objects are brought close together they exert a force on each other. \nTwo objects that carry the same type of charge repel. \nTwo objects that carry different types of charge attract. \nAttraction and repulsion between two charged objects are examples of non-contact force.\n"Students should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n"\n"Students should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n"\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.","","https://www.mrcorfe.com/MemoryAnchors/e96a5e5fa64ff847f1c88acd4b814fa4.jpg","","","","","Van de Graff generator and accessories\nPlastic rods and cloths","","0","","0000-00-00","0","","0"),
("2989","JCE","0","2017-12-15","3","0","10S/Sc-Phy","S3","","Electric Fields","","Students should be able to draw the electric field pattern for an isolated charged sphere\nStudents should be able to explain the concept of an electric field\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.","A charged object creates an electric field around itself. \nThe electric field is strongest close to the charged object.\n The further away from the charged object, the weaker the field\nA second charged object placed in the field experiences a force. \nThe force gets stronger as the distance between the objects decreases.","","","","","","","","","0","","0000-00-00","0","","0"),
("2990","PKT","0","2017-12-15","4","0","10S/Sc","S3","","Viral and Bacterial Diseases","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2991","CLA","0","2017-12-11","3","0","10S/Sc","S1","","","","","","","","","","","","Collins C4.9","","0","","0000-00-00","0","","0"),
("2992","CLA","0","2017-12-13","5","0","10S/Sc","S1","","","","","","","","","","","","Collins C4.10","","0","","0000-00-00","0","","0"),
("2993","SKT","0","2017-12-14","5","0","10SKT/Sc","S3","","Landmark Assessment Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("2994","SKT","0","2017-12-15","3","0","10SKT/Sc","S2","","Landmark Assessment Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("2995","JCE","0","2017-12-14","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2996","JCE","0","2017-12-13","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2997","CLA","0","2017-12-12","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2998","SNK","0","2017-12-12","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("2999","JCE","0","2017-12-12","3","0","11TS/Sc-Phy","S1","","Newtons' Laws","","","","","https://www.mrcorfe.com/MemoryAnchors/68d4885506228172807eb71c17611e56.jpg","","","","","","","0","","0000-00-00","0","","0"),
("3000","JCE","0","2017-12-14","4","0","11TS/Sc-Phy","S1","P2.3.04","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","","","","","","","0","","0000-00-00","0","","0"),
("3001","JCE","0","2017-12-13","4","0","11TS/Sc-Phy","D8","","Planning Required practical activity 7","","Required practical activity 7a: investigate the effect of varying the force on the acceleration of an object of constant mass, \n\nRequired practical activity 7b: investigate the effect of varying the mass of an object on the acceleration produced by a constant force.","","","","","","","","","","0","","0000-00-00","0","","0"),
("3002","CPD","0","2017-12-13","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3003","CPD","0","2017-12-14","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3004","PKT","0","2017-12-12","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3005","JCE","0","2017-12-11","1","0","7A1/Sc","S6","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What groups can forces be classified as? Describe each.:Forces can also be classified as either:; - non-contact forces: ; - gravity forces acting at a distance on Earth and in space,; - forces between magnets,; - Electrostatic forces due to static electricity: Rubbed balloon\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("3006","JCE","0","2017-12-12","4","0","7A1/Sc","S3","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - This increases the drag\n - The engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant speed","Why do cars have a top speed? Cars have a top speed because:; - As they get faster they hit more air particles (harder) ; - This increases the drag; - The engine force is constant; - When the drag balances the engine force the","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Constant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Duster and Rod (Statics tray)\n\n\nActivity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("3007","PKT","0","2017-12-11","1","0","7A2/Sc","S2","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("3008","PKT","0","2017-12-12","4","0","7A2/Sc","S2","","WOW Lesson - Leaf Litter","","","","","","","","","","Leaf Litter, petri dishes, pewters,","","0","","0000-00-00","0","","0"),
("3009","LCY","0","2017-12-11","1","0","7A3/Sc","S7","1C.7","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("3010","LCY","0","2017-12-12","4","0","7A3/Sc","S7","1C.8","Halfway Review","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("3011","CPD","0","2017-12-12","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3012","MES","0","2017-12-12","5","0","7B1/Sc","S5","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What groups can forces be classified as? Describe each.:Forces can also be classified as either:; - non-contact forces: ; - gravity forces acting at a distance on Earth and in space,; - forces between magnets,; - Electrostatic forces due to static electricity: Rubbed balloon\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3013","CPD","0","2017-12-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3014","CPD","0","2017-12-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3015","SNK","0","2017-12-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3016","SKT","0","2017-12-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3017","CLA","0","2017-12-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3018","PKT","0","2017-12-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3019","CPD","0","2017-12-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3020","TLK","0","2017-12-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3021","LCY","0","2017-12-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3022","CPD","0","2017-12-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3023","LCY","0","2017-12-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3024","SKT","0","2017-12-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3025","LCY","0","2017-12-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3026","CPD","0","2017-12-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3027","SNK","0","2017-12-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3028","SKT","0","2017-12-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3029","CLA","0","2017-12-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3030","PKT","0","2017-12-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3031","CPD","0","2017-12-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3032","TLK","0","2017-12-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3033","PKT","0","2017-12-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3034","CPD","0","2017-12-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3035","TLK","0","2017-12-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3036","SKT","0","2017-12-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3037","MES","0","2017-12-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3038","CPD","0","2017-12-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3039","LCY","0","2017-12-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3040","SNK","0","2017-12-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3041","SKT","0","2017-12-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3042","CPD","0","2017-12-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3043","MES","0","2017-12-13","4","0","11TE/Sc-Chem","S3","","x","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3044","TLK","0","2017-12-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3045","LCY","0","2017-12-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3046","SKT","0","2017-12-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3047","PKT","0","2017-12-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3048","MES","0","2017-12-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3049","CPD","0","2017-12-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3050","LCY","0","2017-12-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3051","CPD","0","2017-12-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3052","SKT","0","2017-12-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3053","CPD","0","2017-12-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3054","TLK","0","2017-12-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3055","JCE","0","2017-12-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3056","CPD","0","2017-12-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3057","TLK","0","2017-12-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3058","SKT","0","2017-12-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3059","CLA","0","2017-12-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3060","MES","0","2017-12-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3061","CPD","0","2017-12-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3062","JCE","0","2017-12-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3063","CPD","0","2017-12-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3064","LCY","0","2017-12-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3065","SKT","0","2017-12-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3066","CPD","0","2017-12-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3067","TLK","0","2017-12-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3068","SKT","0","2017-12-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3069","JCE","0","2017-12-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3070","CPD","0","2017-12-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3071","CPD","0","2017-12-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3072","LCY","0","2017-12-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3073","CPD","0","2017-12-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3074","LCY","0","2017-12-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3075","SNK","0","2017-12-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3076","JCE","0","2017-12-11","2","0","FREE","","","Mark 8E Books","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3077","PKT","0","2017-12-11","2","0","FREE","","","Mark 8E Books","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3078","CPD","0","2017-12-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3079","TLK","0","2017-12-11","2","0","9TLK/Sc","S3","","","","","","","","","","","","COVER - SKT to amalgamate classes","","0","","0000-00-00","0","","0"),
("3080","TLK","0","2017-12-11","1","0","9TLK/Sc","S3","","","","","","","","","","","","COVER - SKT to amalgamate classes","","0","","0000-00-00","0","","0"),
("3081","TLK","0","2017-12-15","5","0","9TLK/Sc","S3","8B.5","Enquiry: Data Collection","","","1) Enquiry Data Analysis","","","","","","Activity 1)\nhttp://www.nuffieldfoundation.org/practical-biology/investigating-factors-affecting-heart-rate-daphnia\n\nNot temperature- just ethanol\n\nPlease concentrate on ethics of experimenting on living organisms","Activity 1)\nDaphnia,10% Ethanol Water\nCuvette slides\nCut off pipettes\nmicroscopes","","0","","0000-00-00","0","","0"),
("3082","TLK","0","2017-12-12","2","0","9TLK/Sc","S3","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3083","SNK","0","2017-12-11","3","0","9SNK/Sc","S6","8C.1","Where do rocks come from?","","","1) There are lots of different rocks of all sorts of ages.\n2) The oldest rocks are found in Africa, Canada and Australia.\n3) The youngest rocks are found around volcanoes.\n4) There has been no new rock material added to the earth since it was created apart from a small amount of meteorites.\n5) New rocks are made from recycled material.\n6) Igneous rocks are formed when molten rocks freeze.\n7) When frozen, the particles in the rocks are fixed in a lattice, that is why the rocks hold their shape.\n8) Solids are made up of crystals. Crystals are regions of a single lattice orientation.\n9) When solids freeze quickly the crystals are small.\n10) The crystals are large because the particles have more time to line up before freezing.\n11) The crystals are small because the particles have less time to line up before freezing.\n12) When solids freeze slowly the crystals are large.\n13) When igneous rocks are formed under the ground they cool slowly so the crystals are large.\n14) When igneous rocks are formed above ground or in water they cool quickly so the crystals are small.\n15) The size of crystals affects some of the properties of the rock.","","","Molten: Melted\nLattice\nCrystals\nFreeze: When a liquid turns into a solid.\nIgneous: Fire rock\nAge\nMeteorites: A lump of rock that lands on Earth.\nRock","","","Activity 6)\nhttps://www.geolsoc.org.uk/ks3/webdav/site/GSL/shared/pdfs/education and careers/RockCycle/Salol Experiment.pdf","Activity 1)\nRock samples\n\n-----------\n\nActivity 6)\nStearic acid\nKettles\nMagnify glasses\nPipettes\nSlides in warm \nSlides in ice bath\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3084","SNK","0","2017-12-15","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3085","SNK","0","2017-12-14","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3086","SNK","0","2017-12-13","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3087","SNK","0","2017-12-12","5","0","9SNK/Sc","S6","","","","","","","","","","","","http://www.rsc.org/education/teachers/resources/jesei/weather/home.htm","","0","","0000-00-00","0","","0"),
("3088","MES","0","2017-12-11","1","0","9MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3089","MES","0","2017-12-15","5","0","9MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3090","MES","0","2017-12-12","2","0","9MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3091","MES","0","2017-12-11","2","0","9MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3092","PKT","0","2017-12-12","5","0","9JCE/Sc","S2","8P.3","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3093","JCE","0","2017-12-15","2","0","9JCE/Sc","S3","8P.6","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3094","JCE","0","2017-12-14","2","0","9JCE/Sc","S3","8P","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3095","JCE","0","2017-12-13","3","0","9JCE/Sc","S3","8P.4","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3096","JCE","0","2017-12-11","3","0","9JCE/Sc","S3","8P.2","","","","","","","","","","","Electricity Components Trolley\nPower supplies\nVoltmeters\nAmmeters\nWires","","0","","0000-00-00","0","","0"),
("3097","CLA","0","2017-12-15","5","0","9CLA/Sc","S1","8C.9","How do humans affect climate change?","","","1) the production of carbon dioxide by human activity and the impact on climate","","https://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg","","","","","x","","0","","0000-00-00","0","","0"),
("3098","CLA","0","2017-12-12","2","0","9CLA/Sc","S1","8C.8","How do we use the Earth's resources?","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n3) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n4) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth\n8) Earth as a source of limited resources","","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","Activity 8)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Activity 8)
\nSand in a jar
\nSomething metal
\nSomething plastic
\nSomething pottery
\nVaseline
\nGas cylinder (CO2 Fire extinguisher)
\nFAKE petrol bottle
\nDiamonds TO BE COUNTED IN AND OUT
\nGravel somthing
\nFish / Shellfish
\nMeat
\n
\n-----------","","0","","0000-00-00","0","","0"),
("3099","CLA","0","2017-12-11","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3100","CLA","0","2017-12-11","1","0","9CLA/Sc","S1","","Space WOW lesson","","","","","","","","","","Same as Mr Knight and Ms Lock","","0","","0000-00-00","0","","0"),
("3101","SKT","0","2017-12-14","2","0","9BSK/Sc","S4","8C.11","Review","","","1) Circuits are represented by circuit diagrams in which:\n - Wires are drawn as straight lines\n - With component symbols\n - Right angle corners.\n2) Component symbols to know\n - Cell\n - Battery\n - Wire\n - Bulb\n - Switch\n - Voltmeter\n - Ammeter\n3) Series circuits consist of only one branch with component placed one after another.\n4) Parallel circuits consist of more than one branch.","","","Students make simple parallel circuit.\nDEMO: Electrical components\nStudents make simple series circuit.","","","Activity 1)\nBulbs\nCells\nConnecting wires\nSwitch\nActivity 2)\nExamples of components: \nCell\n Battery\nWire\nBulb\nSwitch\nVoltmeter\nAmmeter","","","0","","0000-00-00","0","","0"),
("3102","SKT","0","2017-12-12","5","0","9BSK/Sc","S4","8C.9","How do humans affect climate change?","","","1) the production of carbon dioxide by human activity and the impact on climate","","https://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg","","","","","","","0","","0000-00-00","0","","0"),
("3103","SKT","0","2017-12-11","3","0","9BSK/Sc","S4","8C.8","How do we use the Earth's resources?","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n3) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n4) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth\n8) Earth as a source of limited resources","","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","Activity 8)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Activity 8)\nSand in a jar\nSomething metal\nSomething plastic\nSomething pottery\nVaseline\nGas cylinder (CO2 Fire extinguisher)\nFAKE petrol bottle\nDiamonds TO BE COUNTED IN AND OUT\nGravel somthing\nFish / Shellfish\nMeat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3104","CLA","0","2017-12-13","3","0","9BSK/Sc","S1","8C.10","Should we recycle?","","","1) the efficacy of recycling","","https://www.mrcorfe.com/MemoryAnchors/400c0951cb1cef3ab5d6d36f864f88b8.jpg","","","","","","","0","","0000-00-00","0","","0"),
("3105","SKT","0","2017-12-15","2","0","9BSK/Sc","S4","","Big Ideas Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3106","PKT","0","2017-12-15","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3107","SNK","0","2017-12-15","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3108","SKT","0","2017-12-12","2","0","9ASK/Sc","S4","8C.5","Enquiry: Data collection","","","1) A: ENQUIRY: Data collection\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips","","https://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","","Activity 1)\nMedium marble chips\n5 concentrations of hydrochloric acid:\n0M\n0.1M\n0.5M\n1.0M\n1.5M\n25ml Measuring Cylinders\nConical flask\nDelivery tubes\nTimer / stopwatch\nSieve\nGas syringes","","0","","0000-00-00","0","","0"),
("3109","SKT","0","2017-12-11","2","0","9ASK/Sc","S4","","WOW Lesson","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3110","SKT","0","2017-12-11","1","0","9ASK/Sc","S4","","WOW Lesson","","","","","","","","","","All to be set up during tutor time, please in S4:\n4 large blocks of ice (no colour) of different pH (<pH3, 6.4, 7, >pH9)\n4 large blocks of ice (each with a different food colouring in and same pH as above)\n4 beakers containing different 'chemicals' with each containing different organisms (each labelled as: organism anti-freeze, CO2 remover, buffer solution, saline)\n4 different trays with different equipment in:\n - Digital pH meter (data logger)\n - Universal indicator\n - Red litmus paper\n - Blue litmus paper\nMicroscopes\nFace protection or large goggles\n8 sets of chisel and mallet (or similar) to chisel ice samples\nLots of petri dishes\nLots of pipettes\n2 washing up bowls","","0","","0000-00-00","0","","0"),
("3111","SKT","0","2017-12-15","5","0","9ASK/Sc","S4","8C.6","Enquiry: Data Analysis","","","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","","","","0","","0000-00-00","0","","0"),
("3112","CLA","0","2017-12-15","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3113","PKT","0","2017-12-15","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3114","MES","0","2017-12-15","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3115","SNK","0","2017-12-15","5","0","8S/Sc","S6","5P.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","X","","0","","0000-00-00","0","","0"),
("3116","SNK","0","2017-12-14","1","0","8S/Sc","S6","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","X","","0","","0000-00-00","0","","0"),
("3117","SNK","0","2017-12-13","1","0","8S/Sc","S6","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat two factors is the size of a moment proportional to? The size of a moment is product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Load","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3118","SNK","0","2017-12-12","2","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3119","CLA","0","2017-12-15","3","0","8S/Pr","D6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3120","JCE","0","2017-12-15","1","0","8E/Sc","S3","5P.4","OVERLAP: What is Atmospheric Pressure?","","","1) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n2) Atmospheric pressure is caused by the weight of air above.\n3) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n4) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","","Surface: An outside area of an object.\nWeight: The force on an object with mass due to gravity.\nPressure: The average force acting perpendicular to a surface. P=F/A\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nParticles\nGas","","","Activity 2)\nCrushing can\nActivity 3)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 4)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","","","0","","0000-00-00","0","","0"),
("3121","JCE","0","2017-12-13","1","0","8E/Sc","S3","5P.2","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? simple machines give bigger force but at the expense of smaller movement (and vice versa): product of force and displacement unchanged\nWhat is the disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","","","0","","0000-00-00","0","","0"),
("3122","JCE","0","2017-12-12","1","0","8E/Sc","S3","5P.1","How do we store energy in a spring?","","","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as an object returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3123","JCE","0","2017-12-11","4","0","8E/Sc","S3","4C.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("3124","JCE","0","2017-12-14","5","0","8E/Sc","D8","5P.5","OVERLAP: How do Cartesian Divers work?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 3)\nDraw a sketch graph of the relationship.\nActivity 8)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 9)\nSample calculations.\nActivity 10)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 1)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 8)\n(Jewelry) balances\n\n-----------","","0","","0000-00-00","0","","0"),
("3125","LCY","0","2017-12-15","5","0","8B2/Sc","S7","5c.7","write up / graph","","","","","","","","","","graph paper","","0","","0000-00-00","0","","0"),
("3126","LCY","0","2017-12-14","1","0","8B2/Sc","S7","5c.6","Skill Focus: Data collection","","","1) A: ENQUIRY: Data collection","","","","","","","5c enquiry - carbonates HCl","","0","","0000-00-00","0","","0"),
("3127","LCY","0","2017-12-12","2","0","8B2/Sc","S7","5c.5","Skill Focus: Planning","","","1) A: ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","","","","","","","demo of 5C enquiry","","0","","0000-00-00","0","","0"),
("3128","LCY","0","2017-12-13","1","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3129","PKT","0","2017-12-15","5","0","8B1/Sc","S2","5C.2","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3130","PKT","0","2017-12-14","1","0","8B1/Sc","S2","5C.1","Do earthquakes happen everywhere?","","","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anyway on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3131","PKT","0","2017-12-13","1","0","8B1/Sc","S2","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("3132","PKT","0","2017-12-12","2","0","8B1/Sc","S2","","Green Pen Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3133","MES","0","2017-12-15","1","0","8A3/Sc","S5","5B.5","Can the maternal lifestyle affect the fetus?","","","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","","","","","","","","0","","0000-00-00","0","","0"),
("3134","MES","0","2017-12-14","5","0","8A3/Sc","S5","5B.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through cervix and vagina.","What happens during birth? During birth, the Cervix dilates and the Uterus contracts pushing the Fetus through Cervix and Vagina.","","","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3135","MES","0","2017-12-13","1","0","8A3/Sc","S5","5B.3","How does a offspring develop?","","","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother\'s blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","","","","","","","","0","","0000-00-00","0","","0"),
("3136","MES","0","2017-12-12","1","0","8A3/Sc","S5","5B.2","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a \'normal\' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","","","","","","","","0","","0000-00-00","0","","0"),
("3137","MES","0","2017-12-11","4","0","8A3/Sc","S5","5B.1","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","","","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("3138","CLA","0","2017-12-11","4","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3139","CLA","0","2017-12-15","1","0","8A2/Sc","S1","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3140","CLA","0","2017-12-14","5","0","8A2/Sc","S1","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3141","CLA","0","2017-12-13","1","0","8A2/Sc","S1","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Whoosh bottle","","0","","0000-00-00","0","","0"),
("3142","CLA","0","2017-12-12","1","0","8A2/Sc","S1","5C.9","What is in the Atmosphere?","","","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Ready made test tubes of Oxygen, Carbon Dioxide and Hydrogen class set
\nsplints, limewater.","","0","","0000-00-00","0","","0"),
("3143","TLK","0","2017-12-11","4","0","8A1/Sc","S2","","","","","","","","","","","","COVER","","0","","0000-00-00","0","","0"),
("3144","TLK","0","2017-12-15","1","0","8A1/Sc","S7","","Review lesson","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3145","TLK","0","2017-12-13","1","0","8A1/Sc","S7","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("3146","TLK","0","2017-12-12","1","0","8A1/Sc","S7","4b.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing \nsugar solution \ndistilled water \npipettes \n\nTesting for sugars: \nKettles \nbeakers \ntest tubes \nbenedicts solution\n\n-----------","","0","","0000-00-00","0","","0"),
("3147","TLK","0","2017-12-14","5","0","8A1/Sc","S7","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3148","LCY","0","2017-12-12","5","0","7S/Sc","S7","1c.7","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("3149","LCY","0","2017-12-11","5","0","7S/Sc","S7","1C.6","Skill focus: Analysis","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","Activity 1)\nThermometers\nStopwatches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3150","LCY","0","2017-12-14","2","0","7S/Sc","S7","1c.10","What is internal energy?","","","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 5)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3151","TLK","0","2017-12-13","2","0","7S/Sc","S7","1c.9","What happens when ice melts?","","","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: With every measurement there always random error.\n4) T: The effect of random error can be reduced by calculating a mean.\n5) T: Particles can not be created or destroyed.\n6) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n7) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of an ice cube change as it melts? The mass of an ice cube doesn't change during melting. This is because the number of particles stays the same. The particles move and the forces of attraction between particles is overcome by the heat energy becoming kinetic energy causing the particles to move about.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/472bc3fe412e3a02dc6375ced2c9b92c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","Solid: A substance that hold its shape.\nConservation: Keep the same\nStates of matter: The form a substance is in.\nLiquid: A substance that takes the shape of the bottom of its container.\nParticle: Something that makes up something bigger.\nGas: A substance that fills its container.\nMean: An average that is the middle of a set of numbers.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3152","SNK","0","2017-12-12","4","0","7E/Sc","S6","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("3153","SNK","0","2017-12-11","1","0","7E/Sc","D8","1B.10","How does a skeleton move?","","","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3154","CLA","0","2017-12-14","2","0","7B2/Sc","S1","2C.6","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim:","","","","","","","x","","0","","0000-00-00","0","","0"),
("3155","CLA","0","2017-12-13","2","0","7B2/Sc","S1","2C.5","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim:","","","","","","","Waiting on information for Mr Corfe","","0","","0000-00-00","0","","0"),
("3156","CLA","0","2017-12-12","5","0","7B2/Sc","S1","2C.4","Skill focus: Planning","","","1) T: PLANNING \n\n- Aim:","","","","","","","Waiting on information for Mr Corfe","","0","","0000-00-00","0","","0"),
("3157","CLA","0","2017-12-11","5","0","7B2/Sc","S1","2C.3","How do we read and write chemistry?","","","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? Students can identify the number of elements in a compound from its formulae.\nHow can we identify the number of atoms in a compound? Students can identify the number of atoms in a compound from its formulae.\nHow can you represent a mixture in writing? Mixture 'formulae' have a plus sign in.","","Element: :\nCompound\nChemical formulae\nChemical symbol\nChemical Formulae\nMixture\nAtom\nFormulae","","","","x","","0","","0000-00-00","0","","0"),
("3158","MES","0","2017-12-14","2","0","7B1/Sc","S5","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("3159","MES","0","2017-12-14","4","0","11TE/Sc-Chem","S3","","x","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3160","MES","0","2017-12-12","3","0","11TE/Sc-Chem","S3","","Collins C8.9 - Testing Ions - Required practical","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3161","SNK","0","2017-12-14","4","0","11SNK/Sc","S6","","Chromatography","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3162","SNK","0","2017-12-13","4","0","11SNK/Sc","S6","","Formulations","","","","","","","","","","Making mayonnaise demo","","0","","0000-00-00","0","","0"),
("3163","SNK","0","2017-12-12","3","0","11SNK/Sc","S6","","Pure substances","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3164","SKT","1","2017-12-12","3","0","11SKT/Sc","S4","","B1 Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3165","SKT","0","2017-12-13","4","0","11SKT/Sc","S1","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3166","TLK","0","2017-12-12","3","0","11S/Sc-Bio","D8","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3167","TLK","0","2017-12-14","4","0","11S/Sc-Bio","S4","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3168","TLK","0","2017-12-13","4","0","11S/Sc-Bio","S4","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3169","PKT","0","2017-12-13","4","0","11PKT/Sc","S5","","Newton's First Law","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3170","PKT","0","2017-12-12","3","0","11PKT/Sc","S5","","Identification of common gases","","","","","","","","","","Collins C8.5","","0","","0000-00-00","0","","0"),
("3171","PKT","0","2017-12-14","4","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3172","LCY","0","2017-12-14","4","0","11LCY/Sc","S7","","","","","","","","","","","","C9.10","","0","","0000-00-00","0","","0"),
("3173","LCY","0","2017-12-13","4","0","11LCY/Sc","S7","","magnets and electromagnets","","","","","","","","","","Collins C9.1 demo","","0","","0000-00-00","0","","0"),
("3174","LCY","0","2017-12-12","3","0","11LCY/Sc","S7","","","","","","","","","","","","Electromagnets: \nMagnets \nPower Packs\nNail \nWire\nCrocadile clips\npaper clips\nAmmeters (old style)","","0","","0000-00-00","0","","0"),
("3175","CLA","0","2017-12-14","4","0","11CLA/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3176","CLA","0","2017-12-13","4","0","11CLA/Sc","S2","","","","","","","","","","","","Collins C8.5","","0","","0000-00-00","0","","0"),
("3177","CLA","0","2017-12-12","3","0","11CLA/Sc","S2","","","","","","","","","","","","Collins C8.4","","0","","0000-00-00","0","","0"),
("3178","LCY","0","2017-12-11","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3179","MES","0","2017-12-13","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3180","CPD","0","2017-12-15","3","0","10TS/Sc","S4","","","","","","","","","","","","Wow lesson - I'll see you about this: Hair dryer, ping pong ball, 3 x specimen tubes, 6 x 10x10cm pieces of card, 4 x balloons, polystyrene plates x 4?, PVC piping, duster, bicarbonate of soda, vinegar, 4 x tea lights or candles, 2 x glass rods, 500ml cooking oil, pie dish, sand, sugar, Na2CO3, propanol, 6 x tea lights, 2 x gas jars, 2 x tubs.","","0","","0000-00-00","0","","0"),
("3181","CPD","0","2017-12-14","5","0","10TS/Sc","S4","","National Grid","","","","","","","","","","National Grid Model","","0","","0000-00-00","0","","0"),
("3182","TLK","0","2017-12-15","4","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3183","TLK","0","2017-12-15","3","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3184","TLK","0","2017-12-14","3","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3185","TLK","0","2017-12-13","5","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("3186","TLK","0","2017-12-11","3","0","10TLK/Sc","S7","","","","","","","","","","","","COVER","","0","","0000-00-00","0","","0"),
("3187","PKT","0","2017-12-11","3","0","10TE/Sc","S2","","Health issues and lifestyle risk factors","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3188","PKT","0","2017-12-13","5","0","10TE/Sc","S3","","COVER LESSON - Cancer","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3189","LCY","0","2017-12-15","3","0","10TE/Sc","S6","","","","","","","","","","","","Salts RP class","","0","","0000-00-00","0","","0"),
("3190","LCY","0","2017-12-15","4","0","10TE/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3191","LCY","0","2017-12-14","3","0","10TE/Sc","S4","","","","","","","","","","","","C4.6 neutralisation","","0","","0000-00-00","0","","0"),
("3192","SNK","0","2017-12-13","2","0","10SN/Sc","S6","","Fractional distillation","","","","","","","","","","Examples of fractions","","0","","0000-00-00","0","","0"),
("3193","SNK","0","2017-12-11","4","0","10SN/Sc","S6","","Crude oil","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3194","SNK","0","2017-12-15","3","0","10SN/Sc","S1","","Cracking","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3195","SNK","0","2017-12-14","5","0","10SN/Sc","S6","","Combustion reactions","","","","","","","","","","http://www.rsc.org/learn-chemistry/resource/res00000400/combustion?cmpid=CMP00000470 \nClass set but small - class of 12","","0","","0000-00-00","0","","0"),
("3196","SKT","0","2017-12-13","2","0","10SKT/Sc","S4","","Collins C7.9","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3197","SKT","0","2017-12-11","4","0","10SKT/Sc","S4","","Collins C7.8","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3198","PKT","0","2017-12-11","4","0","10PKT/Sc","D8","","Soluble Salts","","","","","","","","","","Collins C4.7","","0","","0000-00-00","0","","0"),
("3199","PKT","0","2017-12-14","5","0","10PKT/Sc","S2","","REQUIRED PRACTICAL - Titrations","","","","","","","","","","REQUIRED PRACTICAL - Titrations","","0","","0000-00-00","0","","0"),
("3200","PKT","0","2017-12-13","2","0","10PKT/Sc","S2","","pH Scale and Neutralisation","","","","","","","","","","Collins C4.9","","0","","0000-00-00","0","","0"),
("3201","MES","0","2017-12-15","4","0","10MES/Sc","S5","","Cracking of Alkenes","","","","","","","","","","Crack\nParafin wool and ceramic in boiling tube\nTroughs","","0","","0000-00-00","0","","0"),
("3202","MES","0","2017-12-15","3","0","10MES/Sc","S5","","Testing for alkenes","","","","","","","","","","Alkene\nAlkane\nBromine water","","0","","0000-00-00","0","","0"),
("3203","MES","0","2017-12-14","3","0","10MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3204","MES","0","2017-12-13","5","0","10MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3205","MES","0","2017-12-11","3","0","10MES/Sc","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3206","PKT","0","2017-12-11","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3207","SNK","0","2017-12-11","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3208","JCE","0","2017-12-18","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3209","JCE","0","2017-12-19","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3210","JCE","0","2017-12-20","0","0","Numeracy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3211","JCE","0","2017-12-21","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("3240","JCE","0","2017-12-18","1","0","7A1/Sc","S3","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("3241","JCE","0","2017-12-20","3","0","7A1/Sc","S3","","MArking of Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3242","JCE","0","2017-12-21","1","0","7A1/Sc","S3","","15 mins of cover -> Assembly 9:15-10:00","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3243","PKT","0","2017-12-18","1","0","7A2/Sc","S2","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What groups can forces be classified as? Describe each.:Forces can also be classified as either:; - non-contact forces: ; - gravity forces acting at a distance on Earth and in space,; - forces between magnets,; - Electrostatic forces due to static electricity: Rubbed balloon\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3244","PKT","0","2017-12-20","3","0","7A2/Sc","S2","","MArking of Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3245","PKT","0","2017-12-21","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3247","PKT","0","2017-12-19","2","0","7A2/Sc","D8","","Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3248","LCY","0","2017-12-18","1","0","7A3/Sc","S7","1C.9","What happens when ice melts?","","","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: With every measurement there always random error.\n4) T: The effect of random error can be reduced by calculating a mean.\n5) T: Particles can not be created or destroyed.\n6) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n7) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of an ice cube change as it melts? The mass of an ice cube doesn't change during melting. This is because the number of particles stays the same. The particles move and the forces of attraction between particles is overcome by the heat energy becoming kinetic energy causing the particles to move about.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/472bc3fe412e3a02dc6375ced2c9b92c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","Solid: A substance that hold its shape.\nConservation: Keep the same\nStates of matter: The form a substance is in.\nLiquid: A substance that takes the shape of the bottom of its container.\nParticle: Something that makes up something bigger.\nGas: A substance that fills its container.\nMean: An average that is the middle of a set of numbers.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3249","LCY","0","2017-12-19","2","0","7A3/Sc","S7","","Landmark assessment","","","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","None","","0","","0000-00-00","0","","0"),
("3250","LCY","0","2017-12-20","3","0","7A3/Sc","S7","","MArking of Landmark assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","None","","0","","0000-00-00","0","","0"),
("3251","LCY","0","2017-12-21","1","0","7A3/Sc","S7","1C.10","What is internal energy?","","","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 5)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("3310","TLK","0","2017-12-20","4","0","9TLK/Sc","S3","","Sorry I deleted this, please check the SoW","","","","","","","","","","Sorry I deleted this, please check the SoW","","0","","0000-00-00","0","","0"),
("3311","TLK","0","2017-12-18","3","0","9TLK/Sc","S3","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3313","TLK","0","2017-12-19","2","0","9TLK/Sc","S2","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3315","SNK","0","2017-12-19","4","0","9SNK/Sc","S6","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3316","SNK","0","2017-12-19","3","0","9SNK/Sc","S6","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3317","SNK","0","2017-12-18","4","0","9SNK/Sc","S6","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
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("3320","MES","0","2017-12-20","4","0","9MES/Sc","S5","","Sorry I deleted this, please check the SoW","","","","","","","","","","Sorry I deleted this, please check the SoW","","0","","0000-00-00","0","","0"),
("3321","MES","0","2017-12-19","2","0","9MES/Sc","S5","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3322","MES","0","2017-12-18","3","0","9MES/Sc","S5","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3323","JCE","0","2017-12-18","4","0","9JCE/Sc","S2","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3325","JCE","0","2017-12-19","4","0","9JCE/Sc","S3","","Marking of End of KS3 assessment","","","","","","Ammeter\nVoltmeter\nSeries\nParallel\nShared\nSame","","","","None","","0","","0000-00-00","0","","0"),
("3326","JCE","0","2017-12-19","3","0","9JCE/Sc","S3","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3328","CLA","0","2017-12-21","5","0","9CLA/Sc","S1","8P.2","8P lesson 2","","","","","","","","","","Electricity trolley
\nPowerpacks leads
\nCell
\nBattery
\nWire
\nBulb
\nSwitch
\nVoltmeter
\nAmmeter","","0","","0000-00-00","0","","0"),
("3329","CLA","0","2017-12-20","4","0","9CLA/Sc","S1","8P.1","Series and parallel circuits","","","1) Circuits are represented by circuit diagrams in which:\n - Wires are drawn as straight lines\n - With component symbols\n - Right angle corners.\n2) Component symbols to know\n - Cell\n - Battery\n - Wire\n - Bulb\n - Switch\n - Voltmeter\n - Ammeter\n3) Series circuits consist of only one branch with component placed one after another.\n4) Parallel circuits consist of more than one branch.","","","Students make simple parallel circuit.\nDEMO: Electrical components\nStudents make simple series circuit.","","","Activity 1)\nBulbs\nCells\nConnecting wires\nSwitch\nActivity 2)\nExamples of components: \nCell\n Battery\nWire\nBulb\nSwitch\nVoltmeter\nAmmeter","Electricity trolley
\nPowerpacks leads
\nCell
\nBattery
\nWire
\nBulb
\nSwitch
\nVoltmeter
\nAmmeter","","0","","0000-00-00","0","","0"),
("3330","CLA","0","2017-12-19","2","0","9CLA/Sc","S1","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3331","CLA","0","2017-12-18","3","0","9CLA/Sc","S1","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3333","SKT","0","2017-12-19","4","0","9BSK/Sc","S4","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3334","SKT","0","2017-12-18","4","0","9BSK/Sc","S4","","End of Key stage assessment","","","","","","","","","","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3335","CLA","0","2017-12-19","3","0","9BSK/Sc","S1","","Marking of End of KS3 assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3337","SKT","0","2017-12-21","5","0","9ASK/Sc","S4","","N/A","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3338","SKT","0","2017-12-20","4","0","9ASK/Sc","S4","8C.9","How do humans affect climate change?","","","1) the production of carbon dioxide by human activity and the impact on climate","","https://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg","","","","","X","","0","","0000-00-00","0","","0"),
("3339","SKT","0","2017-12-19","2","0","9ASK/Sc","S4","","Marking of End of KS3 assessment","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n3) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n4) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth\n8) Earth as a source of limited resources","","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","Activity 8)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","None","","0","","0000-00-00","0","","0"),
("3340","SKT","0","2017-12-18","3","0","9ASK/Sc","S4","","End of Key stage assessment","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n3) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n4) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth\n8) Earth as a source of limited resources","","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","Activity 8)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Teachers to collect papers from office","","0","","0000-00-00","0","","0"),
("3341","SNK","0","2017-12-21","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3342","SNK","0","2017-12-20","4","0","8S/Sc","S6","","5P Review posters","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3343","SNK","0","2017-12-18","3","0","8S/Sc","S6","","WOW Lesson","","","","","","","","","","Masking tape\nStraws\nCellotape\nCraft Paper\nScissors\nRulers","","0","","0000-00-00","0","","0"),
("3345","JCE","0","2017-12-20","5","0","8E/Sc","S3","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat two factors is the size of a moment proportional to? The size of a moment is product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","","","0","","0000-00-00","0","","0"),
("3346","LCY","0","2017-12-18","4","0","8BX/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3347","LCY","0","2017-12-21","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3348","LCY","0","2017-12-20","4","0","8B2/Sc","S7","5C.9","What is in the Atmosphere?","","","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 3)\ntest tubes \ndecomposition of hydrogen peroxide with manganese\n\n-----------\n\nActivity 4)\nmagnesium and hydrochloric acid \ntest tubes\npipette\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest\n\n-----------","","0","","0000-00-00","0","","0"),
("3349","LCY","0","2017-12-18","3","0","8B2/Sc","S7","5c.8","review lesson","","","","","","","","","","need computers","","0","","0000-00-00","0","","0"),
("3350","PKT","0","2017-12-21","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3351","PKT","0","2017-12-20","4","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3352","PKT","0","2017-12-18","3","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3354","MES","0","2017-12-20","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3355","CLA","0","2017-12-20","5","0","8A2/Sc","S1","5P.1","How do we store energy in a spring?","","","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as an object returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed? Explain these.:When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Making a Force meter:\n100g masses\nsprings\nhooks for masses\nG clamp\nrulers\nmeter rules","","0","","0000-00-00","0","","0"),
("3357","TLK","0","2017-12-20","5","0","8A1/Sc","D8","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("3359","TLK","0","2017-12-21","3","0","7S/Sc","S7","1c.","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3360","LCY","0","2017-12-20","1","0","7S/Sc","S7","","MArking of Landmark assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","None","","0","","0000-00-00","0","","0"),
("3361","LCY","0","2017-12-19","4","0","7S/Sc","S7","","Landmark assessment","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","None","","0","","0000-00-00","0","","0"),
("3363","SNK","0","2017-12-19","2","0","7E/Sc","S6","","Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3364","MES","0","2017-12-21","1","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3365","MES","0","2017-12-20","3","0","7E/Sc","S5","","MArking of Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3366","MES","0","2017-12-18","1","0","7E/Sc","S5","1B.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("3367","CLA","0","2017-12-21","3","0","7B2/Sc","S1","2C.8","Why are liquids lighter than their solids?","","","1) There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","x","","0","","0000-00-00","0","","0"),
("3368","CLA","0","2017-12-20","1","0","7B2/Sc","S1","2C.7","Landmark assessment marking","","","1) T: Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","x","","0","","0000-00-00","0","","0"),
("3369","CLA","0","2017-12-19","4","0","7B2/Sc","S1","","Landmark assessment","","","","","","","","","","None","","0","","0000-00-00","0","","0"),
("3372","TLK","0","2017-12-20","2","0","11TE/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3373","TLK","0","2017-12-18","5","0","11TE/Sc-Bio","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3374","TLK","0","2017-12-19","1","0","11TE/Sc-Bio","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3375","JCE","0","2017-12-21","2","0","11TE/Sc-Phy","S3","P1.1.1.01","","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n? heating\n? work done by forces\n? work done when a current flows","1) A system is an object or group of objects.\n\n2) There are changes in the way energy is stored when a system changes.\n5) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.","What is a system? :A system is an object or group of objects.;\nWhen a system changes, what happens to the way energy is stored? There are changes in the way energy is stored when a system changes.\nWhat energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat factors affect the changes in energy involved when a system is changed? The changes in energy involved when a system is changed by:;? heating;? work done by forces;? work done when a current flows;\nHow much energy is needed to increase the temperature of 500 g of lead from 20?C to 45?C? The specific heat capacity of lead is 128 J/kg ?C.:mass of lead = 500 ? 1000 = 0.5 kg temperature change = 45 ? 20 = 25?C energy needed = 0.5 ? 128 ? 25 = 1600 J (1.6 kJ)","","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nMitochondria: An organelle that increases the rate of respiration.\nPermanent Vacuole: An organelle that contains cell sap.\nRibosome: An organelle that produces proteins.\nCell wall: The cellulose layer around certain cells\nOrganelle: Part of a cell\nCell membrane: A thin barrier which holds the cell together.\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("3378","SNK","0","2017-12-21","2","0","11SNK/Sc","S6","","Last day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3379","SNK","0","2017-12-20","2","0","11SNK/Sc","S6","","Testing for positive ions","","","","","","","","","","Flame testing","","0","","0000-00-00","0","","0"),
("3380","SNK","0","2017-12-19","1","0","11SNK/Sc","S6","","Testing gases","","","","","","","","","","Collecting and testing Cl, H, O2 and CO2.\nCL as demo.","","0","","0000-00-00","0","","0"),
("3381","SNK","0","2017-12-18","5","0","11SNK/Sc","S6","","Chromatography required prac","","","","","","","","","","Chromatography required practical.","","0","","0000-00-00","0","","0"),
("3382","SKT","0","2017-12-20","2","0","11SKT/Sc","S1","","P2.3.1-2","","","","","","","","","","Collins P5.2\nCollins P5.7\nCollins P5.9 (DEMO)","","0","","0000-00-00","0","","0"),
("3383","MES","0","2017-12-21","2","0","11S/Sc-Chem","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3384","CPD","0","2017-12-20","2","0","11S/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3387","CPD","0","2017-12-19","1","0","11S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3388","CPD","0","2017-12-18","5","0","11S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3391","PKT","0","2017-12-21","2","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3392","PKT","0","2017-12-20","2","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3393","PKT","0","2017-12-19","1","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3394","PKT","0","2017-12-18","5","0","11PKT/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3397","LCY","0","2017-12-21","2","0","11LCY/Sc","S7","","waves","","","","","","","","","","Waves RP \nRubens Tube Support to start please","","0","","0000-00-00","0","","0"),
("3398","LCY","0","2017-12-20","2","0","11LCY/Sc","S7","","","","","","","","","","","","Osmosis required practical - 5 sets","","0","","0000-00-00","0","","0"),
("3399","LCY","0","2017-12-19","1","0","11LCY/Sc","S7","","WTM - Main Hall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3400","LCY","0","2017-12-18","5","0","11LCY/Sc","S7","","human impact","","","","","","","","","","250 mL beakers\nIce\nOAP pens\nplasticine","","0","","0000-00-00","0","","0"),
("3403","CLA","0","2017-12-21","2","0","11CLA/Sc","S2","","Collins C8.10","","","","","","","","","","Collins C8.10","","0","","0000-00-00","0","","0"),
("3404","CLA","0","2017-12-20","2","0","11CLA/Sc","S2","","Collins C8.9","","","","","","","","","","Collins C8.9","","0","","0000-00-00","0","","0"),
("3405","CLA","0","2017-12-19","1","0","11CLA/Sc","S2","","Collins C8.7","","","","","","","","","","Collins C8.7","","0","","0000-00-00","0","","0"),
("3406","CLA","0","2017-12-18","5","0","11CLA/Sc","S2","","Collins C8.6","","","","","","","","","","Collins C8.6","","0","","0000-00-00","0","","0"),
("3408","LCY","0","2017-12-20","5","0","10TS/Sc","S7","","","","","","","","","","","","match head iron extraction demo","","0","","0000-00-00","0","","0"),
("3409","MES","0","2017-12-21","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3410","MES","0","2017-12-18","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3411","CPD","0","2017-12-21","4","0","10TS/Sc","S4","","","","","","","","","","","","Van de Graaff generator and accessories, 1 x acetate (flat) rod and cloth, 1 x gold leaf electroscope.","","0","","0000-00-00","0","","0"),
("3412","TLK","0","2017-12-19","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3414","TLK","0","2017-12-21","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3415","TLK","0","2017-12-18","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3417","CLA","0","2017-12-21","4","0","10TE/Sc","S1","","","","","","","","","","","","Collins P5.11","","0","","0000-00-00","0","","0"),
("3418","CLA","0","2017-12-19","5","0","10TE/Sc","S1","","Collins P5.10","","","","","","","","","","Collins P5.10","","0","","0000-00-00","0","","0"),
("3419","CLA","0","2017-12-18","4","0","10TE/Sc","S1","","Collins P5.4","","","","","","","","","","Collins P5.4","","0","","0000-00-00","0","","0"),
("3421","SNK","0","2017-12-21","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3422","SNK","0","2017-12-21","3","0","10SN/Sc","S6","","Last day","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3423","SNK","0","2017-12-20","5","0","10SN/Sc","S6","","Energy stores recap lesson","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3424","SNK","0","2017-12-18","2","0","10SN/Sc","S6","","WOW Lesson","","","","","","","","","","Masking tape\nStraws\nCellotape\nCraft Paper\nScissors\nRulers","","0","","0000-00-00","0","","0"),
("3426","SKT","0","2017-12-21","3","0","10SKT/Sc","S4","","Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3427","SKT","0","2017-12-20","5","0","10SKT/Sc","S4","","Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3428","SKT","0","2017-12-18","2","0","10SKT/Sc","S4","","Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3429","SKT","0","2017-12-21","4","0","10SKT/Sc","D8","","Tutor Time","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("3430","PKT","0","2017-12-20","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3431","PKT","0","2017-12-18","2","0","10PKT/Sc","S2","","REQUIRED PRACTICAL - Titrations","","","","","","","","","","REQUIRED PRACTICAL - Titrations\nProbably just the write up but just in case still needed.","","0","","0000-00-00","0","","0"),
("3433","PKT","0","2017-12-21","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3434","PKT","0","2017-12-21","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3435","MES","0","2017-12-21","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3436","MES","0","2017-12-19","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("3437","MES","0","2017-12-18","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4331","CLA","0","2018-01-04","4","0","10TE/Sc","S1","","Collins P5.12","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("4315","CLA","0","2018-01-04","5","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("4314","CLA","0","2018-01-05","1","0","11CLA/Sc","S1","","Collins P5.10","","","","","","","","","","Collins P5.10\nair track to be set up prior to lesson","","0","","0000-00-00","0","","0"),
("4270","CLA","0","2018-01-05","4","0","7B2/Sc","S1","2C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...","","","0","","0000-00-00","0","","0"),
("5033","SNK","0","2018-01-08","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5032","PSN","0","2018-01-08","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5031","MES","0","2018-01-12","4","0","10MES/Sc","S5","","Collins C4.8","","","","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","","","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("5030","MES","0","2018-01-08","3","0","10MES/Sc","S5","","Collins C4.3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5029","MES","0","2018-01-10","5","0","10MES/Sc","S5","","Collins C4.5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5028","MES","0","2018-01-11","3","0","10MES/Sc","S5","","Collins C4.6","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5027","MES","0","2018-01-12","3","0","10MES/Sc","S5","","Collins C4.7","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4233","CLA","0","2018-01-04","3","0","9CLA/Sc","S1","","Collins B1.1","","","","","","","","","","Collins B1.1\n\nPlus microscopes- making cheek cell slides","","0","","0000-00-00","0","","0"),
("4232","CLA","0","2018-01-05","2","0","9CLA/Sc","S1","","Collins B1.2","","","","","","","","","","Collins B1.2","","0","","0000-00-00","0","","0"),
("5026","PKT","0","2018-01-12","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5025","PKT","0","2018-01-10","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5024","PKT","0","2018-01-11","5","0","10PKT/Sc","S2","","Fractional Distillation","","","","","","","","","","Collins C7.2","","0","","0000-00-00","0","","0"),
("5023","PKT","0","2018-01-08","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5022","PKT","0","2018-01-12","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5021","CLA","0","2018-01-10","5","0","10S/Sc","S1","","Collins C4.14","","","","","","","","","","Collins C4.14","","0","","0000-00-00","0","","0"),
("5020","JCE","0","2018-01-11","3","0","10S/Sc-Phy","S3","P1.5.01","How do atoms interact with electromagnetic radiation?","","","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) ","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5019","PKT","0","2018-01-10","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4994","SNK","0","2018-01-10","4","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4995","SNK","0","2018-01-09","3","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5018","CLA","0","2018-01-11","3","0","10TE/Sc","S1","","Collins C4.12","","","","","","","","","","Collins C4.12","","0","","0000-00-00","0","","0"),
("5017","CLA","0","2018-01-12","3","0","10TE/Sc","S1","","Collins C4.13","","","","","","","","","","Collins C4.13","","0","","0000-00-00","0","","0"),
("5016","LCY","0","2018-01-10","5","0","10TLK/Sc","S7","","extracting metals on match head","","","","","","","","","","x12 sets","","0","","0000-00-00","0","","0"),
("5015","LCY","0","2018-01-11","3","0","10TLK/Sc","S7","","metals and acids","","","","","","","","","","x6 sets:\ntest tubes \nHCl 1M\npipettes \nmagnesium stripes \nzinc stripes \ncopper strips\nsplints \n\ngroup 1 demo set","","0","","0000-00-00","0","","0"),
("5014","LCY","0","2018-01-12","3","0","10TLK/Sc","S7","","neutralization","","","","","","","","","","x6 sets: \nburettes \nUI \nHCl solution 0.05 or any \nNaOH solution similar conc to acid \nfunnels \nconical flask \nwhite tiles \nglass pipettes","","0","","0000-00-00","0","","0"),
("5013","LCY","0","2018-01-12","4","0","10TLK/Sc","S7","","Salts RP PLAN","","","","","","","","","","1 demo set of equipment please","","0","","0000-00-00","0","","0"),
("5012","LCY","0","2018-01-08","3","0","10TLK/Sc","S7","","reactivity series","","","","","","","","","","Collins C4.2 x 6 sets","","0","","0000-00-00","0","","0"),
("5011","CPD","0","2018-01-11","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5010","CPD","0","2018-01-12","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5009","MES","0","2018-01-10","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5008","LCY","0","2018-01-08","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5007","CLA","0","2018-01-09","3","0","11CLA/Sc","S1","","Collins P5.11","","","","","","","","","","Collins P5.11","MAD - 09/01/2018 09:29","0","","0000-00-00","0","","0"),
("5006","CLA","0","2018-01-10","4","0","11CLA/Sc","S1","","Collins P5.12","","","","","","","","","","Collins P5.12","","0","","0000-00-00","0","","0"),
("5005","CLA","0","2018-01-11","4","0","11CLA/Sc","S1","","Collins P5.14","","","","","","","","","","Collins P5.14","","0","","0000-00-00","0","","0"),
("5004","LCY","0","2018-01-09","3","0","11LCY/Sc","S7","","Heart dissection x 12\nOrgan system model","","","","","","","","","","hearts \ndissection boards/kits","","0","","0000-00-00","0","","0"),
("5003","LCY","0","2018-01-10","4","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5002","LCY","0","2018-01-11","4","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5001","PKT","0","2018-01-09","3","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5000","PKT","0","2018-01-10","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4999","PKT","0","2018-01-11","4","0","11S/Sc","S2","","Required Practical 9 Measure Population Sizes","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4998","SKT","0","2018-01-09","3","0","11SKT/Sc","S4","","P2.3.3-6","","","","","","","","","","X (Collins P5.11)","MAD - 09/01/2018 09:28","0","","0000-00-00","0","","0"),
("4997","SKT","0","2018-01-10","4","0","11SKT/Sc","S4","","P2.3.6-7","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4996","SKT","0","2018-01-11","4","0","11SKT/Sc","S4","","B2.4.1 & B2.4.2","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4993","SNK","0","2018-01-11","4","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4992","CPD","0","2018-01-10","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4991","CPD","0","2018-01-11","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4990","PSN","0","2018-01-09","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4989","JCE","0","2018-01-09","4","0","7A1/Sc","S3","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? Students can identify the number of elements in a compound from its formulae.\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture 'formulae' have a plus sign in.","","Element: A substance made of only one type of atom.\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical formulae\nChemical symbol\nChemical Formulae\nMixture\nAtom\nFormulae","","","","","","0","","0000-00-00","0","","0"),
("4988","JCE","0","2018-01-08","1","0","7A1/Sc","S3","2C.2","What is the link between Lego and chemistry?","","","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) Atoms are the smallest part of a chemical, and can not be split chemically.\n3) Groups of bonded atoms are called Molecules.\n4) Elements are made up of only one type of atom.\n5) W: Compounds are made up of more than one type of atom, in a fixed combination.\n6) W: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nChemical bond\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical *\nBrick => Atom *\nColour => Type *\nTower => Molecule *\nSingle Coloured tower => Element molecule *\nMulticoloured tower => Compound *\nBlocks in box => mixture","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4987","PKT","0","2018-01-09","4","0","7A2/Sc","S2","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted? Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","","","","","Activity 4)\nShow: \nhttps://upload.wikimedia.org/wikipedia/commons/a/a4/Misc_pollen.jpg","","","0","","0000-00-00","0","","0"),
("4986","MES","0","2018-01-08","5","0","7B1/Sc","S5","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? reproduction in plants, including flower structure, wind and insect pollination, fertilisation, seed and fruit formation and dispersal, including quantitative investigation of some dispersal mechanisms \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4985","JCE","0","2018-01-10","2","0","7B1/Sc","S3","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("4984","MES","0","2018-01-09","5","0","7B1/Sc","S5","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted? Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","","","","","Activity 4)\nShow: \nhttps://upload.wikimedia.org/wikipedia/commons/a/a4/Misc_pollen.jpg","","","0","","0000-00-00","0","","0"),
("4983","MES","0","2018-01-11","2","0","7B1/Sc","S5","2B.4","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","","","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("4982","CLA","0","2018-01-08","5","0","7B2/Sc","S1","2C.9","What happens to number of particles during a chemical reaction?","","","1) There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","","Chemical reaction\nAtoms\nMass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Molymods","","0","","0000-00-00","0","","0"),
("4981","CLA","0","2018-01-09","5","0","7B2/Sc","S1","2C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...","","","0","","0000-00-00","0","","0"),
("4980","CLA","0","2018-01-10","2","0","7B2/Sc","S1","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the 4 stores of energy? What are the 5 flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);;The Flows of energy are ; - Light; - Sound; - Kinetic (Movement); - Electrical; - Thermal (Heat)","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Energy circus with laminated sheets etc...","","0","","0000-00-00","0","","0"),
("4979","CLA","0","2018-01-11","2","0","7B2/Sc","S1","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nTransfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.","Energy circus with laminated sheets etc...","","0","","0000-00-00","0","","0"),
("4978","SNK","0","2018-01-09","4","0","7E/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4977","SNK","0","2018-01-08","1","0","7E/Sc","S6","","How do we read and write chemistry?","","","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? Students can identify the number of elements in a compound from its formulae.\nHow can we identify the number of atoms in a compound? Students can identify the number of atoms in a compound from its formulae.\nHow can you represent a mixture in writing? Mixture 'formulae' have a plus sign in.","","Element: :\nCompound\nChemical formulae\nChemical symbol\nChemical Formulae\nMixture\nAtom\nFormulae","","","","X","","0","","0000-00-00","0","","0"),
("4976","LCY","0","2018-01-10","2","0","7S/Sc","S7","2P.4","Skill focus: Planning","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","demo set of equipment \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------","","0","","0000-00-00","0","","0"),
("4975","PKT","0","2018-01-08","5","0","7S/Sc","S3","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nTransfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.","","","0","","0000-00-00","0","","0"),
("4974","LCY","0","2018-01-09","5","0","7S/Sc","S7","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4973","LCY","0","2018-01-11","2","0","7S/Sc","S7","2P.5","Skill focus: Data Collection","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------","MAD - 11/01/2018 10:08","0","","0000-00-00","0","","0"),
("4972","CLA","0","2018-01-08","4","0","8A1/Sc","S1","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat two factors is the size of a moment proportional to? The size of a moment is product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","","","0","","0000-00-00","0","","0"),
("4971","CLA","0","2018-01-09","1","0","8A1/Sc","S1","5P.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nWeight: The force on an object with mass due to gravity.\nPressure: The average force acting perpendicular to a surface. P=F/A\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nParticles\nGas","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)
\nSyringes connected with tube. One syringe in while the other is out.
\n
\n-----------
\n
\nActivity 3)
\nPepsi can
\nBowl of water
\nDistilled water bottle
\n
\n-----------","MAD - 09/01/2018 09:27","0","","0000-00-00","0","","0"),
("4970","CLA","0","2018-01-10","1","0","8A1/Sc","S1","5P.5","How do Cartesian Divers work?","","","1) Pressure in fluids is caused by the collision of particles on the surface of an object.\n2) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n3) W: The pressure in liquids increases with depth.\n4) The size of the upthrust force is equal to the weight of the water displaced by the object.\n5) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n6) If the weight of the object is greater than the upthrust produced the object will sink.\n7) If the weight of the object is equal to the upthrust produced the object will float.\n8) The density of water is 1kg/l = 1g/ml\n9) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n10) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 3)\nDraw a sketch graph of the relationship.\nActivity 8)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 9)\nSample calculations.\nActivity 10)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 1)
\nStraws
\nPlasticine
\n2l Bottles and lids
\n
\n-----------
\n
\nActivity 8)
\n(Jewelry) balances
\n
\n-----------","MAD - 09/01/2018 02:34","0","","0000-00-00","0","","0"),
("4969","CLA","0","2018-01-11","5","0","8A1/Sc","S1","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)
\n250 ml beakers
\nsmaller plastic beakers
\n10g masses
\nrulers
\n
\n-----------","","0","","0000-00-00","0","","0"),
("4968","CLA","0","2018-01-12","1","0","8A1/Sc","S1","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","x","","0","","0000-00-00","0","","0"),
("4967","SKT","0","2018-01-08","4","0","8A2/Sc","S4","5P.2","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge\n(Wood) Splinting wedge?\nRamp and wooden block\nBlock and tackle?\nFishing reel?\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\n\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4966","SKT","0","2018-01-09","1","0","8A2/Sc","S4","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat two factors is the size of a moment proportional to? The size of a moment is product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","","","0","","0000-00-00","0","","0"),
("4965","SKT","0","2018-01-10","1","0","8A2/Sc","S4","5P.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nWeight: The force on an object with mass due to gravity.\nPressure: The average force acting perpendicular to a surface. P=F/A\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nParticles\nGas","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nSyringes connected with tube. One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\nDistilled water bottle\n\n-----------","","0","","0000-00-00","0","","0"),
("4964","SKT","0","2018-01-12","1","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4963","SKT","0","2018-01-11","5","0","8A2/Sc","S7","5P.5","How do Cartesian Divers work?","","","1) Pressure in fluids is caused by the collision of particles on the surface of an object.\n2) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n3) W: The pressure in liquids increases with depth.\n4) The size of the upthrust force is equal to the weight of the water displaced by the object.\n5) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n6) If the weight of the object is greater than the upthrust produced the object will sink.\n7) If the weight of the object is equal to the upthrust produced the object will float.\n8) The density of water is 1kg/l = 1g/ml\n9) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n10) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 3)\nDraw a sketch graph of the relationship.\nActivity 8)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 9)\nSample calculations.\nActivity 10)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 1)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 8)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4962","MES","0","2018-01-08","4","0","8A3/Sc","S5","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","","","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("4961","MES","0","2018-01-09","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4960","MES","0","2018-01-10","1","0","8A3/Sc","S5","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("4959","MES","0","2018-01-11","5","0","8A3/Sc","S5","5P.1","How do we store energy in a spring?","","","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as an object returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed? Explain these.:When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4958","MES","0","2018-01-12","1","0","8A3/Sc","S5","5P.2","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge\n(Wood) Splinting wedge?\nRamp and wooden block\nBlock and tackle?\nFishing reel?\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\n\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4957","PKT","0","2018-01-09","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4956","PKT","0","2018-01-10","1","0","8B1/Sc","S2","5C.5","Skill Focus: Planning","","","1) A: ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","","","","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------","MAD - 09/01/2018 02:34","0","","0000-00-00","0","","0"),
("4955","PKT","0","2018-01-11","1","0","8B1/Sc","S2","5C.6","Skill Focus: Data collection","","","1) A: ENQUIRY: Data collection","","","","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------","MAD - 10/01/2018 09:18","0","","0000-00-00","0","","0"),
("4954","PKT","0","2018-01-12","5","0","8B1/Sc","S2","5C.7","Skill Focus: Analysis","","","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("4953","SKT","0","2018-01-11","1","0","8B2/Sc","S4","5P.1","How do we store energy in a spring?","","","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as an object returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed? Explain these.:When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------","","0","","0000-00-00","0","","0"),
("4952","LCY","0","2018-01-09","2","0","8B2/Sc","S7","","5C POO","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4940","MES","0","2018-01-12","2","0","9a/Pr1","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("4941","SNK","0","2018-01-10","1","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4942","SNK","0","2018-01-09","2","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4943","SNK","0","2018-01-12","5","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4944","SNK","0","2018-01-11","1","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4945","JCE","0","2018-01-08","4","0","8E/Sc","S3","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4946","JCE","0","2018-01-11","5","0","8E/Sc","S3","5P.8","Halfway Review - words","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("4947","JCE","0","2018-01-12","1","0","8E/Sc","S3","5P.8","Halfway Review - Questions","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("4948","JCE","0","2018-01-10","1","0","8E/Sc","S3","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("4951","LCY","0","2018-01-12","5","0","8B2/Sc","S7","5p.2","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge\n(Wood) Splinting wedge?\nRamp and wooden block\nBlock and tackle?\nFishing reel?\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\n\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4950","LCY","0","2018-01-10","1","0","8B2/Sc","S7","","review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("4949","JCE","0","2018-01-09","1","0","8E/Sc","S3","5P.6","Skill focus: Planning and Data Collection","","Aim: To find out how the load in a boat affects the boat's draft (amount of boat under water)","1) PLANNING & DATA COLLECTION","","","Load","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","MAD - 09/01/2018 09:26","0","","0000-00-00","0","","0"),
("4939","PKT","0","2018-01-12","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4135","PKT","0","2017-12-21","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4134","PKT","0","2017-12-20","2","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4133","PKT","0","2017-12-19","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4132","PKT","0","2017-12-18","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4938","CLA","0","2018-01-12","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4937","SKT","0","2018-01-08","1","0","9ASK/Sc","S4","","B1.1.2","","","","","","","","","","Models of animal and plant cells","","0","","0000-00-00","0","","0"),
("4936","SKT","0","2018-01-08","2","0","9ASK/Sc","S4","","B1.1.3","","","","","","","","","","Specialised cell model examples (or plush toys if we still have them)\nMicroscopes\nSpecialised cell slides","MAD - 09/01/2018 09:26","0","","0000-00-00","0","","0"),
("4935","SKT","0","2018-01-09","2","0","9ASK/Sc","S4","","B1.1.4","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4934","SKT","0","2018-01-12","5","0","9ASK/Sc","S4","B1.1.4","","","Students should be able to explain the importance of cell differentiation.","1) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n2) In mature animals, cell division is mainly restricted to repair and replacement. \n3) Most types of animal cell differentiate at an early stage.\n4) As an organism develops, cells differentiate to form different types of cells.","What happens to a cell during differentiation to become a specliased cell? :The cell aquires different sub-cellular strcutures to carry out a certain function\nIn mature animals what is cell division mainly restricted to? :In mature animals, cell division is mainly restricted to repair and replacement\nAt what stage of an animal cells life cycle does it differentiate? Early stage\nWhat happens during cell differentiation when an organism develops? :Different types of cells are formed \nWhy is cell differentiation important? :Cells become specalised to a particular function ","","","","","","DEMO: One microscope","","0","","0000-00-00","0","","0"),
("4933","SNK","0","2018-01-12","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4932","PKT","0","2018-01-12","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4931","SKT","0","2018-01-12","2","0","9BSK/Sc","S4","B1.1.05","","","Students should be able to express answers in standard form if appropriate\n\n\nStudents should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n\nStudents should be able to understand how microscopy techniques have developed over time\n","3) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How do you show 0.006cm in standard form? :6x10-3\nHow is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat was the impact of the development of the electron microscope had on our knowledge of cells? It has been used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.\nHow has electron miroscopy increased the understanding of sub-cellular? Oreater resolution and magnification\nWhy have microscopy techniques developed over time? :Improved technology ","","","","","","Specialised cells viewed under microscope","","0","","0000-00-00","0","","0"),
("4930","CLA","0","2018-01-10","3","0","9BSK/Sc","S1","","B1.1.4","","","","","","","","","","Collins B1.1.4","","0","","0000-00-00","0","","0"),
("4929","SKT","0","2018-01-08","3","0","9BSK/Sc","S4","","B1.1.2","","","","","","","","","","Models of animal and plant cells","","0","","0000-00-00","0","","0"),
("4928","SKT","0","2018-01-09","5","0","9BSK/Sc","S4","","B1.1.3","","","","","","","","","","Specialised cell model examples (or plush toys if we still have them)\nMicroscopes\nSpecialised cell slides","MAD - 09/01/2018 09:28","0","","0000-00-00","0","","0"),
("4927","SKT","0","2018-01-11","2","0","9BSK/Sc","S4","","B1.1.5","","","","","","","","","","DEMO: One microscope","","0","","0000-00-00","0","","0"),
("4926","CLA","0","2018-01-08","1","0","9CLA/Sc","S1","","Collins B1.3","","","","","","","","","","Collins B1.3","","0","","0000-00-00","0","","0"),
("4925","CLA","0","2018-01-08","2","0","9CLA/Sc","S1","","Collins B1.4","","","","","","","","","","Collins B1.4","","0","","0000-00-00","0","","0"),
("4924","CLA","0","2018-01-09","2","0","9CLA/Sc","S1","","Collins B1.5","","","","","","","","","","Collins B1.5","MAD - 09/01/2018 09:29","0","","0000-00-00","0","","0"),
("4923","CLA","0","2018-01-12","5","0","9CLA/Sc","S1","","Collins B1.6","","","","","","","","","","Collins B1.6","","0","","0000-00-00","0","","0"),
("4922","JCE","0","2018-01-08","3","0","9JCE/Sc","S3","C1.1.02","Atoms, elements and compounds","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are about 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/fdb2ffd84ffbc0b18e8857fd7d66389b.jpg","","","","","","","0","","0000-00-00","0","","0"),
("4921","JCE","0","2018-01-10","3","0","9JCE/Sc","S3","C1.1.04","What is a mixtures and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.","1) A mixture consists of two or more elements or compounds not chemically combined together. \n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) cyrstallisation (review from KS3)\n7) simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together. \nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures seperated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures seperated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures seperated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Evaporation Dish\nDistillation\nCondenser\nRound bottom flask\nCrystallisation\nResidue\nChemical properties\nPhysical processes\nFiltration\nFiltrate\nMixture","","","","","","0","","0000-00-00","0","","0"),
("4920","JCE","0","2018-01-11","2","0","9JCE/Sc","S3","C1.1.05","How can we separate a mixture of more that two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures seperated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Chromatography\nFractional distillation\nFraction","","","","","","0","","0000-00-00","0","","0"),
("4919","JCE","0","2018-01-12","2","0","9JCE/Sc","S3","C1.1.06","The development of the model of the atom (common content with physics)","","","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the \'plum pudding\' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a +1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.","","","","","","","","0","","0000-00-00","0","","0"),
("4918","PKT","0","2018-01-09","5","0","9JCE/Sc","S2","C1.1.03","Word and symbol equations","","","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) (HT only) Write balanced half equations and ionic equations where appropriate.\n3) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n4) Name compounds of these elements from given formulae or symbol equations.\n5) Write word equations for the reactions in this specification.\n6) Write formulae and balanced chemical equations for the reactions in this specification.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat is the balanced half equation for H+?+ e??? H2:The balanced half equation is: ;2H+?+ 2e??? H2\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO + C --> 2Cu + CO2","","","","","","","","0","","0000-00-00","0","","0"),
("4917","MES","0","2018-01-09","2","0","9MES/Sc","S5","","Collins 1P Lesson 5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4916","MES","0","2018-01-12","5","0","9MES/Sc","S5","","Collins 1P Lesson 6","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4915","MES","0","2018-01-08","1","0","9MES/Sc","S5","","Collins 1P Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4914","MES","0","2018-01-08","2","0","9MES/Sc","S5","","Collins 1P Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4913","SNK","0","2018-01-10","3","0","9SNK/Sc","S6","","","","","","","","","","","","Physics Required Prac 1 - Specific heat Capacity.","","0","","0000-00-00","0","","0"),
("4912","SNK","0","2018-01-11","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4911","SNK","0","2018-01-12","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4910","SNK","0","2018-01-08","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4909","SNK","0","2018-01-09","5","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4908","CPD","0","2018-01-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4907","PKT","0","2018-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4906","JCE","0","2018-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4905","SNK","0","2018-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4904","LCY","0","2018-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4903","CPD","0","2018-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4902","CPD","0","2018-01-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4901","CPD","0","2018-01-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4900","JCE","0","2018-01-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4899","LCY","0","2018-01-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4898","CPD","0","2018-01-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4897","SKT","0","2018-01-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4896","PKT","0","2018-01-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4895","LCY","0","2018-01-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4894","CPD","0","2018-01-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4893","JCE","0","2018-01-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4892","CPD","0","2018-01-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4891","MES","0","2018-01-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4890","CLA","0","2018-01-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4889","CPD","0","2018-01-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4888","SKT","0","2018-01-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4887","JCE","0","2018-01-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4886","CPD","0","2018-01-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4885","CPD","0","2018-01-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4884","CPD","0","2018-01-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4883","SKT","0","2018-01-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4882","MES","0","2018-01-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4881","PKT","0","2018-01-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4880","LCY","0","2018-01-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4879","SKT","0","2018-01-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4878","CPD","0","2018-01-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4877","SNK","0","2018-01-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4876","CPD","0","2018-01-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4875","SKT","0","2018-01-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4874","MES","0","2018-01-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4873","LCY","0","2018-01-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4872","CPD","0","2018-01-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4871","PKT","0","2018-01-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4870","CPD","0","2018-01-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4869","PKT","0","2018-01-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4868","SNK","0","2018-01-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4867","SKT","0","2018-01-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4866","CPD","0","2018-01-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4865","LCY","0","2018-01-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4864","LCY","0","2018-01-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4863","CPD","0","2018-01-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4862","LCY","0","2018-01-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4861","CPD","0","2018-01-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4860","SKT","0","2018-01-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4859","JCE","0","2018-01-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4858","SNK","0","2018-01-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4857","CPD","0","2018-01-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4856","SKT","0","2018-01-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4855","CPD","0","2018-01-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4854","JCE","0","2018-01-10","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4853","JCE","0","2018-01-11","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4852","PKT","0","2018-01-08","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4851","CLA","0","2018-01-12","4","0","10TE/Sc","S1","","Collins C4.14","","","","","","","","","","Collins C4.14","","0","","0000-00-00","0","","0"),
("4850","SNK","0","2018-01-12","3","0","10SN/Sc","S6","","","","","","","","","","","","Iron from a match stick","","0","","0000-00-00","0","","0"),
("4849","SNK","0","2018-01-11","5","0","10SN/Sc","S6","","","","","","","","","","","","Displacement reactions practical","","0","","0000-00-00","0","","0"),
("4848","SNK","0","2018-01-10","2","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4847","SNK","0","2018-01-08","4","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("4846","CLA","0","2018-01-08","3","0","10S/Sc","S1","","Collins C4.13","","","","","","","","","","Collins C4.13","","0","","0000-00-00","0","","0"),
("4845","JCE","0","2018-01-12","3","1","10S/Sc-Phy","S3","","Learning Performance in Hall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4844","CPD","0","2018-01-09","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4843","LCY","0","2018-01-09","4","0","7A3/Sc","S7","2P.4","Skill focus: Planning","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","demo of equipment \n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","0","","0000-00-00","0","","0"),
("4842","LCY","0","2018-01-08","1","0","7A3/Sc","S7","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4841","JCE","0","2018-01-11","4","0","11TS/Sc-Phy","S3","P2.4.02","What is Refraction?","","Students should be able to construct ray diagrams to illustrate the refraction of a wave at the boundary between two different media.\n\n(HT only) Students should be able to use wave front diagrams to explain refraction in terms of the change of speed that happens when a wave travels from one medium to a different medium.","1) (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n3) (HT only) Some effects, for example refraction, are due to the difference in velocity of the waves in different substances.","How can the wavelength of electromagnetic waves be varied? Different substances may absorb, transmit, refract or reflect electromagnetic waves\nHow should ray diagrams be constructed? Need to illustrate the refraction of a wave at the boundary between two different media.\nWhat is the cause of refraction? Due to the difference in velocity of the waves in different substances.\nHow can refraction be explained.:Wave front diagrams can be used to explain refraction in terms of the change of speed that happens when a wave travels from one medium to a different medium.","https://www.mrcorfe.com/MemoryAnchors/6cb96bdb463536ddaf84430d5e727070.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f3ea459a635d1682ca5791038428ea69.gif","","","","","Activity 2)\nPower supply\nRay boxes\nSlot cards\nRectangular perspex blocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4840","JCE","0","2018-01-10","4","0","11TS/Sc-Phy","S3","P2.4.01","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:Transverse and longitudinal.\nWhat are the ripples on a water surface examples of? Transverse waves.\nWhat types of waves show areas of compression and rarefaction.:Longitudinal waves.\nWhat type of wave is a sound wave? Longitudinal Wave.\nWhat is the difference between longitudinal and transverse waves.:Longitudinal waves: Transverse waves:\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nRecall the wave equation.:Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude\nFrequency\nWavelength\nPeriod\nWave speed\nDistance\nTime\nOscilliscope\nHertz\nDisplacement \nTransverse\nCompression\nWave\nLongitudinal\nRarefaction","","","","","","0","","0000-00-00","0","","0"),
("4839","JCE","0","2018-01-09","3","0","11TS/Sc-Phy","S3","P2.3.06","Stopping distance","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver?s reaction time can be affected by tiredness, drugs and\nalcohol. \n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping ditance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat are the typical value range for a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver?s reaction time be affected? A driver?s reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a spectified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","","","","","","","0","","0000-00-00","0","","0"),
("4838","MES","0","2018-01-11","4","0","11TE/Sc-Chem","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4837","MES","0","2018-01-10","4","0","11TE/Sc-Chem","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4836","MES","0","2018-01-09","3","0","11TE/Sc-Chem","S5","","X","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4488","PKT","0","2018-01-08","1","0","7A2/Sc","S2","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? reproduction in plants, including flower structure, wind and insect pollination, fertilisation, seed and fruit formation and dispersal, including quantitative investigation of some dispersal mechanisms \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","","","0","","0000-00-00","0","","0"),
("4835","JCE","0","2018-01-12","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4834","JCE","0","2018-01-12","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4833","JCE","0","2018-01-11","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4832","JCE","0","2018-01-10","0","0","Literacy","S3","","ASSEMEBLY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4831","JCE","0","2018-01-09","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4830","JCE","0","2018-01-08","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4829","MES","0","2018-01-04","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4828","MES","0","2018-01-05","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4827","PKT","0","2018-01-04","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4826","PKT","0","2018-01-04","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4825","PKT","0","2018-01-05","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4824","JCE","0","2018-01-04","4","0","10S/Sc-Phy","S3","P1.3.2.15","","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","4) Mains electricity is an ac supply.\n\n\n5) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n6) [In the United Kingdom the domestic electricity supply] is about 230 V.\n8) Most electrical appliances are connected to the mains using three-core cable.\n9) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n10) The live wire carries the alternating potential difference from the supply. \n11) The neutral wire completes the circuit.\n12) The earth wire is a safety wire to stop the appliance becoming live.\n13) The potential difference between the live wire and earth (0 V) is about 230 V. \n14) The neutral wire is at, or close to, earth potential (0 V). \n15) The earth wire is at 0 V, it only carries a current if there is a fault.","What do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? :I = V/R so I = 12V /4ohms = 3A \nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhat type of supply is mains electricity? Mains electricity is an ac supply.;;\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering each wire in a plug colour coded and what colour is each wire? The insulation covering each wire is colour coded for easy identification:;live wire ? brown;neutral wire ? blue;earth wire ? green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply. \nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V. \nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V). \nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.","","","","","","","","0","","0000-00-00","0","","0"),
("4823","LCY","0","2018-01-04","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4822","LCY","0","2018-01-05","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4821","CPD","0","2018-01-04","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4820","MES","0","2018-01-04","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4819","LCY","0","2018-01-05","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4818","CLA","0","2018-01-05","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4817","CLA","0","2018-01-04","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4816","LCY","0","2018-01-04","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4815","LCY","0","2018-01-05","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4814","LCY","0","2018-01-05","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4813","MES","0","2018-01-04","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4812","MES","0","2018-01-05","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4811","MES","0","2018-01-05","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4810","SKT","0","2018-01-04","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4809","SKT","0","2018-01-05","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4808","SKT","0","2018-01-05","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4807","SNK","0","2018-01-04","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4806","SNK","0","2018-01-05","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4805","SNK","0","2018-01-05","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4804","JCE","0","2018-01-04","2","0","11TE/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4803","PKT","0","2018-01-05","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4802","JCE","0","2018-01-04","1","0","7A1/Sc","S3","","Big Ideas in the Holiday","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4801","JCE","0","2018-01-05","3","0","7A1/Sc","S3","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element.\nWhat are chemicals that split into other chemicals called? Chemicals that do split into other chemicals are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particles.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (2/3 Hydrogen 1/3 Oxygen)\nSplint on meter rule\nEar defenders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("4800","PKT","0","2018-01-04","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4799","PKT","0","2018-01-05","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4798","LCY","0","2018-01-04","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4797","LCY","0","2018-01-05","3","0","7A3/Sc","S7","2p.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nTransfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.","","","0","","0000-00-00","0","","0"),
("4796","JCE","0","2018-01-04","3","0","7B1/Sc","S3","","Big Ideas in the Holiday","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4795","CLA","0","2018-01-04","3","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4794","MES","0","2018-01-04","1","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4793","SNK","0","2018-01-05","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4792","LCY","0","2018-01-04","3","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4791","CLA","0","2018-01-05","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4790","SKT","0","2018-01-05","5","0","8A2/Sc","S4","5P.1","How do we store energy in a spring?","","","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as an object returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed? Explain these.:When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Making a Force meter:\n100g masses\nsprings\nhooks for masses\nG clamp\nrulers\nmeter rules","","0","","0000-00-00","0","","0"),
("4789","MES","0","2018-01-05","5","0","8A3/Sc","S5","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","","","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("4788","PKT","0","2018-01-04","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4787","LCY","0","2018-01-04","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4786","JCE","0","2018-01-05","5","0","8E/Sc","S3","5P.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nWeight: The force on an object with mass due to gravity.\nPressure: The average force acting perpendicular to a surface. P=F/A\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nParticles\nGas\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nSyringes connected with tube. One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\nDistilled water bottle\n\n-----------","","0","","0000-00-00","0","","0"),
("4785","SNK","0","2018-01-04","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4784","SKT","0","2018-01-04","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4783","SKT","0","2018-01-05","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4782","SKT","0","2018-01-05","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4781","CLA","0","2018-01-04","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4780","CLA","0","2018-01-05","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4779","JCE","0","2018-01-05","4","0","9JCE/Sc","S3","C1.1.01","The three states of matter and state symbols","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n\nStudents should be able to include appropriate state symbols in chemical equations for the reactions in this specification.","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n9) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.\n10) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","Name the three states of matter:Solid, liquid and gas\nDraw out particle diagrams to show the arrangement of particles in each a solid, liquid and gas:\nDescribe what happens to a substance as it changes from a solid to a liquid:When a substance is solid the particles are close togther and touching in a fixed pattern. They are vibrating on the spot. As the energy levels increase the particles start to move move and in a liquid the particles are still touching but moving around in no fixed pattern.\nExplain why different substances have different melting and boiling points:The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nSuggest the limitations to using simple particle diagrams to represent the different states of matter: Limitations of the simple model include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\nSubstance A has a melting point of -10°C and a boiling point of 55","https://www.mrcorfe.com/MemoryAnchors/cced60f8143c9f3f7355b7cf264bb204.jpg","","","","","","","0","","0000-00-00","0","","0"),
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("4777","MES","0","2018-01-05","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4776","SNK","0","2018-01-05","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4775","CLA","0","2018-01-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4774","SNK","0","2018-01-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4773","CPD","0","2018-01-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4772","SKT","0","2018-01-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4771","CPD","0","2018-01-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4770","CPD","0","2018-01-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4769","SKT","0","2018-01-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4768","JCE","0","2018-01-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4767","CPD","0","2018-01-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4766","CPD","0","2018-01-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4765","CPD","0","2018-01-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4764","CPD","0","2018-01-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4763","CPD","0","2018-01-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4762","CPD","0","2018-01-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4761","PKT","0","2018-01-05","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4760","SNK","0","2018-01-05","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4759","SNK","0","2018-01-04","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4758","SNK","0","2018-01-04","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4757","CLA","0","2018-01-05","4","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4756","PKT","0","2018-01-05","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4755","PKT","0","2018-01-04","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4754","JCE","0","2018-01-05","2","0","11TE/Sc-Phy","S3","","Stopping Distances","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4753","JCE","0","2018-01-05","1","0","11TE/Sc-Phy","S3","","Newtons' Laws","","","","","https://www.mrcorfe.com/MemoryAnchors/68d4885506228172807eb71c17611e56.jpg","","","","","","","0","","0000-00-00","0","","0"),
("4752","JCE","0","2018-01-05","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("4751","JCE","0","2018-01-04","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5036","LCY","0","2018-01-08","3","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5037","LCY","0","2018-01-12","4","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5038","LCY","0","2018-01-12","3","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5039","LCY","0","2018-01-11","3","0","10LAN/Sc","S7","","","","","","","","","","","","metal extraction on match head x 12 matches","","0","","0000-00-00","0","","0"),
("5040","LCY","0","2018-01-10","5","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5041","JCE","0","2018-01-15","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5042","JCE","0","2018-01-16","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5043","JCE","0","2018-01-17","0","0","Numeracy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5044","JCE","0","2018-01-18","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5045","JCE","0","2018-01-19","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5046","JCE","0","2018-01-16","1","0","INCLUSION","L10","","Visible light (physics only)","","Explain how the colour of an object is related to the differential absorption, transmission and reflection of different wavelengths of light by the object\nExplain the effect of viewing objects through filters or the effect on light of passing through filters\nExplain why an opaque object has a particular colour.","Each colour within the visible light spectrum has its own narrow band of wavelength and frequency.\n\nReflection from a smooth surface in a single direction is called specular reflection. Reflection from a rough surface causes scattering: this is called diffuse reflection.\n\nColour filters work by absorbing certain wavelengths (and colour) and transmitting other wavelengths (and colour).\n\nThe colour of an opaque object is determined by which wavelengths of light are more strongly reflected. Wavelengths that are not reflected are absorbed. If all wavelengths are reflected equally the object appears white. If all wavelengths are absorbed the objects appears black.\n\nObjects that transmit light are either transparent or translucent.","","https://www.mrcorfe.com/MemoryAnchors/2b72f35289beeeeb9993cba23a4c91c2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/909de05d733c0814b900134c276722e4.gif\nhttps://www.mrcorfe.com/MemoryAnchors/09653c9168f29afaa21364254c3c3414.gif","","","","","","","0","","0000-00-00","0","","0"),
("5047","JCE","0","2018-01-19","1","0","11TE/Sc-Phy","S3","P2.3.04","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","","","","","","","0","","0000-00-00","0","","0"),
("5048","JCE","0","2018-01-19","2","0","11TE/Sc-Phy","S3","P2.4.01","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:Transverse and longitudinal.\nWhat are the ripples on a water surface examples of? Transverse waves.\nWhat types of waves show areas of compression and rarefaction.:Longitudinal waves.\nWhat type of wave is a sound wave? Longitudinal Wave.\nWhat is the difference between longitudinal and transverse waves.:Longitudinal waves: Transverse waves:\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nRecall the wave equation.:Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude\nFrequency\nWavelength\nPeriod\nWave speed\nDistance\nTime\nOscilliscope\nHertz\nDisplacement \nTransverse\nCompression\nWave\nLongitudinal\nRarefaction","","","","","","0","","0000-00-00","0","","0"),
("5049","PKT","0","2018-01-15","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5050","PKT","0","2018-01-16","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5035","LCY","0","2018-01-04","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5034","LCY","0","2018-01-05","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5051","PKT","0","2018-01-17","2","0","11TE/Sc","S2","","Required Practical 9 - Measure Population Sizes","","","","","","","","","","Required Practical 9 - Measure Population Sizes","","0","","0000-00-00","0","","0"),
("5052","MES","0","2018-01-15","5","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5053","MES","0","2018-01-16","1","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5054","MES","0","2018-01-17","2","0","11TS/Sc-Chem","S5","","Collins 10C Lesson 3","","","","","","","","","","Required practical - Analysis and purification of water samples","","0","","0000-00-00","0","","0"),
("5055","PKT","0","2018-01-18","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5056","PKT","0","2018-01-19","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5057","SNK","0","2018-01-15","1","0","7A3/Sc","S7","2P.5","Skill focus: Data Collection","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5058","SNK","0","2018-01-17","3","0","7A3/Sc","S7","2P.8","What direction does Heat travel?","","Review of 2P.1","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvasaline \npush\n\n-----------","","0","","0000-00-00","0","","0"),
("5059","CPD","0","2018-01-15","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5060","PKT","0","2018-01-15","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5061","PKT","0","2018-01-16","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5062","CLA","0","2018-01-19","4","0","10S/Sc","S1","","Collins C4.15","","","","","","","","","","Collins C4.15","","0","","0000-00-00","0","","0"),
("5063","SNK","0","2018-01-15","2","0","10SN/Sc","S6","","","","","","","","","","","","Iron from a match stick","","0","","0000-00-00","0","","0"),
("5064","SNK","0","2018-01-17","5","0","10SN/Sc","S6","","","","","","","","","","","","Neutralisation of acids and salts","","0","","0000-00-00","0","","0"),
("5065","SNK","0","2018-01-18","3","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5066","SNK","0","2018-01-18","4","0","10SN/Sc","S6","","","","","","","","","","","","Chemistry required practical - pure dry sample of salt","MAD - 18/01/2018 10:13","0","","0000-00-00","0","","0"),
("5067","SNK","0","2018-01-19","5","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5068","PKT","0","2018-01-19","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5069","JCE","0","2018-01-17","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5070","CPD","0","2018-01-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5071","CPD","0","2018-01-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5072","CPD","0","2018-01-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5073","CPD","0","2018-01-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5074","CPD","0","2018-01-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5075","CPD","0","2018-01-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5076","JCE","0","2018-01-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5077","SKT","0","2018-01-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5078","CPD","0","2018-01-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5079","CPD","0","2018-01-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5080","SKT","0","2018-01-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5081","CPD","0","2018-01-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5082","SNK","0","2018-01-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5083","CLA","0","2018-01-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5084","CPD","0","2018-01-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5085","CPD","0","2018-01-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5086","JCE","0","2018-01-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5087","SKT","0","2018-01-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5088","CPD","0","2018-01-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5089","LCY","0","2018-01-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5090","SKT","0","2018-01-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5091","CPD","0","2018-01-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5092","LCY","0","2018-01-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5093","SNK","0","2018-01-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5094","MES","0","2018-01-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5095","SKT","0","2018-01-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5096","CPD","0","2018-01-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5097","SNK","0","2018-01-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5098","JCE","0","2018-01-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5099","CPD","0","2018-01-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5100","PKT","0","2018-01-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5101","SKT","0","2018-01-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5102","CPD","0","2018-01-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5103","LCY","0","2018-01-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5104","MES","0","2018-01-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5105","CPD","0","2018-01-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5106","JCE","0","2018-01-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5107","CPD","0","2018-01-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5108","JCE","0","2018-01-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5109","SKT","0","2018-01-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5110","JCE","0","2018-01-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5111","CLA","0","2018-01-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5112","SKT","0","2018-01-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5113","CPD","0","2018-01-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5114","LCY","0","2018-01-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5115","CLA","0","2018-01-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5116","SNK","0","2018-01-19","4","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5117","SNK","0","2018-01-16","4","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5118","SNK","0","2018-01-16","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5119","SNK","0","2018-01-15","4","0","9SNK/Sc","S6","","","","","","","","","","","","Physics RP 2 - Thermal insulation","","0","","0000-00-00","0","","0"),
("5120","MES","0","2018-01-19","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5121","MES","0","2018-01-18","5","0","9MES/Sc","S5","","Collins 1P Lesson 9","","","","","","","","","","Required practical - Investigating ways of reducing unwanted energy transfers","MAD - 18/01/2018 10:08","0","","0000-00-00","0","","0"),
("5122","MES","0","2018-01-17","4","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5123","MES","0","2018-01-16","2","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5124","MES","0","2018-01-15","3","0","9MES/Sc","S5","","Collins 1P Lesson 6","","","","","","","","","","Required practical - Thermal insulators","","0","","0000-00-00","0","","0"),
("5125","JCE","0","2018-01-15","4","0","9JCE/Sc","S3","C1.1.07","The development of the model of the atom 2 (common content with physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.","3) Details of experimental work supporting the Bohr model are not required.\n4) Details of Chadwick's experimental work are not required.","How did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiement lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it \nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","","","","","","","","0","","0000-00-00","0","","0"),
("5126","JCE","0","2018-01-19","4","0","9JCE/Sc","S3","C1.1.11","What is electronic structure?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.","What is the maximum number of electrons that can be held by each of the three inner most shells? 2 (inner most), 8 (second shell), 8 (third shell)\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.","","","","","","","","0","","0000-00-00","0","","0"),
("5127","JCE","0","2018-01-16","4","0","9JCE/Sc","S3","C1.1.09","What are the size and mass of atoms?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.","1) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).\n2) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n3) Almost all of the mass of an atom is in the nucleus.\n4) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n5) The sum of the protons and neutrons in an atom is its mass number.\n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)","How big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radisu is 1/10 000 of that of the atom (about 1 x 10-14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus: Made up of protons and neutrons\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton: 1;Neutron: 1;Electron: Very small\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.\nWhat is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 Mass number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;","","","","","","","","0","","0000-00-00","0","","0"),
("5128","JCE","0","2018-01-16","3","0","9JCE/Sc","S3","C1.1.08","Relative electrical charges of subatomic particles","","Students should be able to use the nuclear model to describe atoms.","1) The relative electrical charges of the particles in atoms are:\nProton 1\nNeutron 0\nElectron -1\n2) In an atom, the number of electrons is equal to the number of protons in the nucleus. \n3) Atoms have no overall electrical charge.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.","What are the relative electrical charges of each subatomic particle? The relative electrical charges of each subatomic particles are: ;Proton 1;Neutron 0;Electron -1\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has: Protons= 6 Electrons= 6 Neutrons= 6. An atom of Nitrogen has: Protons= 7 Electrons= 7 Neutrons= 7. It is the differing number of protons which makes them unique elements\nHow does the current nuclear model describe an atom? The nuclear model states that the atom is made of a small nucleus of positive protons and neutral neutrons with negatively charged electrons surrounding it in energy levels.","","","","","","","","0","","0000-00-00","0","","0"),
("5129","CLA","0","2018-01-19","3","0","9CLA/Sc","S1","","Collins B1.13","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5130","CLA","0","2018-01-18","5","0","9CLA/Sc","S1","","Collins B1.12","","","","","","","","","","Collins B1.12
\n
\n Whoosh bottle
\nRespiration demo
\nGlassware etc..","","0","","0000-00-00","0","","0"),
("5131","CLA","0","2018-01-17","4","0","9CLA/Sc","S1","","B1.9","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5132","CLA","0","2018-01-16","2","0","9CLA/Sc","S1","","Collins B1.8","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5133","CLA","0","2018-01-15","3","0","9CLA/Sc","S1","","Collins B1.7","","","","","","","","","","Collins B1.7","","0","","0000-00-00","0","","0"),
("5134","SKT","0","2018-01-19","4","0","9BSK/Sc","S4","B1.1.08","How can agar plates be used to calculate colonies of bacteria?","","Students should be able to calculate cross-sectional areas of colonies or clear areas around colonies using ?r?.\n\nStudents should be able to calculate the number of bacteria in a population after a certain time if given the mean division time.\n\n(HT only) Students should be able to express the answer in standard form.","1) They should be able to explain why the lid of the Petri dish should be secured with adhesive tape and stored upside down\n2) They should be able to explain why in school laboratories, cultures should generally be incubated at 25?C.","How would the cross-sectional areas of colonies or clear areas around colonies be calculated? Use ?r? to calcuate cross-sectional areas of colonies or clear areas around colonies \nHow would you calculate the number of bacteria in a population after a certain time if given the mean division time? 2 to the power of the number of generations x initial number of bacteria.\nHow would 0.00087 be written in standard form? 0.00087 would be written in standard form as 8.7 x 10 to the power -4.","","","","","","Activity 1)\nAgar plates from AQA Biology Required Practical 2 - Microbiology\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5135","SKT","0","2018-01-16","4","0","9BSK/Sc","S4","B1.1.04","","","Students should be able to explain the importance of cell differentiation.","1) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n2) In mature animals, cell division is mainly restricted to repair and replacement. \n3) Most types of animal cell differentiate at an early stage.\n4) As an organism develops, cells differentiate to form different types of cells.","What happens to a cell during differentiation to become a specliased cell? :The cell aquires different sub-cellular strcutures to carry out a certain function\nIn mature animals what is cell division mainly restricted to? :In mature animals, cell division is mainly restricted to repair and replacement\nAt what stage of an animal cells life cycle does it differentiate? Early stage\nWhat happens during cell differentiation when an organism develops? :Different types of cells are formed \nWhy is cell differentiation important? :Cells become specalised to a particular function","","","","","","Activity 2)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5136","SKT","0","2018-01-15","4","0","9BSK/Sc","S4","B1.1.07","How do you prepare an uncontaminated culture?","","Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n\n\n\n","1) Required Practical 2 - Microbiology (Biology only) (AT skills 1,3,4,8)\n2) They should be able to explain why the lid of the Petri dish should be secured with adhesive tape and stored upside down\n3) They should be able to explain why in school laboratories, cultures should generally be incubated at 25?C.\n4) Bacteria can be grown in a nutrient broth solution or as colonies on an agar gel plate.\n5) Bacteria multiply by simple cell division (binary fission) as often as once every 20 minutes if they have enough nutrients and a suitable temperature.\n6) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n8) They should be able to explain why petri dishes and culture media must be sterilised before use\n9) They should be able to explain why inoculating loops used to transfer microorganisms to the media must be sterilised by passing them through a flame","Required Practical 2 - Microbiology (Biology only) (AT skills 1,3,4,8):\nWhy should the lid of the Petri dish should be secured with adhesive tape and stored upside down:To prevent microbes from the air contaminating the culture or microbes from the culture escaping. They are placed upside down to prevent condensation forming.\nWhy should cultures be incubated at 25?C in school laboratories? This greatly reduces the chances of growing pathogens that are harmful to people.\nHow are bacteria grown? Bacteria are grown in a nutrient broth solution or as colonies on an agar gel plate.\nHow do bacteria divide? Bacteria divide by binary fission as often as once every 20 minutes.\nHow could the action of disinfectants and antibiotics be investigated? Uncontaminated cultures of microorganisms are required.\nHow could you prepare an uncontaminated culture of microgransims? An uncontaminated culture is prepared using an aseptic technique.\nWhy are petri dishes and culture media sterilised before use? To avoid contamination. Remove any existing microbes.\nWhy are inoculating loops used to transfer microorganisms be passed through a flame? To sterlise the inoculating loop.","","","","","","Activity 1)\nAQA Biology Required Practical 2 - Microbiology\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5137","CLA","0","2018-01-16","3","0","9BSK/Sc","S1","","B1.4 Collins","","","","","","","","","","B1.4 collins
\nMaking cheek cells only.","","0","","0000-00-00","0","","0"),
("5138","SKT","0","2018-01-17","4","0","9ASK/Sc","S4","","B1.1 EoT Test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5139","SKT","0","2018-01-16","2","0","9ASK/Sc","S4","","B1.1 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5140","SKT","0","2018-01-15","3","0","9ASK/Sc","S4","B1.1.6","","","Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.","3) Required Practical 1 - Microscopy (AT skills 1,7)","","","","","","","Collins B1.4","","0","","0000-00-00","0","","0"),
("5141","SKT","0","2018-01-19","3","0","9ASK/Sc","S4","B1.1.06","","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","5) Health is the state of physical and mental well-being.\n6) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n7) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n8) Viruses living in cells can be the trigger for cancers.\n9) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n10) Severe physical ill health can lead to depression and other mental illness.\n13) (HT only) Plant diseases can be detected by:\n? stunted growth\n? spots on leaves\n? areas of decay (rot)\n? growths\n? malformed stems or leaves\n? discolouration\n? the presence of pests.\n14) (HT only) Identification can be made by:\n? reference to a gardening manual or website\n? taking infected plants to a laboratory to identify the pathogen\n? using testing kits that contain monoclonal antibodies.\n15) Plants can be infected by a range of viral, bacterial and fungal pathogens as well as by insects.\n\n\n16) Plants can be damaged by a range of ion deficiency conditions.\n\nKnowledge of ions is limited to nitrate ions needed for protein synthesis and therefore growth, and magnesium ions needed to make chlorophyll.\n\n* The understanding of ion deficiencies allows horticulturists to provide optimum conditions for plants.\n17) Stunted growth caused by nitrate deficiency\n18) Chlorosis caused by magnesium deficiency\n20) Physical defence responses to resist invasion of microorganisms.\n? Cellulose cell walls.\n? Tough waxy cuticle on leaves.\n? Layers of dead cells around stems (bark on trees) which fall off.\n21) Chemical plant defence responses.\n? Antibacterial chemicals.\n? Poisons to deter herbivores.\n22) Mechanical adaptations.\n? Thorns and hairs deter animals.\n? Leaves which droop or curl when touched.\n? Mimicry to trick animals.","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? \nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","","","","","","","","0","","0000-00-00","0","","0"),
("5142","SKT","0","2018-01-18","5","0","9ASK/Sc","S4","","B1.1 Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5143","SNK","0","2018-01-18","5","0","8S/Sc","S6","","","","","","","","","","","","Balloon birth","","0","","0000-00-00","0","","0"),
("5144","SNK","0","2018-01-17","4","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5145","SNK","0","2018-01-15","3","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5146","JCE","0","2018-01-19","5","0","8E/Sc","S3","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp. \nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5147","JCE","0","2018-01-17","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5148","LCY","0","2018-01-18","5","0","8B2/Sc","S7","5p.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5149","LCY","0","2018-01-17","4","0","8B2/Sc","S7","5p.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Atmospheric pressure: The pressure caused by the weight of the atmosphere.\nPressure: The average force acting perpendicular to a surface. P=F/A\nWeight: The force on an object with mass due to gravity.\nSurface: An outside area of an object.\nParticles\nGas\nPneumatic","","","Activity 1)\nLook at steam engine pistons.
\n
\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5150","LCY","0","2018-01-15","3","0","8B2/Sc","S7","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat two factors is the size of a moment proportional to? The size of a moment is product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5151","PKT","0","2018-01-18","5","0","8B1/Sc","S2","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","5C POO sheets.","","0","","0000-00-00","0","","0"),
("5152","PKT","0","2018-01-17","4","0","8B1/Sc","S2","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nsodium carbonate (?)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5153","PKT","0","2018-01-15","3","0","8B1/Sc","S2","5C.9","What is in the Atmosphere?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 3)\ntest tubes \ndecomposition of hydrogen peroxide with manganese\n\n-----------\n\nActivity 4)\nmagnesium and hydrochloric acid \ntest tubes\npipette\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest\n\n-----------","","0","","0000-00-00","0","","0"),
("5154","MES","0","2018-01-19","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5155","MES","0","2018-01-17","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5156","SKT","0","2018-01-19","5","0","8A2/Sc","S4","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5157","SKT","0","2018-01-17","5","0","8A2/Sc","S4","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5158","CLA","0","2018-01-19","5","0","8A1/Sc","S1","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nGas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)
\nSEP demo board & lamp.
\nSteam engine
\n
\n-----------","","0","","0000-00-00","0","","0"),
("5159","CLA","0","2018-01-17","5","0","8A1/Sc","S1","5P.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","x","","0","","0000-00-00","0","","0"),
("5160","LCY","0","2018-01-18","3","0","7S/Sc","S7","2P.8","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvasaline \npush\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5161","LCY","0","2018-01-16","4","0","7S/Sc","S7","2p.6","Skill focus: Analysis","","","1) What has more energy 1g of food or 1g of fuel?\n2) Amount of energy transferred can be measured in Joules.\n3) energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("5162","PKT","0","2018-01-17","1","0","7S/Sc","S2","2p.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:\nCrossword","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","review and update spreadsheet with ladders scores from 2p enquiry","","0","","0000-00-00","0","","0"),
("5163","MES","0","2018-01-17","3","0","7E/Sc","S5","2c.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) T: PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","","","","","","","","0","","0000-00-00","0","","0"),
("5164","MES","0","2018-01-15","1","0","7E/Sc","S5","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5165","SNK","0","2018-01-19","3","0","7E/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5166","SNK","0","2018-01-16","2","0","7E/Sc","S6","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical formulae\nChemical symbol\nChemical Formulae\nMixture\nAtom\nFormulae","","","","","","0","","0000-00-00","0","","0"),
("5167","MES","0","2018-01-18","1","0","7E/Sc","S5","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","","","","","","","","0","","0000-00-00","0","","0"),
("5168","CLA","0","2018-01-18","3","0","7B2/Sc","S1","2P.5","Skill focus: Data Collection","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5169","CLA","0","2018-01-17","1","0","7B2/Sc","S1","2P.4","Skill focus: Planning","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","Demo set of equipment for enquiry","","0","","0000-00-00","0","","0"),
("5170","CLA","0","2018-01-16","4","0","7B2/Sc","S1","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)
\ncircus of machines:
\n1. pulley demo
\n2. stretched spring (hooke's law)
\n3. moments see saw
\n4. toy car or trolley
\n5. burning crisp on pin
\n6. lamp
\n7. resistance in wire (glowing wire)
\n8. Match to strike
\n10. Tennis ball to drop
\n11. blocks to hit together
\n12. two marbles on track to collide
\n
\n-----------
\n
\nActivity 2)
\nlamp
\n
\n-----------","","0","","0000-00-00","0","","0"),
("5171","MES","0","2018-01-16","4","0","7B1/Sc","S5","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5172","JCE","0","2018-01-18","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5173","JCE","0","2018-01-17","1","0","7B1/Sc","S3","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("5174","LCY","1","2018-01-19","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5175","LCY","0","2018-01-18","1","0","7A3/Sc","S7","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp \n\nClass: \n250mL beakers \ndifferent food colouring \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5176","LCY","0","2018-01-16","2","0","7A3/Sc","S7","2P.6","Skill focus: Analysis","","","1) What has more energy 1g of food or 1g of fuel?\n2) Amount of energy transferred can be measured in Joules.\n3) energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("5177","PKT","0","2018-01-16","2","0","7A2/Sc","S2","2B.4","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("5178","PKT","0","2018-01-19","3","0","7A2/Sc","S2","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:\nCrossword","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("5179","PKT","0","2018-01-18","1","0","7A2/Sc","S2","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("5180","PKT","0","2018-01-17","3","0","7A2/Sc","S2","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","","","","","Activity 1)\nData Collection","","","0","","0000-00-00","0","","0"),
("5181","PKT","0","2018-01-15","1","0","7A2/Sc","S2","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("5182","JCE","0","2018-01-15","1","0","7A1/Sc","S3","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) T: PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5183","JCE","0","2018-01-19","3","0","7A1/Sc","S3","2C.9","What happens to the number of particles during a chemical reaction?","","","1) There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5184","JCE","0","2018-01-16","2","0","7A1/Sc","S3","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5185","JCE","0","2018-01-18","1","0","7A1/Sc","S3","2C.8","Why are liquids lighter than their solids?","","","1) There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","","","0","","0000-00-00","0","","0"),
("5186","JCE","0","2018-01-17","3","0","7A1/Sc","S3","2C.7","Halfway Review","","","1) T: Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("5187","CPD","0","2018-01-15","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5188","PKT","0","2018-01-19","2","0","11TS/Sc","S2","","Required Practical 9 - Measure Population Sizes","","","","","","","","","","Required Practical 9 - Measure Population Sizes","","0","","0000-00-00","0","","0"),
("5189","JCE","0","2018-01-18","2","0","11TE/Sc-Phy","S3","P2.3.03","Required Prac 7","","","","","https://www.mrcorfe.com/MemoryAnchors/849c73c5ef469969e3ae11345ef82472.jpg","","","","","Air Track\nBlower\nplus accessories\nLight gates x2\nData logger\nBalance","","0","","0000-00-00","0","","0"),
("5190","SNK","0","2018-01-19","2","0","11SNK/Sc","S6","","","","","","","","","","","","Chemistry required practical 8 - purifying water","","0","","0000-00-00","0","","0"),
("5191","SNK","0","2018-01-19","1","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5192","SNK","0","2018-01-18","2","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5193","SNK","0","2018-01-17","2","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5194","SNK","0","2018-01-16","1","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5195","SNK","0","2018-01-15","5","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5196","SKT","0","2018-01-19","2","0","11SKT/Sc","S4","","Test for Success","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5197","SKT","0","2018-01-19","1","0","11SKT/Sc","S4","","Test for Success","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5198","SKT","0","2018-01-18","2","0","11SKT/Sc","S4","","B2.4.9","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5199","SKT","0","2018-01-17","2","0","11SKT/Sc","S4","","B2.4.3 & B2.4.8","","","","","","","","","","Examples of fossils","","0","","0000-00-00","0","","0"),
("5200","SKT","0","2018-01-15","5","0","11SKT/Sc","S4","","T4S Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5201","SKT","0","2018-01-16","1","0","11SKT/Sc","S4","","WTM - Main Hall","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5202","CPD","0","2018-01-17","2","0","11S/Sc","S3","","","","","","","","","","","","1 prism, ray boxes, lab packs, slits, colour filters, coloured cards","","0","","0000-00-00","0","","0"),
("5203","CPD","0","2018-01-16","1","0","11S/Sc","S3","","","","","","","","","","","","Lenses equipment","","0","","0000-00-00","0","","0"),
("5204","CPD","0","2018-01-15","5","0","11S/Sc","S3","","","","","","","","","","","","Refraction equipment","","0","","0000-00-00","0","","0"),
("5205","MES","0","2018-01-19","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5206","MES","0","2018-01-19","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5207","MES","0","2018-01-18","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5208","LCY","1","2018-01-19","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5209","LCY","1","2018-01-19","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5210","LCY","0","2018-01-18","2","0","11LCY/Sc","S7","","","","","","","","","","","","Chromatography required practical - class set x12","","0","","0000-00-00","0","","0"),
("5211","LCY","0","2018-01-17","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5212","LCY","0","2018-01-16","1","0","11LCY/Sc","S7","","","","","","","","","","","","WTM","","0","","0000-00-00","0","","0"),
("5213","LCY","0","2018-01-15","5","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5214","CLA","0","2018-01-16","1","0","11CLA/Sc","S1","","WTM","","","","","","","","","","WTM","","0","","0000-00-00","0","","0"),
("5215","CLA","0","2018-01-15","5","0","11CLA/Sc","S1","","P5.15","","","","","","","","","","Collins P5.15","","0","","0000-00-00","0","","0"),
("5216","CLA","0","2018-01-18","2","0","11CLA/Sc","S1","","Collins P5.17","","","","","","","","","","Collins P5.17","","0","","0000-00-00","0","","0"),
("5217","CLA","0","2018-01-19","2","0","11CLA/Sc","S1","","Collins P5.19","","","","","","","","","","Collins P5.19","","0","","0000-00-00","0","","0"),
("5218","CLA","0","2018-01-19","1","0","11CLA/Sc","S1","","Collins P5.18","","","","","","","","","","Collins P5.18","","0","","0000-00-00","0","","0"),
("5219","CLA","0","2018-01-17","2","0","11CLA/Sc","S1","","Collins P5.16","","","","","","","","","","Collins P5.16","","0","","0000-00-00","0","","0"),
("5220","LCY","0","2018-01-19","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5221","LCY","0","2018-01-17","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5222","MES","0","2018-01-18","3","0","10TS/Sc","S5","","soluble salts required practical x16 sets","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5223","MES","0","2018-01-15","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5224","CPD","0","2018-01-18","4","0","10TS/Sc","S4","","","","","","","","","","","","A3 paper.","","0","","0000-00-00","0","","0"),
("5225","LCY","1","2018-01-19","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5226","LCY","0","2018-01-18","4","0","10LAN/Sc","S7","","","","","","","","","","","","C4.8 class practical x12 students","","0","","0000-00-00","0","","0"),
("5227","LCY","0","2018-01-16","5","0","10LAN/Sc","S7","","","","","","","","","","","","C4.8 demo","","0","","0000-00-00","0","","0"),
("5228","LCY","0","2018-01-15","4","0","10LAN/Sc","S7","","","","","","","","","","","","C4.6 class (x12 students)","","0","","0000-00-00","0","","0"),
("5229","CLA","0","2018-01-18","4","0","10TE/Sc","S1","","Collins P5.15","","","","","","","","","","Collins P5.15","","0","","0000-00-00","0","","0"),
("5230","CLA","0","2018-01-16","5","0","10TE/Sc","S1","","C4.14","","","","","","","","","","C4.14","","0","","0000-00-00","0","","0"),
("5231","CLA","0","2018-01-15","4","0","10TE/Sc","S1","","C4.13","","","","","","","","","","Collins C4.13","","0","","0000-00-00","0","","0"),
("5232","JCE","0","2018-01-18","4","0","10S/Sc-Phy","S3","P1.5.02","How do subatomic particles relate to each other?","","Students should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n","1) In an atom the number of electrons is equal to the number of protons in the nucleus. \n2) Atoms have no overall electrical charge.\n3) All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\n4) The total number of protons and neutrons in an atom is called its mass number.\n5) Atoms can be represented as shown in this example:\n(Mass number) (Atomic number) 23 11 Na \n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms turn into positive ions if they lose one or more outer electron(s).","How does the number of electrons relate to the number of protons in an atom? In an atom the number of electrons is equal to the number of protons in the nucleus. \nWhat is the overall electrical charge of an atom? Atoms have no overall electrical charge.\nWhat do all atoms of a particular element have in common? What do we call this number? All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5233","PKT","0","2018-01-19","5","0","10PKT/Sc","S2","","Required Practical 4 - Temperature changes in a reaction.","","Students should be able to interpret data for relative reactivity of different metals and evaluate the use of cells.\n","","","","","","","","Required Practical 4 - Temperature changes in a reaction.","","0","","0000-00-00","0","","0"),
("5234","PKT","0","2018-01-18","4","0","10PKT/Sc","S2","C1.7.2","","","Students should be able to draw simple reaction profiles (energy level diagrams) for exothermic and endothermic reactions showing the relative energies of reactants and products, the activation energy and the overall energy change, with a curved line to show the energy as the reaction proceeds\n\nStudents should be able to use reaction profiles to identify reactions as exothermic or endothermic \n\nStudents should be able to explain that the activation energy is the energy needed for a reaction to occur.\n\nStudents should be able to calculate the energy transferred in chemical reactions using bond energies supplied.\n","1) Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy. \n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\n7) During a chemical reaction energy must be supplied to break bonds in the reactants\n and energy is released when bonds in the products are formed.\n8) The energy needed to break bonds and the energy released when bonds are formed can be calculated from bond energies.\n9) The difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\n10) In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\n11) In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.","What would the simple reaction profile for an exothermic reaction look like? \nWhat happens in an exothermic reaction in terms of energy, bond making and bond breaking? In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\nWhat is the energy transferred in the following chemical reaction: hydrogen bromide decomposing to form hydrogen and bromine?\n2 ? (H?Br) ? H?H + Br?Br\nThe bond energies relevant to this reaction are shown below:\nH?Br 366 kJ/mol\nH?H 436 kJ/mol\nBr?Br 193kJ/mol:1.Energy in = 2 ? 366 = 732 kJ/mole;2.Energy out = 436 + 193 = 629 kJ/mole;3.Energy change = in ? out = 732 ? 629 = +103 kJ/mole;The energy change is positive, showing that energy is taken in from the surroundings in an endothermic reaction.","","","","","","","","0","","0000-00-00","0","","0"),
("5235","PKT","0","2018-01-18","3","0","10PKT/Sc","S2","C1.7.1","","","Students should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place. \n2) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n3) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n4) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n5) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n6) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n7) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n10) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.\n","What happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.","","","","","","Collins C5.1","","0","","0000-00-00","0","","0"),
("5236","PKT","0","2018-01-17","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5237","PKT","0","2018-01-15","2","0","10PKT/Sc","S2","C2.2.4","","","Students should be able to describe in general terms the conditions used for catalytic cracking and steam cracking.\n\nStudents should be able to recall the colour change when bromine water reacts with an alkene.\n\nStudents should be able to balance chemical equations as examples of cracking given the formulae of the reactants and products.\n\nStudents should be able to give examples to illustrate the usefulness of cracking. They should also be able to explain how modern life depends on the uses of hydrocarbons. (For Combined Science: Trilogy and Synergy students do not need to know the formulae or names of individual alkenes.)\n","1) Hydrocarbons can be broken down (cracked) to produce smaller, more useful molecules.\n2) Cracking can be done by various methods including catalytic cracking and steam cracking.\n4) The products of cracking include alkanes and another type of hydrocarbon called alkenes.\n5) Alkenes are more reactive than alkanes and react with bromine water, which is used as a test for alkenes.\n7) There is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\n8) Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.","What is cracking? :Cracking is when hydrocarbons are broken down into smaller more useful molecules \nDescribe the conditions required for catalytic cracking? Hydrocarbons are heated to vaporise them and passed through a hot catalyst breaking down the molecules into smaller ones by thermal decomposition\nHow is cracking done using steam? Hydrocarbons are heated to vaporise them and mixed with steam and heated to very high temperatures breaking down the molecules into smaller ones by thermal decomposition \nWhat are the products of cracking? :The products of cracking include alkanes and another type of hydrocarbon called alkenes.\nWhy do do alkenes react with bromine water, but alkanes don't? Alkenes react with bromine water because they have a C=C making them more reactive than alkanes (which don?t react with bromine water)\nWhat is the chemical test and positive result for identifying alkenes? The chemical test for identifying alkenes is to add bromine water, the positive result is that the bormine was decolourises.\nWhy is cracking of hydrocarbons so important? Cracking is important because there is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\nHow are alkenes used in chemical industry? Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.\nWhat is the balanced equation for the cracking of this alkane? \nC15H32 --> 2C2H4 C3H6 _______:The balanced equation for the cracking is: ;C15H32 --> 2C2H4 C3H6 C8H18\nHow does modern life depend on the uses of hydrocarbons? Hydrocarbons are used to produce fuels for transport, generating electricity. They are the raw materials for producing plastics and other chemicals.","","","","","","Collins C7.5","","0","","0000-00-00","0","","0"),
("5238","MES","0","2018-01-16","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5239","MES","0","2018-01-15","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5240","MES","0","2018-01-19","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5241","MES","0","2018-01-18","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5242","JCE","0","2018-01-22","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5243","JCE","0","2018-01-23","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5244","JCE","1","2018-01-24","0","0","Literacy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5245","JCE","0","2018-01-25","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5246","MES","0","2018-01-23","3","0","11TE/Sc-Chem","S5","","Collins C10 Lesson 2","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5247","MES","0","2018-01-24","4","0","11TE/Sc-Chem","S5","","Collins C10 Lesson 3","","","","","","","","","","Required practical - Analysis and purification of water samples","","0","","0000-00-00","0","","0"),
("5248","MES","0","2018-01-25","4","0","11TE/Sc-Chem","S5","","Collins C10 Lesson 5","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5249","JCE","0","2018-01-23","3","0","11TS/Sc-Phy","S3","P2.4.03","RP 10 => iR Planning","","Investigate how the amount of infrared radiation radiated by a surface depends on the nature of that surface.","1) Required practical activity 10: infrared radiation absorbed or radiated by a surface depends on the nature of that surface.(AT skills 1,4)","","","","","","","","","0","","0000-00-00","0","","0"),
("5250","JCE","1","2018-01-24","4","0","11TS/Sc-Phy","S3","P2.4.04","RP 10 - iR Analysis","","","1) Required practical activity 10: infrared radiation absorbed or radiated by a surface depends on the nature of that surface.(AT skills 1,4)","","","","","","","","","0","","0000-00-00","0","","0"),
("5251","JCE","0","2018-01-25","4","0","11TS/Sc-Phy","S3","P2.4.07","What is Electromagnetic Radiation?","","(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Electromagnetic waves have many practical applications. For example:\n- radio waves - television and radio\n- microwaves - satellite communications, cooking food\n- infrared - electrical heaters, cooking food, infrared cameras\n- visible light - fibre optic communications\n- ultraviolet - energy efficient lamps, sun tanning\n- X-rays and gamma rays - medical imaging and treatments.\n3) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n5) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n6) Gamma rays originate from changes in the nucleus of an atom.\n7) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n8) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.","","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5252","LCY","0","2018-01-22","1","0","7A3/Sc","S7","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5253","LCY","0","2018-01-23","4","0","7A3/Sc","S7","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5254","CPD","0","2018-01-23","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5255","CLA","0","2018-01-22","3","0","10S/Sc","S1","","Collins C4.16","","","","","","","","","","Collins C4.16","","0","","0000-00-00","0","","0"),
("5256","SNK","0","2018-01-22","4","0","10SN/Sc","S6","","Soluble salts","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5257","SNK","0","2018-01-24","2","0","10SN/Sc","S6","","Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5258","SNK","0","2018-01-25","5","0","10SN/Sc","S6","","Components recap","","","","","","","","","","Circuits and examples of components.\nCircus task.","","0","","0000-00-00","0","","0"),
("5259","PKT","0","2018-01-22","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5260","JCE","0","2018-01-25","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5261","JCE","1","2018-01-24","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5262","LCY","0","2018-01-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5263","CPD","0","2018-01-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5264","SKT","0","2018-01-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5265","SNK","0","2018-01-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5266","PKT","0","2018-01-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5267","CPD","0","2018-01-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5268","PKT","0","2018-01-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5269","CPD","0","2018-01-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5270","LCY","0","2018-01-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5271","MES","0","2018-01-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5272","SKT","0","2018-01-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5273","CPD","0","2018-01-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5274","SNK","0","2018-01-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5275","CPD","0","2018-01-24","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5276","SKT","0","2018-01-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5277","LCY","0","2018-01-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5278","PKT","0","2018-01-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5279","MES","0","2018-01-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5280","SKT","0","2018-01-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5281","CPD","0","2018-01-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5282","CPD","0","2018-01-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5283","CPD","0","2018-01-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5284","JCE","0","2018-01-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5285","SKT","0","2018-01-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5286","CPD","0","2018-01-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5287","CLA","0","2018-01-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5288","MES","0","2018-01-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5289","CPD","0","2018-01-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5290","JCE","0","2018-01-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5291","CPD","0","2018-01-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5292","LCY","0","2018-01-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5293","PKT","0","2018-01-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5294","SKT","0","2018-01-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5295","CPD","0","2018-01-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5296","LCY","0","2018-01-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5297","JCE","0","2018-01-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5298","CPD","0","2018-01-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5299","CPD","0","2018-01-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5300","CPD","0","2018-01-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5301","LCY","0","2018-01-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5302","SNK","0","2018-01-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5303","JCE","0","2018-01-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5304","PKT","0","2018-01-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5305","CPD","0","2018-01-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5306","SNK","0","2018-01-23","5","0","9SNK/Sc","S6","","National and global energy resources","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5307","SNK","0","2018-01-22","3","0","9SNK/Sc","S6","","Equation practice","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5308","SNK","0","2018-01-25","2","0","9SNK/Sc","S6","","Atoms elements and compounds","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5309","SNK","0","2018-01-24","3","0","9SNK/Sc","S6","","States of matter","","","","","","","","","","1 x kettle\n1 x ice cube","","0","","0000-00-00","0","","0"),
("5310","MES","0","2018-01-22","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5311","MES","0","2018-01-22","1","0","9MES/Sc","S5","","Collins 1P Lesson 11","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5312","MES","0","2018-01-23","2","0","9MES/Sc","S5","","Collins 1C Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5313","PKT","0","2018-01-23","5","0","9JCE/Sc","S2","C1.1.13","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5314","JCE","0","2018-01-25","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5315","JCE","1","2018-01-24","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5316","JCE","0","2018-01-22","3","0","9JCE/Sc","S3","C1.1.12","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5317","CLA","0","2018-01-23","2","0","9CLA/Sc","S1","","Collins B1.16","","","","","","","","","","Collins B1.16","","0","","0000-00-00","0","","0"),
("5318","CLA","0","2018-01-22","2","0","9CLA/Sc","S1","","Collins B1.15","","","","","","","","","","Collins B1.15","","0","","0000-00-00","0","","0"),
("5319","CLA","0","2018-01-22","1","0","9CLA/Sc","S1","","Collins B1.14","","","","","","","","","","Collins B1.14","","0","","0000-00-00","0","","0"),
("5320","SKT","0","2018-01-25","2","0","9BSK/Sc","S4","","B1.1 Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5321","SKT","0","2018-01-23","5","0","9BSK/Sc","S4","B1.1.06","","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? \nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","","","","","","","","0","","0000-00-00","0","","0"),
("5322","SKT","0","2018-01-22","3","0","9BSK/Sc","S4","B1.1.05","","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developed over time? \nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1000000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","","Microscope\nTechnique\nResolution\nMagnification","","","","","","0","","0000-00-00","0","","0"),
("5323","CLA","0","2018-01-24","3","0","9BSK/Sc","S1","","B1.1 Review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5324","SKT","0","2018-01-23","2","0","9ASK/Sc","S4","","B1.1 Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5325","SKT","0","2018-01-22","2","0","9ASK/Sc","S4","","B1.1 Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5326","SKT","0","2018-01-22","1","0","9ASK/Sc","S4","","B1.1 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5327","SNK","0","2018-01-24","1","0","8S/Sc","S6","","Conclusions","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5328","SNK","0","2018-01-23","2","0","8S/Sc","S6","","Data analysis","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5329","SNK","0","2018-01-25","1","0","8S/Sc","S6","","5B Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5330","JCE","0","2018-01-22","4","0","8E/Sc","S3","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("5331","JCE","0","2018-01-25","5","0","8E/Sc","S3","5P.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("5332","JCE","1","2018-01-24","1","0","8E/Sc","S3","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5333","JCE","0","2018-01-23","1","0","8E/Sc","S3","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("5334","LCY","0","2018-01-24","1","0","8B2/Sc","S7","5P.7","Skill focus: data collection","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","class set\n\nActivity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers","","0","","0000-00-00","0","","0"),
("5335","LCY","0","2018-01-23","2","0","8B2/Sc","S7","5p.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","1x demo please \n\nActivity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------","","0","","0000-00-00","0","","0"),
("5336","SKT","0","2018-01-25","1","0","8B2/Sc","S4","5p.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("5337","PKT","0","2018-01-25","1","0","8B1/Sc","S2","5P.2","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the advantage and disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge\n(Wood) Splinting wedge?\nRamp and wooden block\nBlock and tackle?\nFishing reel?\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\n\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------","","0","","0000-00-00","0","","0"),
("5338","PKT","0","2018-01-24","1","0","8B1/Sc","S2","5P.1","How do we store energy in a spring?","","Make measurements of spring in compression as force is changed","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as it returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed and where is the energy? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5339","PKT","0","2018-01-23","2","0","8B1/Sc","S2","5C.12","Reflection","","REFLECTION","1) A: REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("5340","MES","0","2018-01-25","5","0","8A3/Sc","S5","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5341","MES","0","2018-01-24","1","0","8A3/Sc","S5","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5342","MES","0","2018-01-23","1","0","8A3/Sc","S5","5P.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Atmospheric pressure: The pressure caused by the weight of the atmosphere.\nPressure: The average force acting perpendicular to a surface. P=F/A\nWeight: The force on an object with mass due to gravity.\nSurface: An outside area of an object.\nParticles\nGas\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5343","MES","0","2018-01-22","4","0","8A3/Sc","S5","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5344","SKT","0","2018-01-25","5","0","8A2/Sc","S7","5P.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Load","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("5345","SKT","0","2018-01-24","1","0","8A2/Sc","S4","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5346","SKT","0","2018-01-23","1","0","8A2/Sc","S4","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5347","SKT","0","2018-01-22","4","0","8A2/Sc","S4","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5348","CLA","0","2018-01-25","5","0","8A1/Sc","S1","5B.2","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a \'normal\' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","","","","","","x","","0","","0000-00-00","0","","0"),
("5349","CLA","0","2018-01-24","1","0","8A1/Sc","S1","5B.1","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","x","","0","","0000-00-00","0","","0"),
("5350","CLA","0","2018-01-23","1","0","8A1/Sc","S1","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5351","CLA","0","2018-01-22","4","0","8A1/Sc","S1","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include \nJ, kJ, kW hour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include \nJ, kJ, kW hour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","","Energy\nPower\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power, kgm^2/s^3\nTime","","","Activity 4)\nCombine and convert proportionalities to an equality.\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("5352","LCY","0","2018-01-25","2","0","7S/Sc","S7","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5353","LCY","0","2018-01-23","5","0","7S/Sc","S7","2p.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5354","PKT","0","2018-01-22","5","0","7S/Sc","S3","2p.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp \n\nClass: \n250mL beakers \ndifferent food colouring \ntimers\n\n-----------","","0","","0000-00-00","0","","0"),
("5355","LCY","0","2018-01-24","2","0","7S/Sc","S7","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5356","SNK","0","2018-01-22","1","0","7E/Sc","S6","","2C POO","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","X","","0","","0000-00-00","0","","0"),
("5357","SNK","0","2018-01-23","4","0","7E/Sc","S6","","2C reflection","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5358","CLA","0","2018-01-25","2","0","7B2/Sc","S1","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5359","CLA","0","2018-01-24","2","0","7B2/Sc","S1","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Potassium permenganate
\nLarge beaker
\nfood colouring
\nlamp and cut out paper snake attached to a thread to create a dancing snake.","","0","","0000-00-00","0","","0"),
("5360","CLA","0","2018-01-23","5","0","7B2/Sc","S1","2P.8","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)
\nconductivity tray that lights matches
\n
\nClass:
\ndifferent metal rods
\nvasaline
\npush
\n
\n-----------","","0","","0000-00-00","0","","0"),
("5361","CLA","0","2018-01-22","5","0","7B2/Sc","S1","2P.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","x","","0","","0000-00-00","0","","0"),
("5362","MES","0","2018-01-25","2","0","7B1/Sc","S5","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","","","","","","","0","","0000-00-00","0","","0"),
("5363","MES","0","2018-01-23","5","0","7B1/Sc","S5","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","","","","","","","0","","0000-00-00","0","","0"),
("5364","JCE","1","2018-01-24","2","0","7B1/Sc","S3","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("5365","MES","0","2018-01-22","5","0","7B1/Sc","S5","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:\nCrossword","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","Sheets printed for JCE's cover.","","0","","0000-00-00","0","","0"),
("5366","PKT","0","2018-01-23","4","0","7A2/Sc","S2","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("5367","PKT","0","2018-01-22","1","0","7A2/Sc","S2","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","","","","","","","0","","0000-00-00","0","","0"),
("5368","JCE","0","2018-01-22","1","0","7A1/Sc","S3","2C.9","What happens to the number of particles during a chemical reaction?","","","1) There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5369","JCE","0","2018-01-23","4","0","7A1/Sc","S3","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5370","PSN","0","2018-01-23","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5371","CPD","0","2018-01-25","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5372","CPD","0","2018-01-24","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5373","SNK","0","2018-01-25","4","0","11SNK/Sc","S6","","Measuring the speed of waves","","","","","","","","","","Plastic trays\nMetre rulers\nStop clocks","","0","","0000-00-00","0","","0"),
("5374","SNK","0","2018-01-24","4","0","11SNK/Sc","S6","","Properties of waves","","","","","","","","","","BIG SLINKY","","0","","0000-00-00","0","","0"),
("5375","SNK","0","2018-01-23","3","0","11SNK/Sc","S6","","Life Cycle assessment","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5376","SKT","0","2018-01-25","4","0","11SKT/Sc","S4","","Homework EW","","","","","","","","","","Slinky spring\nRipple tank","","0","","0000-00-00","0","","0"),
("5377","SKT","0","2018-01-24","4","0","11SKT/Sc","S4","","B2.4.11","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5378","SKT","0","2018-01-23","3","0","11SKT/Sc","S4","","B2.4.10","","","","","","","","","","Pre-prepared agar plates with antibiotic discs - 5 plates to be made up and grown in advance of lesson.","","0","","0000-00-00","0","","0"),
("5379","PKT","0","2018-01-25","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5380","PKT","0","2018-01-24","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5381","PKT","0","2018-01-23","3","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5382","LCY","0","2018-01-25","4","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5383","LCY","0","2018-01-24","4","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5384","LCY","0","2018-01-23","3","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5385","CLA","0","2018-01-25","4","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5386","CLA","0","2018-01-24","4","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5387","CLA","0","2018-01-23","3","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5388","LCY","0","2018-01-22","4","0","10TS/Sc","S7","","","","","","","","","","","","molymods \nfluffly balls","","0","","0000-00-00","0","","0"),
("5389","MES","0","2018-01-24","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5390","CPD","0","2018-01-25","5","0","10TS/Sc","S4","","","","","","","","","","","","copper sulfate crystals to look at","","0","","0000-00-00","0","","0"),
("5391","LCY","0","2018-01-22","3","0","10LAN/Sc","S7","","","","","","","","","","","","C4.12 class practical (x7 sets)\nlibich electrolysis demo (electrolysis of NaCl)","","0","","0000-00-00","0","","0"),
("5392","LCY","0","2018-01-25","3","0","10LAN/Sc","S7","","","","","","","","","","","","class electrolysis of copper chloride (x7)","","0","","0000-00-00","0","","0"),
("5393","LCY","0","2018-01-24","5","0","10LAN/Sc","S7","","","","","","","","","","","","http://www.rsc.org/learn-chemistry/resource/res00001725/electrolysing-molten-lead-ii-bromide?cmpid=CMP00005239 \n\nextracting lead from lead bromide","","0","","0000-00-00","0","","0"),
("5394","CLA","0","2018-01-25","3","0","10TE/Sc","S1","","Collins P5.16","","","","","","","","","","Collins P5.16","","0","","0000-00-00","0","","0"),
("5395","PKT","0","2018-01-24","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5396","JCE","0","2018-01-25","3","0","10S/Sc-Phy","S3","P1.5.03","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n\nDetails of Chadwick?s experimental work are not required.","","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","","","","","","","0","","0000-00-00","0","","0"),
("5397","CLA","0","2018-01-24","5","0","10S/Sc","S1","","Collins C7.1","","","","","","","","","","Collins C7.1","","0","","0000-00-00","0","","0"),
("5398","PKT","0","2018-01-22","4","0","10PKT/Sc","S2","","Required Practical 4 - Temperature changes in a reaction. Write up.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5399","PKT","0","2018-01-25","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5400","PKT","0","2018-01-24","2","0","10PKT/Sc","S2","","Process of electrolysis","","","","","","","","","","Collins 4.12 - process of electrolysis.","","0","","0000-00-00","0","","0"),
("5401","MES","0","2018-01-25","3","0","10MES/Sc","S5","","","","","","","","","","","","See Alysha","","0","","0000-00-00","0","","0"),
("5402","MES","0","2018-01-24","5","0","10MES/Sc","S5","","","","","","","","","","","","See Alysha","","0","","0000-00-00","0","","0"),
("5403","MES","0","2018-01-22","3","0","10MES/Sc","S5","","","","","","","","","","","","See Alysha","","0","","0000-00-00","0","","0"),
("5404","PSN","0","2018-01-22","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5405","SNK","0","2018-01-22","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5406","JCE","0","2018-01-29","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5407","JCE","0","2018-01-30","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5408","JCE","0","2018-01-31","0","0","Numeracy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5411","JCE","0","2018-01-30","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5414","PKT","0","2018-01-29","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5415","PKT","0","2018-01-30","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5416","PKT","0","2018-01-31","2","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5417","MES","0","2018-01-29","5","0","11TS/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5418","MES","0","2018-01-30","1","0","11TS/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5419","MES","0","2018-01-31","2","0","11TS/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5422","SNK","0","2018-01-29","1","0","7A3/Sc","S7","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","2P POO","","0","","0000-00-00","0","","0"),
("5423","SNK","0","2018-01-31","3","0","7A3/Sc","S7","2P.12","Reflection","","Progress Observation Opportunity","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","POO Review","","0","","0000-00-00","0","","0"),
("5424","CPD","0","2018-01-29","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5425","PKT","0","2018-01-29","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5426","PKT","0","2018-01-30","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5428","SNK","0","2018-01-29","2","0","10SN/Sc","S6","","Series and parallel circuits","","","","","","","","","","Circuits kits with a range of components","","0","","0000-00-00","0","","0"),
("5429","SNK","0","2018-01-31","5","0","10SN/Sc","S6","","DC circuits and resistors","","","","","","","","","","Circuits kits with resistors","","0","","0000-00-00","0","","0"),
("5434","JCE","0","2018-01-31","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5449","CPD","0","2018-01-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5450","CPD","0","2018-01-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5451","JCE","0","2018-01-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5452","SKT","0","2018-01-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5453","CPD","0","2018-01-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5454","LCY","0","2018-01-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5455","SKT","0","2018-01-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5456","CPD","0","2018-01-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5457","LCY","0","2018-01-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5458","SNK","0","2018-01-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5459","MES","0","2018-01-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5460","SKT","0","2018-01-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5461","CPD","0","2018-01-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5462","SNK","0","2018-01-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5463","JCE","0","2018-01-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5464","CPD","0","2018-01-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5465","PKT","0","2018-01-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5466","SKT","0","2018-01-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5467","CPD","0","2018-01-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5468","LCY","0","2018-01-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5469","MES","0","2018-01-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5470","CPD","0","2018-01-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5471","JCE","0","2018-01-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5472","CPD","0","2018-01-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5473","JCE","0","2018-01-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5474","SKT","0","2018-01-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5475","JCE","0","2018-01-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5476","CLA","0","2018-01-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5477","SKT","0","2018-01-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5478","CPD","0","2018-01-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5479","LCY","0","2018-01-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5480","CLA","0","2018-01-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5482","SNK","0","2018-01-30","4","0","9SNK/Sc","S6","","Mixtures 2","","","","","","","","","","DEMO : Crystallisation (or anything - copper sulphate?)\nDistillation of ink\nChromatography","","0","","0000-00-00","0","","0"),
("5483","SNK","0","2018-01-30","3","0","9SNK/Sc","S6","","Mixtures","","","","","","","","","","Separating salt, rocks, sand and water","","0","","0000-00-00","0","","0"),
("5484","SNK","0","2018-01-29","4","0","9SNK/Sc","S6","","Chemical formulae","","","","","","","","","","Mg strip","","0","","0000-00-00","0","","0"),
("5487","MES","0","2018-01-31","4","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5488","MES","0","2018-01-30","2","0","9MES/Sc","S5","","","","","","","","","","","","Collins C1.3","","0","","0000-00-00","0","","0"),
("5489","MES","0","2018-01-29","3","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5490","JCE","0","2018-01-29","4","0","9JCE/Sc","S3","B1.1.01","What is the difference between a eukaryote and a prokaryote cell?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.\n","1) Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\n2) Bacteria have cytoplasm and a cell membrane surrounded by a cell wall. \n4) Bacterial cells (prokaryotic cells) are much smaller in comparison.\n5) In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","What is the basic structure of plant and animal (eukaryotic) cells? Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\nWhat is the structure of a bacterial cell? Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\nWhat is the order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell? The order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell is as follows: ant > red blood cell > bacterium > DNA > carbon atom.\nAre bacterial (prokaryotic) cells bigger or smaller than eukaryotic cells? :Bacterial cells (prokaryotic cells) are much smaller in comparison to eukaryotic cells.\nWhat is unique about the DNA in a bacterial cell? In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","https://www.mrcorfe.com/MemoryAnchors/a8a5ac59ff1bbb4536c89a6eefef1e99.jpg","Cytoplasm\nCell membrane \nCell wall\nBacterial\nPlasmid: DNA loop\nNucleus\nGenetic material\nEukaryote\nMagnitude\nDNA\nProkaryote","","","Activity 5)\nExplore structure of animal and plant cells using models","Activity 5)\nModels of animal and place cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5492","JCE","0","2018-01-30","4","0","9JCE/Sc","S3","B1.1.03","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Tissue\nOrgan\nOrgan system\nOrganism\nRoot hair cells\nPhloem\nStructure\nFunction\nAdaptation\nXylem\nSpecialised","","","Activity 9)\nObserve examples of specialised cells under a microscope","Activity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5493","JCE","0","2018-01-30","3","0","9JCE/Sc","S3","B1.1.02","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n3) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Cell wall\nChloroplasts\nRibosomes.\nPermanent vacuole\nCell sap\nCellulose\nMitochondria\nCell membrane\nFunction\nStructure\nSub-cellular\nNucleus\nCytoplasm\nOrganelle","","","","","","0","","0000-00-00","0","","0"),
("5496","CLA","0","2018-01-31","4","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5497","CLA","0","2018-01-30","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5498","CLA","0","2018-01-29","3","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5500","SKT","0","2018-01-30","4","0","9BSK/Sc","S4","","Homework Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5501","SKT","0","2018-01-29","4","0","9BSK/Sc","S4","","B1.1 Mark Tests & Homework EW","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5502","CLA","0","2018-01-30","3","0","9BSK/Sc","S1","","B1.1 Test - Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5503","SKT","0","2018-01-31","4","0","9ASK/Sc","S4","","Homework Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5504","SKT","0","2018-01-30","2","0","9ASK/Sc","S4","","B1.1 Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5505","SKT","0","2018-01-29","3","0","9ASK/Sc","S4","","B1.1 Test - Marking & Homework EW","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5509","SNK","0","2018-01-31","4","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5510","SNK","0","2018-01-29","3","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5512","JCE","0","2018-01-31","5","0","8E/Sc","S3","5B.1","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("5514","LCY","0","2018-01-31","4","0","8B2/Sc","S7","5p.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5515","LCY","0","2018-01-29","3","0","8B2/Sc","S7","5p.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("5517","PKT","0","2018-01-31","4","0","8B1/Sc","S2","5P.4","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Atmospheric pressure: The pressure caused by the weight of the atmosphere.\nPressure: The average force acting perpendicular to a surface. P=F/A\nWeight: The force on an object with mass due to gravity.\nSurface: An outside area of an object.\nParticles\nGas\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5518","PKT","0","2018-01-29","3","0","8B1/Sc","S2","5P.3","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5520","MES","0","2018-01-31","5","0","8A3/Sc","S5","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("5522","SKT","0","2018-01-31","5","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5524","CLA","0","2018-01-31","5","0","8A1/Sc","S1","5B.3","How does a offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother\'s blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","","","","","","Models of foetus development.","","0","","0000-00-00","0","","0"),
("5526","LCY","0","2018-01-30","4","0","7S/Sc","S7","2p.12","Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("5527","PKT","0","2018-01-31","1","0","7S/Sc","S2","2b.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5528","MES","0","2018-01-31","3","0","7E/Sc","S5","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5529","MES","0","2018-01-29","1","0","7E/Sc","S5","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the 4 stores of energy? What are the 5 flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);;The Flows of energy are ; - Light; - Sound; - Kinetic (Movement); - Electrical; - Thermal (Heat)","","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("5531","SNK","0","2018-01-30","2","0","7E/Sc","S6","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nTransfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\n1x 25mL beaker\n1x 50mL beaker \n1x 250mL beaker \n1x 500mL beaker \neach filled with colored water\n\n-----------","","0","","0000-00-00","0","","0"),
("5534","CLA","0","2018-01-31","1","0","7B2/Sc","S1","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5535","CLA","0","2018-01-30","4","0","7B2/Sc","S1","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","2P POO","","0","","0000-00-00","0","","0"),
("5536","MES","0","2018-01-30","4","0","7B1/Sc","S5","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5538","JCE","0","2018-01-31","1","0","7B1/Sc","S3","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5541","LCY","0","2018-01-30","2","0","7A3/Sc","S7","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals and Sepals.","","Ovary\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("5542","PKT","0","2018-01-30","2","0","7A2/Sc","S2","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("5545","PKT","0","2018-01-31","3","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5546","PKT","0","2018-01-29","1","0","7A2/Sc","S2","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","","","","","","","0","","0000-00-00","0","","0"),
("5547","JCE","0","2018-01-29","1","0","7A1/Sc","S3","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (2/3 Hydrogen 1/3 Oxygen)\nSplint on meter rule\nEar defenders\n\n-----------\n","","1","TEST","2018-02-06","661","","0"),
("5549","JCE","0","2018-01-30","2","0","7A1/Sc","S3","2C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("5551","JCE","0","2018-01-31","3","0","7A1/Sc","S3","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the 4 stores of energy? What are the 5 flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);;The Flows of energy are ; - Light; - Sound; - Kinetic (Movement); - Electrical; - Thermal (Heat)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("5552","CPD","0","2018-01-29","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5558","SNK","0","2018-01-31","2","0","11SNK/Sc","S6","","Electromagnetic waves","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5559","SNK","0","2018-01-30","1","0","11SNK/Sc","S6","","WTM","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("5560","SNK","0","2018-01-29","5","0","11SNK/Sc","S6","","Physics RP 8","","","","","","","","","","Physics required practical 8 - speed of a wave.","","0","","0000-00-00","0","","0"),
("5564","SKT","0","2018-01-31","2","0","11SKT/Sc","S4","","P2.4.1","","","","","","","","","","Ripple Tank\nSlinky Spring\nSkipping Rope","","0","","0000-00-00","0","","0"),
("5565","SKT","0","2018-01-29","5","0","11SKT/Sc","S4","","T4S Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5566","SKT","0","2018-01-30","1","0","11SKT/Sc","S4","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5567","CPD","0","2018-01-31","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5568","CPD","0","2018-01-30","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5569","CPD","0","2018-01-29","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5576","LCY","0","2018-01-31","2","0","11LCY/Sc","S7","","","","","","","","","","","","class practical specific heat capacity (from folder)","","0","","0000-00-00","0","","0"),
("5577","LCY","0","2018-01-30","1","0","11LCY/Sc","S7","","","","","","","","","","","","WTM","","0","","0000-00-00","0","","0"),
("5578","LCY","0","2018-01-29","5","0","11LCY/Sc","S7","","","","","","","","","","","","demo specific heat capacity RP (from folder)","","0","","0000-00-00","0","","0"),
("5579","CLA","0","2018-01-30","1","0","11CLA/Sc","S1","","x WTM","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("5580","CLA","0","2018-01-29","5","0","11CLA/Sc","S1","","Collins B7.14","","","","","","","","","","Collins B7.14","","0","","0000-00-00","0","","0"),
("5584","CLA","0","2018-01-31","2","0","11CLA/Sc","S1","","Collins B7.18","","","","","","","","","","Collins B7.18","","0","","0000-00-00","0","","0"),
("5586","LCY","0","2018-01-31","5","0","10TS/Sc","S7","","","","","","","","","","","","C7.2 fractional distillation demo \ndistillation of ethanol and water","","0","","0000-00-00","0","","0"),
("5588","MES","0","2018-01-29","2","0","10TS/Sc","S5","","","","","","","","","","","","Collins B5.5\nInvestigating reaction time REQ PRAC","","0","","0000-00-00","0","","0"),
("5592","LCY","0","2018-01-30","5","0","10LAN/Sc","S7","","","","","","","","","","","","Pre made up agar plates with pathogens and anitbiotic discs\nmicroscopes","","0","","0000-00-00","0","","0"),
("5593","LCY","0","2018-01-29","4","0","10LAN/Sc","S7","","","","","","","","","","","","Pre made up agar plates with pathogens \nmicroscopes","","0","","0000-00-00","0","","0"),
("5595","CLA","0","2018-01-30","5","0","10TE/Sc","S1","","Collins P4.1","","","","","","","","","","Collins P4.1","","0","","0000-00-00","0","","0"),
("5596","CLA","0","2018-01-29","4","0","10TE/Sc","S1","","Collins P5.17","","","","","","","","","","Collins P5.17","","0","","0000-00-00","0","","0"),
("5601","PKT","0","2018-01-31","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("5602","PKT","0","2018-01-29","2","0","10PKT/Sc","S2","C1.7.11","","","Students should be able to predict the products of the electrolysis of aqueous solutions containing a single ionic compound.\n\n (HT only) students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations for this process . (MS)","1) The ions discharged when an aqueous solution is electrolysed using inert electrodes depend on the relative reactivity of the elements involved.\n2) At the negative electrode (cathode), hydrogen is produced if the metal is more reactive than hydrogen.\n3) At the positive electrode (anode), oxygen is produced unless the solution contains halide ions when the halogen is produced.\n4) This happens because in the aqueous solution water molecules break down producing hydrogen ions and hydroxide ions that are discharged.","When is hydrogen produced at the negative electrode in electrolysis? At the negative electrode (cathode), hydrogen is produced if the metal is more reactive than hydrogen.\nWhat are the three products made in the electrolysis of aqueous sodium chloride?","","","","","","Collins C5.15","","0","","0000-00-00","0","","0"),
("5603","MES","0","2018-01-30","5","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("5604","MES","0","2018-01-29","4","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("12776","CLA","0","2018-06-13","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12775","CLA","0","2018-06-15","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12774","CLA","0","2018-06-15","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12773","CLA","0","2018-06-14","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12772","CLA","0","2018-06-11","5","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12771","CLA","0","2018-06-12","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12770","LCY","0","2018-06-11","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12769","LCY","0","2018-06-12","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12768","LCY","0","2018-06-13","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12767","LCY","0","2018-06-14","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12766","LCY","0","2018-06-15","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12765","LCY","0","2018-06-15","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12764","MES","0","2018-06-14","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12763","MES","0","2018-06-15","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12762","MES","0","2018-06-15","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12761","CPD","0","2018-06-11","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12760","CPD","0","2018-06-12","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12759","CPD","0","2018-06-13","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12758","SKT","0","2018-06-12","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12757","SKT","0","2018-06-11","5","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("12756","SKT","0","2018-06-13","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("10930","CPD","0","2018-03-21","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10929","SKT","0","2018-03-20","1","0","11SKT/Sc","S4","B2.5.03","Electromagnets","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. RP 9 measure population sizes","What is random sampling? Where any part of an environment has an equal chance to be sampled free from bias.","","","","","","Electromagnets","","0","","0000-00-00","0","","0"),
("10928","SKT","0","2018-03-19","5","0","11SKT/Sc","S4","B2.5.03","","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. RP 9 measure population sizes","What is random sampling? Where any part of an environment has an equal chance to be sampled free from bias.","","","","","","","","0","","0000-00-00","0","","0"),
("10927","SKT","0","2018-03-21","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10926","SKT","0","2018-03-22","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10925","SKT","0","2018-03-23","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10924","SKT","0","2018-03-23","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10923","SNK","0","2018-03-19","5","0","11SNK/Sc","S6","P2.5.04","","","Students should be able to show that Fleming?s left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","","","","","","X","","0","","0000-00-00","0","","0"),
("10922","SNK","0","2018-03-20","1","0","11SNK/Sc","S6","P2.5.05","","","Students should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.\n","1) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.","","","","","","","WTM","","0","","0000-00-00","0","","0"),
("10921","SNK","0","2018-03-21","2","0","11SNK/Sc","S6","","","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","2) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane. \n3) Benign tumours do not invade other parts of the body.\n4) Malignant tumour cells are cancers.\n5) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n6) Scientists have identified lifestyle risk factors for various types of cancer. \n7) There are also genetic risk factors for some cancers.","How do malignant tumours form secondary tumours? \nWhat are the main risk factors for various types of cancer? ","","","","","","Biology Enzymes required practical (5)","","0","","0000-00-00","0","","0"),
("10920","SNK","0","2018-03-22","2","0","11SNK/Sc","S6","","","","","","","","","","","","Food tests","","0","","0000-00-00","0","","0"),
("10919","SNK","0","2018-03-23","1","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("10918","SNK","0","2018-03-23","2","0","11SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("10917","JCE","0","2018-03-22","2","0","11TE/Sc-Phy","S3","P2.5.02","Magnetic Fields","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n","1) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n2) The force between a magnet and a magnetic material is always one of attraction.\n3) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n4) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n\n5) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n6) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth?s magnetic field.","","","","","","","","","0","","0000-00-00","0","","0"),
("10916","PKT","0","2018-03-23","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10784","PKT","0","2018-03-23","1","0","11TS/Sc","S2","","P2.5.5 Electric Motors","","","","","","","","","","Collins P7.6\n \nCopper wire, wire strippers/cutters, batteries (yellow ones), flat magnets, split pins.","","0","","0000-00-00","0","","0"),
("10783","PKT","0","2018-03-22","2","0","11TS/Sc","S2","","P2.5.4 Fleming's Left Hand Rule","","","","","","","","","","Collins P7.5","","0","","0000-00-00","0","","0"),
("10782","MES","0","2018-03-21","2","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10781","MES","0","2018-03-20","1","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10780","MES","0","2018-03-19","5","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10779","PKT","0","2018-03-21","2","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10778","PKT","0","2018-03-20","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10777","PKT","0","2018-03-19","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10776","JCE","0","2018-03-23","2","0","11TE/Sc-Phy","S3","P2.5.04","Motor Effect (HT)","","Students should be able to show that Fleming?s left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","","","","","","","","0","","0000-00-00","0","","0"),
("10775","JCE","0","2018-03-23","1","0","11TE/Sc-Phy","S3","P2.5.03","Electromagnets","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire. \n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire. \n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet. \n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid. \n7) An electromagnet is a solenoid with an iron core.","","","","","","","","","0","","0000-00-00","0","","0"),
("10742","CLA","0","2018-03-13","3","0","11CLA/Sc","S1","","Collins P7.4","","","","","","","","","","Collins P7.4
\nObserved lesson
\n10 trays to include:
\n• wires (Please can you ensure that that the metal at each end is exposed)
\n• Iron nail
\n• metal paperclips
\nX2 Leads with Crocodile clips","","0","","0000-00-00","0","","0"),
("10741","CLA","0","2018-03-14","4","0","11CLA/Sc","S1","","Collins P7.6","","","","","","","","","","Collins P7.6","","0","","0000-00-00","0","","0"),
("10740","CLA","0","2018-03-15","4","0","11CLA/Sc","S1","","Collins P7.8","","","","","","","","","","Collins P7.8","","0","","0000-00-00","0","","0"),
("10739","LCY","0","2018-03-13","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10738","LCY","0","2018-03-14","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10737","LCY","0","2018-03-15","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10736","PKT","0","2018-03-13","3","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10735","PKT","0","2018-03-14","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10734","PKT","0","2018-03-15","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10733","SKT","0","2018-03-13","3","0","11SKT/Sc","S4","B2.5.01","","","Students should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n","5) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n\n6) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n7) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n8) Animals often compete with each other for food, mates and territory.\n\n9) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n10) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\n13) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n14) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n15) Bacteria living in deep sea vents are extremophiles.","What are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.","","","","","","","","0","","0000-00-00","0","","0"),
("10732","SKT","0","2018-03-14","4","0","11SKT/Sc","S4","B2.5.02","","","Students should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","2) Abiotic (non-living) factors which can affect a community are:\n? light intensity\n? temperature\n? moisture levels\n? soil pH and mineral content\n? wind intensity and direction\n? carbon dioxide levels for plants\n? oxygen levels for aquatic animals.\n\n5) Biotic (living) factors which can affect a community are:\n? availability of food\n? new predators arriving\n? new pathogens\n? one species outcompeting another so the numbers are no longer sufficient to breed.\n\n7) (WS) Extract and interpret information from charts, graphs and tables\n9) Feeding relationships within a community can be represented by food chains. \n\n10) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n14) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n15) Consumers that kill and eat other animals are predators, and those eaten are prey.\n16) In a stable community the numbers of predators and prey rise and fall in cycles.\n17) Interpret graphs used to model predator-prey cycles (WS) (MS)","What is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","","","0","","0000-00-00","0","","0"),
("10731","SKT","0","2018-03-15","4","0","11SKT/Sc","S4","P2.5.01","Magnets","","Students should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) The poles of a magnet are the places where the magnetic forces are strongest.\n2) Poles of a magnet\n3) When two magnets are brought close together they exert a force on each other.\n4) Two like poles repel each other. \n5) Two unlike poles attract each other.\n6) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n7) A permanent magnet produces its own magnetic field.\n8) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n9) Induced magnetism always causes a force of\nattraction.\n10) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What is random sampling? Where any part of an environment has an equal chance to be sampled free from bias.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nInduced\nAttraction\nRepulsion\nPermanent magnet\nNon-contact\nMagnet\nForce\nRepel\nAttract\nPoles","","","","Magnetic fields practical","","0","","0000-00-00","0","","0"),
("10730","SNK","0","2018-03-13","3","0","11SNK/Sc","S6","P2.5.01","Magnets","","Students should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) The poles of a magnet are the places where the magnetic forces are strongest.\n2) Poles of a magnet\n3) When two magnets are brought close together they exert a force on each other.\n4) Two like poles repel each other. \n5) Two unlike poles attract each other.\n6) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n7) A permanent magnet produces its own magnetic field.\n8) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n9) Induced magnetism always causes a force of\nattraction.\n10) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nInduced\nAttraction\nRepulsion\nPermanent magnet\nNon-contact\nMagnet\nForce\nRepel\nAttract\nPoles","","","","","","0","","0000-00-00","0","","0"),
("10729","SNK","0","2018-03-14","4","0","11SNK/Sc","S6","P2.5.02","Magnetic Fields","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n","1) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n2) The force between a magnet and a magnetic material is always one of attraction.\n3) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n4) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n\n5) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n6) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth?s magnetic field.","","","","","","","Iron filings\nBar magnets\nCompasses\nPlain paper","","0","","0000-00-00","0","","0"),
("10728","SNK","0","2018-03-15","4","0","11SNK/Sc","S6","P2.5.03","Electromagnets","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire. \n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire. \n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet. \n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid. \n7) An electromagnet is a solenoid with an iron core.","","","","","","","","","0","","0000-00-00","0","","0"),
("10575","JCE","0","2018-03-15","4","0","11TS/Sc-Phy","S3","P2.5.04","Motor Effect (HT)","","Students should be able to show that Fleming?s left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","","","","","","","","0","","0000-00-00","0","","0"),
("10574","JCE","0","2018-03-14","4","0","11TS/Sc-Phy","S3","P2.5.03","Electromagnets","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire. \n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire. \n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet. \n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid. \n7) An electromagnet is a solenoid with an iron core.","","","","","","","","","0","","0000-00-00","0","","0"),
("10573","JCE","0","2018-03-13","3","0","11TS/Sc-Phy","S3","P2.5.02","Magnetic Fields","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n","1) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n2) The force between a magnet and a magnetic material is always one of attraction.\n3) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n4) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n\n5) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n6) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth?s magnetic field.","","","","","","","","","0","","0000-00-00","0","","0"),
("10572","MES","0","2018-03-15","4","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10571","MES","0","2018-03-14","4","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10570","MES","0","2018-03-13","3","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10541","CLA","0","2018-03-07","2","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10540","CLA","0","2018-03-09","1","0","11CLA/Sc","S1","","Collins C10.6","","","","","","","","","","Collins C10.6","","0","","0000-00-00","0","","0"),
("10539","CLA","0","2018-03-09","2","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10538","CLA","0","2018-03-08","2","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10537","CLA","0","2018-03-05","5","0","11CLA/Sc","S1","","Collins C10.3","","","","","","","","","","Collins C10.3","","0","","0000-00-00","0","","0"),
("10536","CLA","0","2018-03-06","1","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10535","LCY","0","2018-03-05","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10534","LCY","0","2018-03-06","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10533","LCY","0","2018-03-07","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10532","LCY","0","2018-03-08","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10531","LCY","0","2018-03-09","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10530","LCY","0","2018-03-09","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10529","MES","0","2018-03-08","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10528","MES","0","2018-03-09","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10527","MES","0","2018-03-09","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10526","CPD","0","2018-03-05","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10525","CPD","0","2018-03-06","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10524","CPD","0","2018-03-07","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10523","SKT","0","2018-03-06","1","0","11SKT/Sc","S4","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10522","SKT","0","2018-03-05","5","0","11SKT/Sc","S4","","PPE Intervention - B2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10521","SKT","0","2018-03-07","2","0","11SKT/Sc","S4","","PPE Intervention - C2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10520","SKT","0","2018-03-08","2","0","11SKT/Sc","S4","","PPE Intervention - P2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10519","SKT","0","2018-03-09","1","0","11SKT/Sc","S4","","T4S - SAM2 B1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10518","SKT","0","2018-03-09","2","0","11SKT/Sc","S4","","T4S - SAM2 B1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10517","SNK","0","2018-03-05","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10516","SNK","0","2018-03-06","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10515","SNK","0","2018-03-07","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10514","SNK","0","2018-03-08","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10513","SNK","0","2018-03-09","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10512","SNK","0","2018-03-09","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10511","JCE","0","2018-03-08","2","0","11TE/Sc-Phy","S3","P2.4.07","Electromagnetic Radiation","","(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.\n","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Electromagnetic waves have many practical applications. For example:\n? radio waves ? television and radio\n? microwaves ? satellite communications, cooking food\n? infrared ? electrical heaters, cooking food, infrared cameras\n? visible light ? fibre optic communications\n? ultraviolet ? energy efficient lamps, sun tanning\n? X-rays and gamma rays ? medical imaging and treatments.\n\n3) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n5) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n6) Gamma rays originate from changes in the nucleus of an atom.\n7) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n8) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.","How can objects in deep water be detected? Echo sounding, using high frequency sound waves is used to detect objects in deep water and measure water depth.\nWhat evidence did study of seismic waves provide? Provided new evidence that led to discoveries about parts of the Earth which are not directly observable.","","","","","","","","0","","0000-00-00","0","","0"),
("10510","PKT","0","2018-03-09","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10378","PKT","0","2018-03-09","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10377","PKT","0","2018-03-08","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10376","MES","0","2018-03-07","2","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10375","MES","0","2018-03-06","1","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10374","MES","0","2018-03-05","5","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10373","PKT","0","2018-03-07","2","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10372","PKT","0","2018-03-06","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10371","PKT","0","2018-03-05","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10370","JCE","0","2018-03-09","2","0","11TE/Sc-Phy","S3","P2.5.01","Magnets","","Students should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) The poles of a magnet are the places where the magnetic forces are strongest.\n2) Poles of a magnet\n3) When two magnets are brought close together they exert a force on each other.\n4) Two like poles repel each other. \n5) Two unlike poles attract each other. \n6) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n7) A permanent magnet produces its own magnetic field. \n8) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field. \n9) Induced magnetism always causes a force of\nattraction.\n10) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","","","","","","","","","0","","0000-00-00","0","","0"),
("10369","JCE","0","2018-03-09","1","0","11TE/Sc-Phy","S3","P2.4.08","Measuring the risk","","Students should be aware that the study of seismic waves provided new evidence that led to discoveries about parts of the Earth which are not directly observable.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n","1) Echo sounding, using high frequency sound waves is used to detect objects in deep water and measure water depth.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue. \n4) The effects depend on the type of radiation and the size of the dose.\n5) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n6) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","How can objects in deep water be detected? Echo sounding, using high frequency sound waves is used to detect objects in deep water and measure water depth.\nWhat evidence did study of seismic waves provide? Provided new evidence that led to discoveries about parts of the Earth which are not directly observable.","","","","","","","","0","","0000-00-00","0","","0"),
("10336","CLA","0","2018-02-27","3","0","11CLA/Sc","S1","","Collins P6.6","","","","","","","","","","Collins P6.6
\nDissapearing coin trick
\nInvisible test tube","","0","","0000-00-00","0","","0"),
("10335","CLA","0","2018-02-28","4","0","11CLA/Sc","S1","","Collins C10.2","","","","","","","","","","Collins C10.2","","0","","0000-00-00","0","","0"),
("10334","CLA","0","2018-03-01","4","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10333","LCY","0","2018-02-27","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10332","LCY","0","2018-02-28","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10331","LCY","0","2018-03-01","4","0","11LCY/Sc","S7","","","","","","","","","","","","World Book Day","","0","","0000-00-00","0","","0"),
("10330","PKT","0","2018-02-27","3","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10329","PKT","0","2018-02-28","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10328","PKT","0","2018-03-01","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10327","SKT","0","2018-02-27","3","0","11SKT/Sc","S4","","EXAM - Computer Sci / Drama","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10326","SKT","0","2018-02-28","4","0","11SKT/Sc","S4","","LESSON - C2 Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10325","SKT","0","2018-03-01","4","0","11SKT/Sc","S4","","World Book Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10324","SNK","0","2018-02-27","3","0","11SNK/Sc","S6","","PPE","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("10323","SNK","0","2018-02-28","4","0","11SNK/Sc","S6","","PPE","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("10322","SNK","0","2018-03-01","4","0","11SNK/Sc","S6","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10169","JCE","0","2018-03-01","4","1","11TS/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10168","JCE","0","2018-02-28","4","1","11TS/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10167","JCE","0","2018-02-27","3","1","11TS/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10166","MES","0","2018-03-01","4","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10165","MES","0","2018-02-28","4","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10164","MES","0","2018-02-27","3","0","11TE/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10135","CLA","0","2018-02-21","2","0","11CLA/Sc","S1","","Collins P6.6","","","","","","","","","","Collins P6.6\nAround room \n1. ‘The Reappearing Coin Trick’:\n• Opaque, fairly deep bowl (or cup)\n• Coin\nPaper towels\n2. ‘The Speed of a Wave’:\n• One slinky\n• One stopclock\n• May want to have a metre ruler\n3. ‘The Disappearing Test Tube’:\n• Measuring cylinder full of glycerine, containing a pyrex (not any other material) test tube, also full of glycerine (or use a pyrex stirring rod instead). Bung in test tube with string attached, so that tube can be raised and lowered. \n• Same as above but with water instead of glycerine.","","0","","0000-00-00","0","","0"),
("10134","CLA","0","2018-02-23","1","0","11CLA/Sc","S1","","Collins P6.10","","","","","","","","","","Collins P6.10","","0","","0000-00-00","0","","0"),
("10133","CLA","0","2018-02-23","2","0","11CLA/Sc","S1","","Collins P6.11","","","","","","","","","","Collins P6.11","","0","","0000-00-00","0","","0"),
("10132","CLA","0","2018-02-22","2","0","11CLA/Sc","S1","","Collins P6.7","","","","","","","","","","Collins P6.7","","0","","0000-00-00","0","","0"),
("10131","CLA","0","2018-02-19","5","0","11CLA/Sc","S1","","Collins P6.5","","","","","","","","","","Collins P6.5","","0","","0000-00-00","0","","0"),
("10130","CLA","0","2018-02-20","1","0","11CLA/Sc","S1","","WTM","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10129","LCY","0","2018-02-19","5","0","11LCY/Sc","S7","","","","","","","","","","","","class practical - required practical sampling","","0","","0000-00-00","0","","0"),
("10128","LCY","0","2018-02-20","1","0","11LCY/Sc","S7","","","","","","","","","","","","WTM","","0","","0000-00-00","0","","0"),
("10127","LCY","0","2018-02-21","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10126","LCY","0","2018-02-22","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10125","LCY","0","2018-02-23","1","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10124","LCY","0","2018-02-23","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("10123","MES","0","2018-02-22","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10122","MES","0","2018-02-23","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10121","MES","0","2018-02-23","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10120","CPD","0","2018-02-19","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10119","CPD","0","2018-02-20","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10118","CPD","0","2018-02-21","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10117","SKT","0","2018-02-20","1","0","11SKT/Sc","S4","","EXAM - English Lit Paper 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10116","SKT","0","2018-02-19","5","0","11SKT/Sc","S4","","LESSON - B2 Prep","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10115","SKT","0","2018-02-21","2","0","11SKT/Sc","S4","","LESSON - C2 Prep","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10114","SKT","0","2018-02-22","2","0","11SKT/Sc","S4","","LESSON - P2 Prep","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10113","SKT","0","2018-02-23","1","0","11SKT/Sc","S4","","EXAM - Combined Science: Physics Paper 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10112","SKT","0","2018-02-23","2","0","11SKT/Sc","S4","","LESSON","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10111","SNK","0","2018-02-19","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10110","SNK","0","2018-02-20","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10109","SNK","0","2018-02-21","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10108","SNK","0","2018-02-22","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10107","SNK","0","2018-02-23","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10106","SNK","0","2018-02-23","2","0","11SNK/Sc","S6","","PPE","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("10105","JCE","0","2018-02-22","2","1","11TE/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("10104","PKT","0","2018-02-23","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9972","PKT","0","2018-02-23","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9971","PKT","0","2018-02-22","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9970","MES","0","2018-02-21","2","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9969","MES","0","2018-02-20","1","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9968","MES","0","2018-02-19","5","0","11TS/Sc-Chem","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9967","PKT","0","2018-02-21","2","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9966","PKT","0","2018-02-20","1","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9965","PKT","0","2018-02-19","5","0","11TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9964","JCE","0","2018-02-23","2","1","11TE/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9963","JCE","0","2018-02-23","1","1","11TE/Sc-Phy","S3","PPE2","PPE2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9930","CLA","0","2018-02-06","3","0","11CLA/Sc","S1","","Collins P6.1","","","","","","","","","","Collins P6.1
\n Rope
\nslinky","","0","","0000-00-00","0","","0"),
("9929","CLA","0","2018-02-07","4","0","11CLA/Sc","S1","","Collins P6.2","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9928","CLA","0","2018-02-08","4","0","11CLA/Sc","S1","","Collins P6.3","","","","","","","","","","Collins P6.3
\nx","","0","","0000-00-00","0","","0"),
("9927","LCY","0","2018-02-06","3","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9926","LCY","0","2018-02-07","4","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9925","LCY","0","2018-02-08","4","0","11LCY/Sc","S7","","","","","","","","","","","","demo required practical - sampling","","0","","0000-00-00","0","","0"),
("9924","PKT","0","2018-02-06","3","0","11S/Sc","S2","","REQUIRED PRACTICAL - DECAY","","","","","","","","","","Required Practical Decay\n\nLipase and Milk","","0","","0000-00-00","0","","0"),
("9923","PKT","0","2018-02-07","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9922","PKT","0","2018-02-08","4","0","11S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9921","SKT","0","2018-02-06","3","0","11SKT/Sc","S4","","C2.5.1 & C2.5.2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9920","SKT","0","2018-02-07","4","0","11SKT/Sc","S4","","C2.5.3 & C2.5.4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9919","SKT","0","2018-02-08","4","0","11SKT/Sc","S4","","T4S Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9918","SNK","0","2018-02-06","3","0","11SNK/Sc","S6","B2.5.02","Biotic/Abiotic","","Students should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","2) Abiotic (non-living) factors which can affect a community are:\n? light intensity\n? temperature\n? moisture levels\n? soil pH and mineral content\n? wind intensity and direction\n? carbon dioxide levels for plants\n? oxygen levels for aquatic animals.\n\n5) Biotic (living) factors which can affect a community are:\n? availability of food\n? new predators arriving\n? new pathogens\n? one species outcompeting another so the numbers are no longer sufficient to breed.\n\n7) (WS) Extract and interpret information from charts, graphs and tables\n9) Feeding relationships within a community can be represented by food chains. \n\n10) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n14) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n15) Consumers that kill and eat other animals are predators, and those eaten are prey.\n16) In a stable community the numbers of predators and prey rise and fall in cycles.\n17) Interpret graphs used to model predator-prey cycles (WS) (MS)","What is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","X","","0","","0000-00-00","0","","0"),
("9917","SNK","0","2018-02-07","4","0","11SNK/Sc","S6","B2.5.03","RP 9 Planning","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. RP 9 measure population sizes","What is random sampling? Where any part of an environment has an equal chance to be sampled free from bias.","","","","","","","","0","","0000-00-00","0","","0"),
("9916","SNK","0","2018-02-08","4","0","11SNK/Sc","S6","B2.5.04","RP 9","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. RP 9 measure population sizes","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("9763","JCE","0","2018-02-08","4","0","11TS/Sc-Phy","S3","P2.5.02","Magnetic Fields","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n","1) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n2) The force between a magnet and a magnetic material is always one of attraction.\n3) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n4) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n\n5) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n6) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth?s magnetic field.","","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nInduced\nAttraction\nRepulsion\nPermanent magnet\nNon-contact\nMagnet\nForce\nRepel\nAttract\nPoles","","","","","","0","","0000-00-00","0","","0"),
("9762","JCE","0","2018-02-07","4","0","11TS/Sc-Phy","S3","P2.4.08","How do we measure the risk?","","Students should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.","1) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue. \n2) The effects depend on the type of radiation and the size of the dose.\n3) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n4) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","","","","","","","","","0","","0000-00-00","0","","0"),
("9761","JCE","0","2018-02-06","3","0","11TS/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9760","MES","0","2018-02-08","4","0","11TE/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9759","MES","0","2018-02-07","4","0","11TE/Sc-Chem","S5","","Collins C10 Lesson 6","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9758","MES","0","2018-02-06","3","0","11TE/Sc-Chem","S5","","Collins C10 Lesson 5","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9739","CLA","0","2018-02-02","1","0","11CLA/Sc","S1","","Collins B7.19","","","","","","","","","","Collins B7.19","","0","","0000-00-00","0","","0"),
("9738","CLA","0","2018-02-02","2","0","11CLA/Sc","S1","","Collins B7.20","","","","","","","","","","Collins B7.20","","0","","0000-00-00","0","","0"),
("9737","CLA","0","2018-02-01","2","0","11CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9736","LCY","0","2018-02-01","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9735","LCY","0","2018-02-02","1","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9734","LCY","0","2018-02-02","2","0","11LCY/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("9733","MES","0","2018-02-01","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","Collins C10.3\nAnalysis and purification of water\nREQ PRAC","","0","","0000-00-00","0","","0"),
("9732","MES","0","2018-02-02","1","0","11S/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9731","MES","0","2018-02-02","2","0","11S/Sc-Chem","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9730","SKT","0","2018-02-01","2","0","11SKT/Sc","S4","","P2.4.2","","","","","","","","","","Reflection of light practical\nProtractors","","0","","0000-00-00","0","","0"),
("9729","SKT","0","2018-02-02","1","0","11SKT/Sc","S4","","T4S - Physics","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9728","SKT","0","2018-02-02","2","0","11SKT/Sc","S4","","T4S - Physics","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9727","SNK","0","2018-02-01","2","0","11SNK/Sc","S6","","Electromagnetic waves - uses and applications","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9726","SNK","0","2018-02-02","1","0","11SNK/Sc","S6","","Review P2.4","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9725","SNK","0","2018-02-02","2","0","11SNK/Sc","S6","","Communities, adaptations and levels of organisation","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("9724","JCE","0","2018-02-01","2","0","11TE/Sc-Phy","S3","P2.4.02","What is Refraction?","","Students should be able to construct ray diagrams to illustrate the refraction of a wave at the boundary between two different media.\n\n(HT only) Students should be able to use wave front diagrams to explain refraction in terms of the change of speed that happens when a wave travels from one medium to a different medium.","1) (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n3) (HT only) Some effects, for example refraction, are due to the difference in velocity of the waves in different substances.","How can the wavelength of electromagnetic waves be varied? Different substances may absorb, transmit, refract or reflect electromagnetic waves\nHow should ray diagrams be constructed? Need to illustrate the refraction of a wave at the boundary between two different media.\nWhat is the cause of refraction? Due to the difference in velocity of the waves in different substances.\nHow can refraction be explained.:Wave front diagrams can be used to explain refraction in terms of the change of speed that happens when a wave travels from one medium to a different medium.","https://www.mrcorfe.com/MemoryAnchors/6cb96bdb463536ddaf84430d5e727070.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f3ea459a635d1682ca5791038428ea69.gif","Media\nVelocity\nWave front\nMedium\nBoundary\nWavelength\nTransmit\nRefract\nReflect\nElectromagnetic\nAbsorb","","","","Activity 2)\nPower supply\nRay boxes\nSlot cards\nRectangular perspex blocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("9723","PKT","0","2018-02-02","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9676","PKT","0","2018-02-02","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9675","PKT","0","2018-02-01","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("9674","JCE","0","2018-02-02","2","0","11TE/Sc-Phy","S3","P2.4.04","RP 10 - iR Analysis","","","1) Required practical activity 10: infrared radiation absorbed or radiated by a surface depends on the nature of that surface.(AT skills 1,4)","","","","","","","","","0","","0000-00-00","0","","0"),
("9673","JCE","0","2018-02-02","1","0","11TE/Sc-Phy","S3","P2.4.03","RP 10 infrared radiation radiated by a surface","","That infrared radiation radiated by a surface depends on the nature of that surface.","1) Required practical activity 10: .(AT skills 1,4)","","https://www.mrcorfe.com/MemoryAnchors/LeslieCube.jpg","","","","","Activity 1)\nLeslie cube\nkettle\nInfrared detector\nHeatproof mat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13821","SNK","0","2018-02-02","5","0","10SN/Sc","S6","","Energy transferred and power recap","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13822","PKT","0","2018-02-02","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13823","CPD","0","2018-02-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13824","CPD","0","2018-02-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13825","CPD","0","2018-02-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13826","CPD","0","2018-02-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13827","CPD","0","2018-02-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13828","CPD","0","2018-02-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13829","JCE","0","2018-02-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13830","SKT","0","2018-02-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13831","CPD","0","2018-02-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13832","CPD","0","2018-02-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13833","SKT","0","2018-02-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13834","CPD","0","2018-02-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13835","SNK","0","2018-02-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13836","CLA","0","2018-02-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13837","SNK","0","2018-02-02","4","0","9SNK/Sc","S6","","Model of an atom","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13838","MES","0","2018-02-02","3","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13839","MES","0","2018-02-01","5","0","9MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13840","JCE","0","2018-02-02","4","0","9JCE/Sc","S3","B1.1.04","What happens during cell differentiation?","","Students should be able to explain the importance of cell differentiation.","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? :Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell devision mainly used for? In mature animals, cell division is mainly restricted to repair and replacement","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Gene\nChromosome\nSpecialisation\nDifferentiation","","","","","","0","","0000-00-00","0","","0"),
("13841","CLA","0","2018-02-02","3","0","9CLA/Sc","S1","","Collins C1.2","","","","","","","","","","Collins C1.2","","0","","0000-00-00","0","","0"),
("13842","CLA","0","2018-02-01","5","0","9CLA/Sc","S1","","Collins C1.1","","","","","","","","","","Collins C1.1","","0","","0000-00-00","0","","0"),
("13843","SKT","0","2018-02-02","4","0","9BSK/Sc","S4","C1.1.01","The three states of matter and state symbols","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n\nStudents should be able to include appropriate state symbols in chemical equations for the reactions in this specification.","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n9) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.\n10) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","Name the three states of matter:Solid, liquid and gas\nDraw out particle diagrams to show the arrangement of particles in each a solid, liquid and gas:\nDescribe what happens to a substance as it changes from a solid to a liquid:When a substance is solid the particles are close togther and touching in a fixed pattern. They are vibrating on the spot. As the energy levels increase the particles start to move move and in a liquid the particles are still touching but moving around in no fixed pattern.\nExplain why different substances have different melting and boiling points:The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nSuggest the limitations to using simple particle diagrams to represent the different states of matter: Limitations of the simple model include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\nSubstance A has a melting point of -10oC and a boiling point of 55oC. What state would substance A be at room temperature (25oC)? How can you determine this? Substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? The amount of energy to break each bond between molecules is only reached at 100oC and not at 90oC.\nWhat are the limitations of the particle theory in relation to changes of state when particles are represented by solid, inelastic spheres which have no forces between them? Solid spheres do not show the bonds between molecules. They also do not show \nIn a chemical equation, what do the symbols (s), (l) and (g), with (aq) represent? (s) = Solid;(l) = Liquid;(g) = Oas;(aq) = Aqueous\nAdd state symbols to the following equation.\nC O2 -> CO2:C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","","","","","","","0","","0000-00-00","0","","0"),
("13844","SKT","0","2018-02-02","3","0","9ASK/Sc","S4","C1.1.02","Atoms, elements and compounds","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are about 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","","","","","","","","0","","0000-00-00","0","","0"),
("13845","SKT","0","2018-02-01","5","0","9ASK/Sc","S4","C1.1.01","The three states of matter and state symbols","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n\nStudents should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n9) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.\n10) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","Name the three states of matter:Solid, liquid and gas\nDraw out particle diagrams to show the arrangement of particles in each a solid, liquid and gas:\nDescribe what happens to a substance as it changes from a solid to a liquid:When a substance is solid the particles are close togther and touching in a fixed pattern. They are vibrating on the spot. As the energy levels increase the particles start to move move and in a liquid the particles are still touching but moving around in no fixed pattern.\nExplain why different substances have different melting and boiling points:The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nSuggest the limitations to using simple particle diagrams to represent the different states of matter: Limitations of the simple model include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\nSubstance A has a melting point of -10oC and a boiling point of 55oC. What state would substance A be at room temperature (25oC)? How can you determine this? Substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? The amount of energy to break each bond between molecules is only reached at 100oC and not at 90oC.\nWhat are the limitations of the particle theory in relation to changes of state when particles are represented by solid, inelastic spheres which have no forces between them? Solid spheres do not show the bonds between molecules. They also do not show \nIn a chemical equation, what do the symbols (s), (l) and (g), with (aq) represent? (s) = Solid;(l) = Liquid;(g) = Oas;(aq) = Aqueous\nAdd state symbols to the following equation.\nC O2 -> CO2:C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","","","","","","","0","","0000-00-00","0","","0"),
("13846","SNK","0","2018-02-01","5","0","8S/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13847","JCE","0","2018-02-02","5","0","8E/Sc","S3","5B.7","POO improvement","","","","","","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("13848","LCY","0","2018-02-01","5","0","8B2/Sc","S7","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13849","PKT","0","2018-02-01","5","0","8B1/Sc","S2","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13850","MES","0","2018-02-02","5","0","8A3/Sc","S5","5P.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("13851","SKT","0","2018-02-02","5","0","8A2/Sc","S4","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13852","CLA","0","2018-02-02","5","0","8A1/Sc","S1","5B.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through cervix and vagina.","What happens during birth? During birth, the Cervix dilates and the Uterus contracts pushing the Fetus through Cervix and Vagina.","","","","","","Activity 1)
\npink balloon
\nping pong ball Demo
\n
\n-----------","","0","","0000-00-00","0","","0"),
("13853","LCY","0","2018-02-01","3","0","7S/Sc","S7","2b.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("13854","SNK","0","2018-02-02","3","0","7E/Sc","S6","2P.5","Skill focus: Data Collection","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13855","MES","0","2018-02-01","1","0","7E/Sc","S5","2P.4","Skill focus: Planning","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("13856","CLA","0","2018-02-01","3","0","7B2/Sc","S1","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("13857","JCE","0","2018-02-01","3","0","7B1/Sc","S3","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the 4 stores of energy? What are the 5 flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);;The Flows of energy are ; - Light; - Sound; - Kinetic (Movement); - Electrical; - Thermal (Heat)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("13858","LCY","0","2018-02-02","3","0","7A3/Sc","S7","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("13859","LCY","0","2018-02-01","1","0","7A3/Sc","S7","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted","","","","","","0","","0000-00-00","0","","0"),
("13860","PKT","0","2018-02-02","3","0","7A2/Sc","S2","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (2/3 Hydrogen 1/3 Oxygen)\nSplint on meter rule\nEar defenders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13861","PKT","0","2018-02-01","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13862","JCE","0","2018-02-02","3","0","7A1/Sc","S3","2P.3","How do machines use Energy?","","","8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions\n\n1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13863","JCE","0","2018-02-01","1","0","7A1/Sc","S3","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13864","LCY","0","2018-02-02","5","0","10TS/Sc","S7","","","","","","","","","","","","collins C7.3","","0","","0000-00-00","0","","0"),
("13865","MES","0","2018-02-01","3","0","10TS/Sc","S5","","","","","","","","","","","","Collins B5.6\nClass set of eyes","","0","","0000-00-00","0","","0"),
("13866","CPD","0","2018-02-01","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13867","LCY","0","2018-02-02","4","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("13868","LCY","0","2018-02-01","4","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("13869","CLA","0","2018-02-01","4","0","10TE/Sc","S1","","Collins P4.2","","","","","","","","","","Collins P4.2","","0","","0000-00-00","0","","0"),
("13870","JCE","0","2018-02-01","4","0","10S/Sc-Phy","S3","P1.5.04","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) The nuclear radiation emitted may be:\n - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus\n- a beta particle (β) – a high speed electron ejected from the nucleus as a neutron turns into a proton\n- a gamma ray (ĂŽÂł) – electromagnetic radiation from the nucleus\n- a neutron (n).\nRequired knowledge\n7) Required knowledge of the properties of alpha particles, beta particles and gamma rays is limited to their penetration through materials, their range in air and ionising power.","What is meant by the term 'unstable' in terms of atomic nuclei? \nHow can a nucleus become more stable in terms of radiation? \nWhat is meant by the term \'activity\' in terms of decay? \nWhat is radioactive activity measured in? \nWhat is the definition of \'count rate\' and what piece of equipment can measure it? \nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat are the properties of the different types of nuclear radiation? ","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg","Beta\nAlpha\nGamma\nNeutron\nPenetration\nGeiger-Muller tube\nCount-rate\nNuclei\nRadioactive decay\nActivity\nBecquerel\nUnstable","","","","","","0","","0000-00-00","0","","0"),
("13871","PKT","0","2018-02-02","5","0","10PKT/Sc","S2","P2.1.1","","","","1) Scalar quantities have magnitude only.\n2) Vector quantities have magnitude and an associated direction.\n3) A vector quantity may be represented by an arrow. The length of the arrow represents the magnitude, and the direction of the arrow the direction of the vector quantity","","","","","","","","","0","","0000-00-00","0","","0"),
("13872","PKT","0","2018-02-01","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13873","PKT","0","2018-02-01","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13874","MES","0","2018-02-02","4","0","10MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13875","MES","0","2018-02-01","4","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("13876","JCE","0","2018-02-05","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13877","JCE","0","2018-02-06","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13878","JCE","0","2018-02-07","0","0","Literacy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13879","JCE","0","2018-02-08","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13880","JCE","0","2018-02-09","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13881","JCE","0","2018-02-09","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13882","LCY","0","2018-02-05","1","0","7A3/Sc","S7","2b.4","Skill Focus: Planning","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n\nStudents should be able to describe the differences between the trophic levels of organisms within an ecosystem\n\nStudents should be able to describe the differences between the trophic levels of organisms within an ecosystem\n\nStudents should be able to describe the roles of hormones in human reproduction, including the menstrual cycle.\n\n(HT only) Students should be able to explain the interactions of FSH, oestrogen, LH and progesterone, in the control of the menstrual cycle\n\n(HT only) Students should be able to extract and interpret data from graphs showing hormone levels during the menstrual cycle.\n","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.\nWhat happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.\nHow does the technique of tissue culturing enable cloning? Why is this important for plants? Tissue culture: using small groups of cells from part of a plant to grow;identical new plants. This is important for preserving rare plant species or commercially in nurseries.\nWhat way, other than tissue culture, can plants be cloned by gardeners? Through using cuttings to produce many identical new plants from a parent plant.\nHow is embryo transplant cloning carried out? Embryo transplant cloning happens by splitting apart cells from a developing animal;embryo before they become specialised, then transplanting the identical embryos into host mothers.\nWhat are the steps involved in adult cell cloning? 1. The nucleus is removed from an unfertilised egg cell.;2. The nucleus from an adult body cell, such as a skin cell, is inserted into the egg cell.;3. An electric shock stimulates the egg cell to divide to form an embryo.;4. These embryo cells contain the same genetic information as the adult;skin cell.;5. When the embryo has developed into a ball of cells, it is inserted into;the womb of an adult female to continue its development.\nWhat are the potential benefits and risks involved in cloning and why do some people object? Benefits: All the new plants are genetically identical ? they will all have the desired characteristics.;Organisms that are difficult or slow to breed normally can be reproduced quickly. Some plant varieties do not produce seeds, others have seeds that are dormant for long periods.;Risks: If a clone is susceptible to disease or changes in environment, then all the clones will be susceptible.;It will lead to less variation, and less opportunity to create new varieties in the future. Some people object to cloning as they feel it is unethical and unatural to clone. Some people object on religious grounds as well. ","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("13883","LCY","0","2018-02-06","4","0","7A3/Sc","S7","2B.5","Skill Focus: Data Collection","","Students should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n\nStudents should be able to describe the principles of hormonal coordination and control by the human endocrine system.\n\nStudents should be able to identify the position of the following on a diagram of the human body: ? pituitary gland\n? pancreas\n? thyroid\n? adrenal gland\n? ovary\n? testes.\n\n\nStudents should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n\nStudents should be able to construct accurate pyramids of biomass from appropriate data.\n\nStudents should be able to describe pyramids of biomass\n\n\nStudents should be able to explain how biomass is lost between the different trophic levels\n\nStudents should be able to calculate the efficiency of biomass transfers between trophic levels by percentages or fractions of mass.\n\nStudents should be able to explain how this affects the number of organisms at each trophic level\n","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;\nWhat was Lamarck\'s theory? Lamarck\'s theory was that changes in an organism only occur during its lifetime and are then inhertted. \nWhat different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13884","CPD","0","2018-02-06","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13885","JCE","0","2018-02-09","3","1","10S/Sc-Phy","S3","P1.5.06","PSCHRE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13886","CLA","0","2018-02-05","3","0","10S/Sc","S1","","Collins C7.3","","","","","","","","","","Collins C7.3","","0","","0000-00-00","0","","0"),
("13887","SNK","0","2018-02-05","4","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13888","SNK","0","2018-02-07","2","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13889","SNK","0","2018-02-08","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13890","SNK","0","2018-02-09","3","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13891","CLA","0","2018-02-09","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13892","PKT","0","2018-02-05","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13893","JCE","0","2018-02-08","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13894","JCE","0","2018-02-07","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13895","CPD","0","2018-02-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13896","SKT","0","2018-02-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13897","CPD","0","2018-02-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13898","SNK","0","2018-02-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13899","JCE","0","2018-02-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13900","SKT","0","2018-02-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13901","CPD","0","2018-02-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13902","LCY","0","2018-02-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13903","CPD","0","2018-02-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13904","LCY","0","2018-02-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13905","LCY","0","2018-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13906","CPD","0","2018-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13907","SKT","0","2018-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13908","SNK","0","2018-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13909","PKT","0","2018-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13910","CPD","0","2018-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13911","PKT","0","2018-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13912","CPD","0","2018-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13913","LCY","0","2018-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13914","MES","0","2018-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13915","SKT","0","2018-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13916","CPD","0","2018-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13917","SNK","0","2018-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13918","CPD","0","2018-02-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13919","SKT","0","2018-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13920","LCY","0","2018-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13921","PKT","0","2018-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13922","MES","0","2018-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13923","SKT","0","2018-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13924","CPD","0","2018-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13925","CPD","0","2018-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13926","CPD","0","2018-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13927","JCE","0","2018-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13928","SKT","0","2018-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13929","CPD","0","2018-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13930","CLA","0","2018-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13931","MES","0","2018-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13932","CPD","0","2018-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13933","JCE","0","2018-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13934","CPD","0","2018-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13935","LCY","0","2018-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13936","PKT","0","2018-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13937","SKT","0","2018-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13938","CPD","0","2018-02-05","5","0","FREE","","","Line Meeting - LCY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13939","LCY","0","2018-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13940","JCE","0","2018-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13941","CPD","0","2018-02-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13942","CPD","0","2018-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13943","CPD","0","2018-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13944","LCY","0","2018-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13945","SNK","0","2018-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13946","JCE","0","2018-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13947","PKT","0","2018-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13948","CPD","0","2018-02-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13949","SNK","0","2018-02-06","5","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13950","SNK","0","2018-02-05","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13951","SNK","0","2018-02-09","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13952","SNK","0","2018-02-08","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13953","SNK","0","2018-02-07","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("13954","MES","0","2018-02-05","2","0","9MES/Sc","S5","","Collins 1C Lesson 9","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13955","MES","0","2018-02-05","1","0","9MES/Sc","S5","","Collins 1C Lesson 8","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13956","MES","0","2018-02-09","5","0","9MES/Sc","S5","","Collins 1C Lesson 13","","","","","","","","","","Class set\nSmall magnesium ribbon\nBlue glass","","0","","0000-00-00","0","","0"),
("13957","MES","0","2018-02-06","2","0","9MES/Sc","S5","","Collins 1C Lesson 11","","","","","","","","","","Collins 1C Lesson 11\nComparing metals and non-metals","","0","","0000-00-00","0","","0"),
("13958","PKT","0","2018-02-06","5","0","9JCE/Sc","S2","B1.1.06","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? \nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("13959","JCE","1","2018-02-09","2","1","9JCE/Sc","S3","B1.1.10","B1.1 - Review","","","1)","","","","","","Activity 1)\nPiXL Independence Packs - Cell Biology\nPiXL Concept Maps - Cell Biology (Differentiated)\nPiXL Independence Pack Mark Scheme - Cell Biology","","","0","","0000-00-00","0","","0"),
("13960","JCE","0","2018-02-08","2","1","9JCE/Sc","S3","","PSCHRE DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13961","JCE","0","2018-02-07","3","0","9JCE/Sc","S3","B1.1.07","How are light microscopes used to observe and record eukaryotes?","","Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n\n\n\n","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13962","JCE","0","2018-02-05","3","0","9JCE/Sc","S3","B1.1.05","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developed over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope\nMicroscopy technique\nResolution\nMagnification","","","","","","0","","0000-00-00","0","","0"),
("13963","CLA","0","2018-02-09","5","0","9CLA/Sc","S1","","Collins C1.5","","","","","","","","","","Colllins C1.5","","0","","0000-00-00","0","","0"),
("13964","CLA","0","2018-02-06","2","0","9CLA/Sc","S1","","Collins C1.4","","","","","","","","","","Collins C1.4","","0","","0000-00-00","0","","0"),
("13965","CLA","0","2018-02-05","2","0","9CLA/Sc","S1","","Collins C1.3","","","","","","","","","","Collins C1.3","","0","","0000-00-00","0","","0"),
("13966","CLA","0","2018-02-05","1","0","9CLA/Sc","S1","","Collins C1.2","","","","","","","","","","Collins C1.2","","0","","0000-00-00","0","","0"),
("13967","SKT","0","2018-02-08","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13968","SKT","0","2018-02-06","5","0","9BSK/Sc","S4","C1.1.03","Word and symbol equations","","","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) (HT only) Write balanced half equations and ionic equations where appropriate.\n3) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n4) Name compounds of these elements from given formulae or symbol equations.\n5) Write word equations for the reactions in this specification.\n6) Write formulae and balanced chemical equations for the reactions in this specification.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat is the balanced half equation for H+?+ e??? H2:The balanced half equation is: ;2H ? 2e??? H2\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO + C --> 2Cu + CO2","","","","","","","","0","","0000-00-00","0","","0"),
("13969","SKT","0","2018-02-05","3","0","9BSK/Sc","S4","C1.1.02","Atoms, elements and compounds","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are about 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","","","","","","","","0","","0000-00-00","0","","0"),
("13970","CLA","0","2018-02-07","3","0","9BSK/Sc","S1","C1.1.04","What is a mixtures and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.","1) A mixture consists of two or more elements or compounds not chemically combined together. \n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Cyrstallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together. \nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures seperated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures seperated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures seperated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Solute\nSolution\nDistillation\nCondenser\nRound bottom flask\nEvaporation Dish\nCrystallisation\nPhysical processes\nChemical properties\nFiltration\nFiltrate\nResidue\nMixture","","","","","","0","","0000-00-00","0","","0"),
("13971","SKT","0","2018-02-09","2","0","9BSK/Sc","S4","C1.1.05","How can we separate a mixture of more that two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Chromatography\nFractional distillation\nFraction","","","","","","0","","0000-00-00","0","","0"),
("13972","PKT","0","2018-02-09","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13973","SNK","0","2018-02-09","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13974","SKT","0","2018-02-09","5","0","9ASK/Sc","S4","C1.1.06","The development of the model of the atom (common content with physics)","","","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the \'plum pudding\' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a +1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.","","","","","","","","0","","0000-00-00","0","","0"),
("13975","SKT","0","2018-02-06","2","0","9ASK/Sc","S4","C1.1.05","How can we separate a mixture of more that two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Chromatography\nFractional distillation\nFraction","","","","","","0","","0000-00-00","0","","0"),
("13976","SKT","0","2018-02-05","2","0","9ASK/Sc","S4","C1.1.04","What is a mixtures and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.","1) A mixture consists of two or more elements or compounds not chemically combined together. \n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Cyrstallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together. \nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures seperated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures seperated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures seperated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Solute\nSolution\nDistillation\nCondenser\nRound bottom flask\nEvaporation Dish\nCrystallisation\nPhysical processes\nChemical properties\nFiltration\nFiltrate\nResidue\nMixture","","","","","","0","","0000-00-00","0","","0"),
("13977","SKT","0","2018-02-05","1","0","9ASK/Sc","S4","C1.1.03","Word and symbol equations","","","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) (HT only) Write balanced half equations and ionic equations where appropriate.\n3) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n4) Name compounds of these elements from given formulae or symbol equations.\n5) Write word equations for the reactions in this specification.\n6) Write formulae and balanced chemical equations for the reactions in this specification.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat is the balanced half equation for H+?+ e??? H2:The balanced half equation is: ;2H ? 2e??? H2\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO + C --> 2Cu + CO2","","","","","","","","0","","0000-00-00","0","","0"),
("13978","CLA","0","2018-02-09","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13979","PKT","0","2018-02-09","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13980","MES","0","2018-02-09","2","0","9a/Pr1","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("13981","SNK","0","2018-02-07","1","0","8S/Sc","S6","5B.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("13982","SNK","0","2018-02-06","2","0","8S/Sc","S6","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Species\nReproduce\nBiodiversity\nGenetic information\nEcosystem \nGenetic variation\nStability\nGene banks\nHereditary\nPreserve\nEcosystem\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nOffspring\nOffspring.","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("13983","SNK","0","2018-02-09","5","0","8S/Sc","S6","5C.2","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13984","SNK","0","2018-02-08","1","0","8S/Sc","S6","5C.1","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anyway on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","Volcanic\nEarthquakes","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13985","JCE","0","2018-02-05","4","0","8E/Sc","S3","5B.2","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
("13986","JCE","0","2018-02-08","5","0","8E/Sc","S3","5B.5","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","","Placenta\nLifestyle\nMaternal","","","","","","0","","0000-00-00","0","","0"),
("13987","JCE","0","2018-02-09","1","0","8E/Sc","S3","5B.6","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","","","","","","","","0","","0000-00-00","0","","0"),
("13988","JCE","0","2018-02-07","1","0","8E/Sc","S3","5B.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through cervix and vagina.","What happens during birth? During birth, the Cervix dilates and the Uterus contracts pushing the Fetus through Cervix and Vagina.","","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13989","JCE","0","2018-02-06","1","0","8E/Sc","S3","5B.3","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus.","","","","","","0","","0000-00-00","0","","0"),
("13990","LCY","0","2018-02-07","1","0","8B2/Sc","S7","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("13991","LCY","0","2018-02-09","5","0","8B2/Sc","S7","5p.13","Reivew of 5P POO and Enquiry","","","","","","Forces\nwork done \nJoules","","","","review poo","","0","","0000-00-00","0","","0"),
("13992","LCY","0","2018-02-06","2","0","8B2/Sc","S7","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("13993","SKT","0","2018-02-08","1","0","8B2/Sc","S4","5p.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","do POO","","0","","0000-00-00","0","","0"),
("13994","PKT","0","2018-02-09","5","0","8B1/Sc","S2","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp. \nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13995","PKT","0","2018-02-08","1","0","8B1/Sc","S2","5P.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("13996","PKT","0","2018-02-07","1","0","8B1/Sc","S2","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("13997","PKT","0","2018-02-06","2","0","8B1/Sc","S2","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("13998","MES","0","2018-02-09","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("13999","MES","0","2018-02-08","5","0","8A3/Sc","S5","5P.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","x","","0","","0000-00-00","0","","0"),
("14000","MES","0","2018-02-07","1","0","8A3/Sc","S5","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","x","","0","","0000-00-00","0","","0"),
("14001","MES","0","2018-02-06","1","0","8A3/Sc","S5","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","x","","0","","0000-00-00","0","","0"),
("14002","MES","0","2018-02-05","4","0","8A3/Sc","S5","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14003","SKT","0","2018-02-08","5","0","8A2/Sc","S7","5C.2","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14004","SKT","0","2018-02-09","1","0","8A2/Sc","S4","5C.3","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nscalpel \nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14005","SKT","0","2018-02-07","1","0","8A2/Sc","S4","5C.1","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anyway on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg","Volcanic\nEarthquakes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14006","SKT","0","2018-02-06","1","0","8A2/Sc","S4","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14007","SKT","0","2018-02-05","4","0","8A2/Sc","S4","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("14008","CLA","0","2018-02-09","1","0","8A1/Sc","S1","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","","","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("14009","CLA","0","2018-02-08","5","0","8A1/Sc","S1","5B.8","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at locations on the chromosome.","","","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","Extracting DNA from kiwi","","0","","0000-00-00","0","","0"),
("14010","CLA","0","2018-02-07","1","0","8A1/Sc","S1","5B.7","Halfway Review","","","1) Review of 5B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","x","","0","","0000-00-00","0","","0"),
("14011","CLA","0","2018-02-06","1","0","8A1/Sc","S1","5B.6","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","","","","","","","","0","","0000-00-00","0","","0"),
("14012","CLA","0","2018-02-05","4","0","8A1/Sc","S1","5B.5","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","","","","","","","","0","","0000-00-00","0","","0"),
("14013","LCY","0","2018-02-08","2","0","7S/Sc","S7","2b.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("14014","LCY","0","2018-02-06","5","0","7S/Sc","S7","2b.4","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("14015","PKT","0","2018-02-05","5","0","7S/Sc","S3","2b.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("14016","LCY","0","2018-02-07","2","0","7S/Sc","S7","2b.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14017","SNK","0","2018-02-05","1","0","7E/Sc","S6","2P.6","Skill focus: Analysis","","","1) What has more energy 1g of food or 1g of fuel?\n2) Amount of energy transferred can be measured in Joules.\n3) energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","X","","0","","0000-00-00","0","","0"),
("14018","SNK","0","2018-02-06","4","0","7E/Sc","S6","2P.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("14019","CLA","0","2018-02-08","2","0","7B2/Sc","S1","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","x","","0","","0000-00-00","0","","0"),
("14020","CLA","0","2018-02-07","2","0","7B2/Sc","S1","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)
\nPaper Helicopters Templates
\nPaper Clips
\nMeter Rules (3 stuck together to make a 2m one)
\nStop watches
\n
\n-----------","","0","","0000-00-00","0","","0"),
("14021","CLA","0","2018-02-06","5","0","7B2/Sc","S1","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)
\nPaper Helicopters Templates
\nPaper Clips
\nMeter Rules (3 stuck together to make a 2m one)
\nStop watches
\n
\n-----------","","0","","0000-00-00","0","","0"),
("14022","CLA","0","2018-02-05","5","0","7B2/Sc","S1","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("14023","MES","0","2018-02-08","2","0","7B1/Sc","S5","2P.5","Skill focus: Data Collection","","","1) What has more energy 1g of food or 1g of fuel?","","","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14024","MES","0","2018-02-06","5","0","7B1/Sc","S5","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14025","JCE","0","2018-02-07","2","0","7B1/Sc","S3","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("14026","MES","0","2018-02-05","5","0","7B1/Sc","S5","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14027","PKT","0","2018-02-06","4","0","7A2/Sc","S2","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14028","PKT","0","2018-02-05","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14029","JCE","0","2018-02-05","1","0","7A1/Sc","S3","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("14030","JCE","0","2018-02-06","4","0","7A1/Sc","S3","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14031","PSN","0","2018-02-06","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14032","CPD","0","2018-02-08","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14033","CPD","0","2018-02-07","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14034","LCY","0","2018-02-05","4","0","10TS/Sc","S7","","","","","","","","","","","","Collins C7.5","","0","","0000-00-00","0","","0"),
("14035","MES","0","2018-02-07","2","0","10TS/Sc","S5","","Collins B5.8","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14036","CPD","0","2018-02-09","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14037","CPD","0","2018-02-08","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14038","LCY","0","2018-02-05","3","0","10LAN/Sc","S7","","","","","","","","","","","","plasticine for modelling (can you warm it up for us?!","","0","","0000-00-00","0","","0"),
("14039","LCY","0","2018-02-09","4","0","10LAN/Sc","S7","","","","","","","","","","","","P&E Day","","0","","0000-00-00","0","","0"),
("14040","LCY","0","2018-02-09","3","0","10LAN/Sc","S7","","","","","","","","","","","","P&E day","","0","","0000-00-00","0","","0"),
("14041","LCY","0","2018-02-08","3","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14042","LCY","0","2018-02-07","5","0","10LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14043","CLA","0","2018-02-09","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14044","CLA","0","2018-02-08","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14045","PKT","0","2018-02-07","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14046","JCE","0","2018-02-08","3","0","10S/Sc-Phy","S3","P1.5.06","What is half life?","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","What is the meaning of the term \'half-life\'? \nHow is the concept of half-life related to radioactive decay? ","","","","","","","","0","","0000-00-00","0","","0"),
("14047","CLA","0","2018-02-07","5","0","10S/Sc","S1","","Collins C7.4","","","","","","","","","","Collins C7.4","","0","","0000-00-00","0","","0"),
("14048","PKT","0","2018-02-09","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14049","PKT","0","2018-02-05","4","0","10PKT/Sc","S2","P2.1.2","","","Students should be able to describe the interaction between pairs of objects which produce a force on each object. The forces to be represented as vectors.\n","1) A force is a push or pull that acts on an object due to the interaction with another object. \n2) All forces between objects are either:\n? contact forces ? the objects are physically touching\n? non-contact forces ? the objects are physically separated.\n3) Examples of contact forces include friction, air resistance, tension and normal contact force.\n4) Examples of non-contact forces are gravitational force, electrostatic force and magnetic force.\n5) Force is a vector quantity.","What examples are there of contact forces? ","","","","","","","","0","","0000-00-00","0","","0"),
("14050","PKT","0","2018-02-08","5","0","10PKT/Sc","S2","","Homework Lesson Extended Writing P1.1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14051","PKT","0","2018-02-07","2","0","10PKT/Sc","S2","P2.1.3","","","","1) Weight is the force acting on an object due to gravity. The force of gravity close to the Earth is due to the gravitational field around the Earth\n2) The weight of an object depends on the gravitational field strength at the point where the object is.\n3) (MS) The weight of an object can be calculated using the equation:\nweight = mass ? gravitational field strength\nW = m g\nweight, W, in newtons, N\nmass, m, in kilograms, kg\ngravitational field strength, g, in newtons per kilogram, N/kg (In any\ncalculation the value of the gravitational field strength (g) will be given.)\n4) The weight of an object may be considered to act at a single point\nreferred to as the object?s ?centre of mass?.\n5) The weight of an object and the mass of an object are directly\nproportional.\n6) Weight is measured using a calibrated spring-balance (a newtonmeter).","","","","","","","Newton meters, scales to calculate your mass but also scales that give your weight Newtons.","","0","","0000-00-00","0","","0"),
("14052","PKT","0","2018-02-09","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14053","MES","0","2018-02-09","3","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14054","MES","0","2018-02-08","3","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("14055","MES","0","2018-02-07","5","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("14056","MES","0","2018-02-05","3","0","10MES/Sc","S5","","","","","","","","","","","","Alysha","","0","","0000-00-00","0","","0"),
("14057","MES","0","2018-02-09","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14058","PSN","0","2018-02-05","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14059","SNK","0","2018-02-05","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14219","JCE","0","2018-02-26","0","0","Science","S3","","Collins C1.11","","","","","","","","","","Collins C1.11","","0","","0000-00-00","0","","0"),
("14220","JCE","0","2018-02-27","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14221","JCE","0","2018-02-28","0","0","Literacy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14222","JCE","0","2018-03-01","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14223","JCE","0","2018-03-02","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14224","JCE","0","2018-03-02","5","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14225","LCY","0","2018-02-26","1","0","7A3/Sc","S7","C1.9","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n\nStudents should be able to calculate the atom economy of a reaction to form a desired product from the balanced equation\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The atom economy (atom utilisation) is a measure of the amount of starting materials that end up as useful products.\n3) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100\n\n7) Students may answer questions in terms of either energy levels or shells.\n8) (HT only) explain why a particular reaction pathway is chosen to\nproduce a specified product given appropriate data such as atom\neconomy (if not calculated), yield, rate, equilibrium position and\nusefulness of by-products.\n9) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? 2 (inner most), 8 (second shell), 8 (third shell)\nWhat is atom economy a measure of? The amount of starting materials that end up as useful products.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhat is the formula for calculating percentage atom economy? The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100;\nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHydrazine (N2H4) is used in some rocket fuels. Two different methods can be used to manufacture hydrazine. The reactions are:\nNH2Cl + NH3 ? N2H4 + HCl\n2NH3 + H2O2 ? N2H4 + 2H2O\nCalculate the atom economy for each reaction\n:1) Mr of N2H4 = 32;2) Sum of Mr all reactants in equation 1= 68.5;3) (32 / 68.5 ) x100 46.7% ;4) Sum of Mr all reactants in equation 2 = 68;5) (32/68) x 100 = 47% \nHow can a chemist in a chemical plant that makes rocket fuel prevent waste products being formed? A chemist can prevent waste rocket fuel being formed by Choose a reaction with few/no other products.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","Activity 1)\nElectron Structure Sheets\n\n-----------","","0","","0000-00-00","0","","0"),
("14226","LCY","0","2018-02-27","4","0","7A3/Sc","S7","2B.12","Reflect","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14227","CPD","0","2018-02-27","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14228","JCE","0","2018-03-02","3","0","10S/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14229","CLA","0","2018-02-26","3","0","10S/Sc","S1","","Collins C7.6","","","","","","","","","","Collins C7.6","","0","","0000-00-00","0","","0"),
("14230","SNK","0","2018-02-26","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14231","SNK","0","2018-02-28","2","0","10SN/Sc","S6","","Blood glucose","","","","","","","","","","Testing urine","","0","","0000-00-00","0","","0"),
("14232","SNK","0","2018-03-01","5","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14233","SNK","0","2018-03-02","3","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14234","CLA","0","2018-03-02","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14235","PKT","0","2018-02-26","3","0","10TE/Sc","S2","","B1.6 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14236","JCE","0","2018-03-01","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14237","JCE","0","2018-02-28","5","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14238","CPD","0","2018-03-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14239","SKT","0","2018-03-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14240","CPD","0","2018-03-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14241","SNK","0","2018-03-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14242","JCE","0","2018-03-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14243","SKT","0","2018-03-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14244","CPD","0","2018-03-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14245","LCY","0","2018-03-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14246","CPD","0","2018-03-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14247","LCY","0","2018-03-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14248","LCY","0","2018-03-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14249","CPD","0","2018-03-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14250","SKT","0","2018-03-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14251","SNK","0","2018-03-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14252","PKT","0","2018-03-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14253","CPD","0","2018-03-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14254","PKT","0","2018-03-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14255","CPD","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14256","LCY","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14257","MES","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14258","SKT","0","2018-02-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14259","CPD","0","2018-02-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14260","SNK","0","2018-02-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14261","CPD","0","2018-02-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14262","SKT","0","2018-02-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14263","LCY","0","2018-02-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14264","PKT","0","2018-02-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14265","MES","0","2018-02-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14266","SKT","0","2018-02-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14267","CPD","0","2018-02-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14268","CPD","0","2018-02-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14269","CPD","0","2018-02-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14270","JCE","0","2018-02-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14271","SKT","0","2018-02-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14272","CPD","0","2018-02-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14273","CLA","0","2018-02-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14274","MES","0","2018-02-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14275","CPD","0","2018-02-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14276","JCE","0","2018-02-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14277","CPD","0","2018-02-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14278","LCY","0","2018-02-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14279","PKT","0","2018-02-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14280","SKT","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14281","CPD","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14282","LCY","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14283","JCE","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14284","CPD","0","2018-02-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14285","CPD","0","2018-02-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14286","CPD","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14287","LCY","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14288","SNK","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14289","JCE","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14290","PKT","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14291","CPD","0","2018-02-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14292","SNK","0","2018-02-27","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14293","SNK","0","2018-02-26","3","0","9SNK/Sc","S6","B1.1.05","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope\nMicroscopy technique\nResolution\nMagnification","","","","","","0","","0000-00-00","0","","0"),
("14294","SNK","0","2018-03-02","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14295","SNK","0","2018-03-01","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14060","JCE","0","2018-02-19","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14061","JCE","0","2018-02-20","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14062","JCE","0","2018-02-21","0","0","Numeracy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14063","JCE","0","2018-02-22","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14064","JCE","0","2018-02-23","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14065","JCE","0","2018-02-20","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14066","SNK","0","2018-02-19","1","0","7A3/Sc","S7","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("14067","SNK","0","2018-02-21","3","0","7A3/Sc","S7","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14068","CPD","0","2018-02-19","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14069","PKT","0","2018-02-19","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14070","PKT","0","2018-02-20","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14071","CLA","0","2018-02-23","4","0","10S/Sc","S1","","Collins C7.5","","","","","","","","","","Collins C7.5","","0","","0000-00-00","0","","0"),
("14072","SNK","0","2018-02-19","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14073","SNK","0","2018-02-21","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14074","SNK","0","2018-02-22","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14075","SNK","0","2018-02-22","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14076","SNK","0","2018-02-23","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14077","PKT","0","2018-02-23","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14078","JCE","0","2018-02-21","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14079","CPD","0","2018-02-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14080","CPD","0","2018-02-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14081","CPD","0","2018-02-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14082","CPD","0","2018-02-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14083","CPD","0","2018-02-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14084","CPD","0","2018-02-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14085","JCE","0","2018-02-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14086","SKT","0","2018-02-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14087","CPD","0","2018-02-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14088","CPD","0","2018-02-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14089","SKT","0","2018-02-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14090","CPD","0","2018-02-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14091","SNK","0","2018-02-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14092","CLA","0","2018-02-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14093","CPD","0","2018-02-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14094","CPD","0","2018-02-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14095","JCE","0","2018-02-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14096","SKT","0","2018-02-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14097","CPD","0","2018-02-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14098","LCY","0","2018-02-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14099","SKT","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14100","CPD","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14101","LCY","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14102","SNK","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14103","MES","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14104","SKT","0","2018-02-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14105","CPD","0","2018-02-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14106","SNK","0","2018-02-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14107","JCE","0","2018-02-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14108","CPD","0","2018-02-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14109","PKT","0","2018-02-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14110","SKT","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14111","CPD","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14112","LCY","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14113","MES","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14114","CPD","0","2018-02-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14115","JCE","0","2018-02-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14116","CPD","0","2018-02-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14117","JCE","0","2018-02-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14118","SKT","0","2018-02-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14119","JCE","0","2018-02-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14120","CLA","0","2018-02-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14121","SKT","0","2018-02-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14122","CPD","0","2018-02-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14123","LCY","0","2018-02-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14124","CLA","0","2018-02-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14125","SNK","0","2018-02-23","4","0","9SNK/Sc","S6","B1.1.04","What happens during cell differentiation?","","Students should be able to explain the importance of cell differentiation.","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Sub-cellular structures\nSpecialised\nDifferentiate","","","","","","0","","0000-00-00","0","","0"),
("14126","SNK","0","2018-02-20","4","0","9SNK/Sc","S6","B1.1.03","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Tissue\nOrgan\nOrgan system\nOrganism\nRoot hair cells\nPhloem\nStructure\nFunction\nAdaptation\nXylem\nSpecialised","","","Activity 9)\nObserve examples of specialised cells under a microscope","Activity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14127","SNK","0","2018-02-20","3","0","9SNK/Sc","S6","B1.1.02","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.\n","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n3) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Cell wall\nChloroplasts\nRibosomes\nPermanent vacuole\nCell sap\nCellulose\nMitochondria\nCell membrane\nFunction\nStructure\nSub-cellular\nNucleus\nCytoplasm\nOrganelle","","","","","","0","","0000-00-00","0","","0"),
("14128","SNK","0","2018-02-19","4","0","9SNK/Sc","S6","B1.1.01","What is the difference between a eukaryote and a prokaryote cell?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.\n","1) Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\n2) Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\n4) Bacterial cells (prokaryotic cells) are much smaller in comparison.\n5) In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","What is the basic structure of plant and animal (eukaryotic) cells? Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\nWhat is the structure of a bacterial cell? Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\nWhat is the order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell? The order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell is as follows: ant > red blood cell > bacterium > DNA > carbon atom.\nAre bacterial (prokaryotic) cells bigger or smaller than eukaryotic cells? :Bacterial cells (prokaryotic cells) are much smaller in comparison to eukaryotic cells.\nWhat is unique about the DNA in a bacterial cell? In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","https://www.mrcorfe.com/MemoryAnchors/a8a5ac59ff1bbb4536c89a6eefef1e99.jpg","Bacteria\nCytoplasm\nNucleus\nEukaryote\nEukaryotic\nProkaryotic\nPlasmid: Small ring of DNA\nCell wall\nCell membrane \nMagnitude\nGenetic material\nProkaryote\nDNA","","","Activity 5)\nExplore structure of animal and plant cells using models","Activity 5)\nModels of animal and place cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14129","MES","0","2018-02-23","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14130","MES","0","2018-02-22","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14131","MES","0","2018-02-21","4","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14132","MES","0","2018-02-20","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14133","MES","0","2018-02-19","3","0","9MES/Sc","S5","","Collins 1C Lesson 13","","","","","","","","","","Class set\nSmall magnesium ribbon\nBlue glass","","0","","0000-00-00","0","","0"),
("14134","JCE","0","2018-02-19","4","0","9JCE/Sc","S3","B1.1.10","B1.1 - Review","","","1)","","","","","","Activity 1)\nPiXL Independence Packs - Cell Biology\nPiXL Concept Maps - Cell Biology (Differentiated)\nPiXL Independence Pack Mark Scheme - Cell Biology","","","0","","0000-00-00","0","","0"),
("14135","JCE","0","2018-02-23","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14136","JCE","0","2018-02-20","4","0","9JCE/Sc","S3","B1.1.12","B1.1 - Progress Reflection and Intervention","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions Mark Scheme (Foundation)\nB1.1 Exam Questions Mark Scheme (Higher)\nB1.1 PiXL Intervention Resources","","","0","","0000-00-00","0","","0"),
("14137","JCE","0","2018-02-20","3","0","9JCE/Sc","S3","B1.1.11","B1.1 - Assessment","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions (Foundation)\nB1.1 Exam Questions (Higher & Separates)","","","0","","0000-00-00","0","","0"),
("14138","CLA","0","2018-02-23","3","0","9CLA/Sc","S1","","Collins C1.11","","","","","","","","","","Collins C1.11","","0","","0000-00-00","0","","0"),
("14139","CLA","0","2018-02-22","5","0","9CLA/Sc","S1","","Collins C1.9","","","","","","","","","","Collins C1.9","","0","","0000-00-00","0","","0"),
("14140","CLA","0","2018-02-21","4","0","9CLA/Sc","S1","","Collins C1.8","","","","","","","","","","Collins C1.8","","0","","0000-00-00","0","","0"),
("14141","CLA","0","2018-02-20","2","0","9CLA/Sc","S1","","Collins C1.7","","","","","","","","","","Collins C1.7","","0","","0000-00-00","0","","0"),
("14142","CLA","0","2018-02-19","3","0","9CLA/Sc","S1","","Collins C1.6","","","","","","","","","","Collins C1.6","","0","","0000-00-00","0","","0"),
("14143","SKT","0","2018-02-23","4","0","9BSK/Sc","S4","C1.1.06","The development of the model of the atom (common content with physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced. (WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the \'plum pudding\' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a +1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiement lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it \nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14144","SKT","0","2018-02-20","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14145","SKT","0","2018-02-19","4","0","9BSK/Sc","S4","C1.1.06","The development of the model of the atom (common content with physics)","","","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the \'plum pudding\' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a +1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.","","","","","","","","0","","0000-00-00","0","","0"),
("14146","CLA","0","2018-02-20","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14147","SKT","0","2018-02-21","4","0","9ASK/Sc","S4","C1.1.06","The development of the model of the atom (common content with physics)","","","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the 'plum pudding' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford's alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.","","","","","","","","0","","0000-00-00","0","","0"),
("14148","SKT","0","2018-02-20","2","0","9ASK/Sc","S4","C1.1.05","How can we separate a mixture of more that two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Chromatography\nFractional distillation\nFraction","","","","","","0","","0000-00-00","0","","0"),
("14149","SKT","0","2018-02-19","3","0","9ASK/Sc","S4","C1.1.04","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.","1) A mixture consists of two or more elements or compounds not chemically combined together. \n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Cyrstallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together. \nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures seperated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures seperated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures seperated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Solute\nSolution\nDistillation\nCondenser\nRound bottom flask\nEvaporation Dish\nCrystallisation\nPhysical processes\nChemical properties\nFiltration\nFiltrate\nResidue\nMixture","","","","","","0","","0000-00-00","0","","0"),
("14150","SKT","0","2018-02-23","3","0","9ASK/Sc","S4","C1.1.08","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 Mass number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:c) 1 Ă— 10-10 m\nExplain why Chlorine has a mass number of 35.5:The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","","","","","","","","0","","0000-00-00","0","","0"),
("14151","SKT","0","2018-02-22","5","0","9ASK/Sc","S4","C1.1.07","The development of the model of the atom 2 (common content with physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.","3) Details of experimental work supporting the Bohr model are not required.\n4) Details of Chadwick's experimental work are not required.","How did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiement lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it \nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14152","SNK","0","2018-02-22","5","0","8S/Sc","S6","5C.5","Skill Focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","1) A: ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","","","","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14153","SNK","0","2018-02-21","4","0","8S/Sc","S6","5C.4","What makes up the Earth?","","Draw a pie chart to display the Earth's composition data.","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","","","","","","","0","","0000-00-00","0","","0"),
("14154","SNK","0","2018-02-19","3","0","8S/Sc","S6","5C.3","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nscalpel \nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14155","JCE","0","2018-02-23","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14156","JCE","0","2018-02-21","5","0","8E/Sc","S3","5B.7","Halfway Review","","","1) Review of 5B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("14157","LCY","0","2018-02-22","5","0","8B2/Sc","S7","5b.3","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","","","0","","0000-00-00","0","","0"),
("14158","LCY","0","2018-02-21","4","0","8B2/Sc","S7","5b.2","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
("14159","LCY","0","2018-02-19","3","0","8B2/Sc","S7","5b.1","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("14160","PKT","0","2018-02-22","5","0","8B1/Sc","S2","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14161","PKT","0","2018-02-21","4","0","8B1/Sc","S2","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14162","PKT","0","2018-02-19","3","0","8B1/Sc","S2","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("14163","MES","0","2018-02-23","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14164","MES","0","2018-02-21","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14165","SKT","0","2018-02-23","5","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14166","SKT","0","2018-02-21","5","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14167","CLA","0","2018-02-23","5","0","8A1/Sc","S1","5B.11","5B Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","5B Progress Observation Opportunity","","0","","0000-00-00","0","","0"),
("14168","CLA","0","2018-02-21","5","0","8A1/Sc","S1","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","","Species\nReproduce\nBiodiversity\nGenetic information\nEcosystem \nGenetic variation\nStability\nGene banks\nHereditary\nPreserve\nEcosystem\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nOffspring\nOffspring.","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","x","","0","","0000-00-00","0","","0"),
("14169","LCY","0","2018-02-22","3","0","7S/Sc","S7","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("14170","LCY","0","2018-02-20","4","0","7S/Sc","S7","2b.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("14171","PKT","0","2018-02-21","1","0","7S/Sc","S2","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14172","MES","0","2018-02-21","3","0","7E/Sc","S5","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14173","MES","0","2018-02-19","1","0","7E/Sc","S5","2P.8","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvasaline \npush\n\n-----------","","0","","0000-00-00","0","","0"),
("14174","SNK","0","2018-02-23","3","0","7E/Sc","S6","2B.07","OVERLAP: Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:\nLearn Definitions of keywords\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("14175","SNK","0","2018-02-20","2","0","7E/Sc","S6","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp \n\nClass: \n250mL beakers \ndifferent food colouring \ntimers\nThermometers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14176","MES","0","2018-02-22","1","0","7E/Sc","S5","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14177","CLA","0","2018-02-22","3","0","7B2/Sc","S1","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","small cubes \nsquared graph paper\nDrawing and building pyramids of biomass","","0","","0000-00-00","0","","0"),
("14178","CLA","0","2018-02-21","1","0","7B2/Sc","S1","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","","","","","x","","0","","0000-00-00","0","","0"),
("14179","CLA","0","2018-02-20","4","0","7B2/Sc","S1","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","x","","0","","0000-00-00","0","","0"),
("14180","MES","0","2018-02-20","4","0","7B1/Sc","S5","2P.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("14181","JCE","0","2018-02-22","3","0","7B1/Sc","S3","2P.6","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("14182","JCE","0","2018-02-21","1","0","7B1/Sc","S3","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------","","0","","0000-00-00","0","","0"),
("14183","LCY","0","2018-02-23","3","0","7A3/Sc","S7","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","","","","","","","0","","0000-00-00","0","","0"),
("14184","LCY","0","2018-02-22","1","0","7A3/Sc","S7","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("14185","LCY","0","2018-02-20","2","0","7A3/Sc","S7","2b.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("14186","PKT","0","2018-02-20","2","0","7A2/Sc","S2","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14187","PKT","0","2018-02-23","3","0","7A2/Sc","S2","2C.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","","","0","","0000-00-00","0","","0"),
("14188","PKT","0","2018-02-22","1","0","7A2/Sc","S2","2C.7","Halfway Review","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("14189","PKT","0","2018-02-21","3","0","7A2/Sc","S2","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14190","PKT","0","2018-02-19","1","0","7A2/Sc","S2","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","","","","0","","0000-00-00","0","","0"),
("14191","JCE","0","2018-02-19","1","0","7A1/Sc","S3","2P.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:\nLearn Definitions of keywords\n (Crossword) and revise (Flashcards)","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("14192","JCE","0","2018-02-23","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14193","JCE","0","2018-02-20","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14194","JCE","0","2018-02-22","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14195","JCE","0","2018-02-21","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14196","CPD","0","2018-02-19","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14197","LCY","0","2018-02-23","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14198","LCY","0","2018-02-21","5","0","10TS/Sc","S7","","","","","","","","","","","","testing substances for C=C\nrange of unlabelled colourless alkanes and alkenes \nbromine water\ntest tubes\npipettes","","0","","0000-00-00","0","","0"),
("14199","MES","0","2018-02-22","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14200","MES","0","2018-02-19","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14201","CPD","0","2018-02-22","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14202","LCY","0","2018-02-23","4","0","10LAN/Sc","S7","C2.2.1","","","Students should be able to recognise substances as alkanes given their formulae in these forms.\n","1) Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \n2) Crude oil is a mixture of a very large number of compounds. \n3) Most of the compounds in crude oil are hydrocarbons, which are molecules made up of hydrogen and carbon atoms only.\n4) Most of the hydrocarbons in crude oil are hydrocarbons called alkanes. The general formula for the homologous series of alkanes is CnH2n+2\n5) The first four members of the alkanes are methane, ethane, propane and butane.\n6) Alkane molecules can be represented in the following forms: C2H6 or displayed formula.\n8) Students do not need to know the names of specific alkanes other than methane, ethane, propane and butane.","Where does crude oil come from? Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \nIs crude oil a mixture of elements, compounds or both? Crude oil is a mixture of a very large number of compounds called hydrocarbons.\nWhat is the definition of a hydrocarbon? Hydrocarbons are molecules made up of hydrogen and carbon atoms only.\nDoes crude oil contain mostly alkanes or alkenes? Most of the hydrocarbons in crude oil are hydrocarbons called alkanes\nWhat are the names of the first four members of alkanes? The first four members of the alkanes are: methane, ethane, propane and butane.\nWhat is the general formula for alkane molecules? The general formula for the homologous series of alkanes is CnH2n 2.\nWhich of the following are examples of alkanes: C4H10, C2H4, C5H12? C4H10 and C5H12 are both examples of alkanes.\nName the alkane with:\na) 1 carbon\nb) 2 carbons\nc) 3 carbons\nd) 4 carbons:a) Methane;b) Ethane;c) Propane;d) Butane","","Alkene\nAlkane\nHydrocarbon \nCarbon \nHydrogen","","","Activity 6)\nmodelling hydrocarbons","Activity 6)\nmollymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14203","LCY","0","2018-02-22","4","0","10LAN/Sc","S7","B1.6.9","","","","","","","","","","","modelling materials: \nstraws\ntoilet rolls centers \nsellotape \ntissue paper \ncard","","0","","0000-00-00","0","","0"),
("14204","LCY","0","2018-02-20","5","0","10LAN/Sc","S7","B1.6.8","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14205","LCY","0","2018-02-19","4","0","10LAN/Sc","S7","B1.6.7","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14206","CLA","0","2018-02-22","4","0","10TE/Sc","S1","","Collins P4.7","","","","","","","","","","Collins P4.7","","0","","0000-00-00","0","","0"),
("14207","CLA","0","2018-02-20","5","0","10TE/Sc","S1","","Collins P4.6","","","","","","","","","","Collins P4.6","","0","","0000-00-00","0","","0"),
("14208","CLA","0","2018-02-19","4","0","10TE/Sc","S1","","Collins P4.5","","","","","","","","","","Collins P4.5\nGraph paper\nM M's","","0","","0000-00-00","0","","0"),
("14209","JCE","0","2018-02-22","4","0","10S/Sc-Phy","S3","P1.5.07","What is radioactive contamination?","","Students should be able to compare the hazards associated with\ncontamination and irradiation.\n\n","1) Radioactive contamination is the unwanted presence of materials\ncontaining radioactive atoms on other materials. \n\n2) The hazard from\ncontamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\n3) Irradiation is the process of exposing an object to nuclear radiation. The\nirradiated object does not become radioactive.\n5) Suitable precautions must be taken to protect against any hazard that\nthe radioactive source used in the process of irradiation may present.\n6) Review of P1.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 6)\nhttps://www.mrcorfe.com/Hamble/Questions/P1.1","","","0","","0000-00-00","0","","0"),
("14210","PKT","0","2018-02-23","5","0","10PKT/Sc","S2","","Required Practical 6 Forces and extension in a spring","","","","","","","","","","Required Practical 6 Forces and extension in a spring","","0","","0000-00-00","0","","0"),
("14211","PKT","0","2018-02-22","4","0","10PKT/Sc","S2","P2.1.6","","","Students should be able to give examples of the forces involved in stretching, bending or compressing an object\n\nStudents should be able to explain why, to change the shape of an object (by stretching, bending or compressing), more than one force has to be applied ? this is limited to stationary objects only\n\nStudents should be able to describe the difference between elastic deformation and inelastic deformation caused by stretching forces.\n\nStudents should be able to describe the difference between a linear and non-linear relationship between force and extension\n\nStudents should be able to calculate a spring constant in linear cases\n\nStudents should be able to interpret data from an investigation of the relationship between force and extension\n\nStudents should be able to calculate work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:\nelastic potential energy = 0.5 ? spring constant ? extension 2\nE = 1 k e2\n\nStudents should be able to calculate relevant values of stored energy and energy transfers.\n","4) The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\n5) (MS) force = spring constant ? extension\nF = k e\nforce, F, in newtons, N\nspring constant, k, in newtons per metre, N/m extension, e, in metres, m\nThis relationship also applies to the compression of an elastic object, where\n?e? would be the compression of the object.\n6) A force that stretches (or compresses) a spring does work and elastic potential energy is stored in the spring. \n7) Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\n13) Required practical activity 6 -force and extension for a spring. (AT skills 1 and 2)","","","Collins 5.18","","","","","","0","","0000-00-00","0","","0"),
("14212","PKT","0","2018-02-22","3","0","10PKT/Sc","S2","P2.1.5","","","Students should be able to describe the energy transfer involved when work is done.\n\nStudents should be able to convert between newton-metres and joules","1) When a force causes an object to move through a distance work is done on the object. \n2) So a force does work on an object when the force causes a displacement of the object.\n3) (MS) The work done by a force on an object can be calculated using the equation:\nwork done = force ? distance moved along the line of action of the force\nW = F s\nwork done, W, in joules, J\nforce, F, in newtons, N\ndistance, s, in metres, m\n4) One joule of work is done when a force of one newton causes a displacement of one metre.\n1 joule = 1 newton-metre\n7) Work done against the frictional forces acting on an object causes a rise in\nthe temperature of the object.","","","","","","","Collins P1.3 impact craters","","0","","0000-00-00","0","","0"),
("14213","PKT","0","2018-02-21","5","0","10PKT/Sc","S2","P2.1.4","","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\n(HT only) Students should be able to describe examples of the forces acting on an isolated object or system\n\n(HT only) Students should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) (HT only) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.\n6) (HT only) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","","","","","","","Collins P5.8","","0","","0000-00-00","0","","0"),
("14214","PKT","0","2018-02-19","2","0","10PKT/Sc","S2","P2.1.3","","","","1) Weight is the force acting on an object due to gravity. The force of gravity close to the Earth is due to the gravitational field around the Earth\n2) The weight of an object depends on the gravitational field strength at the point where the object is.\n3) (MS) The weight of an object can be calculated using the equation:\nweight = mass ? gravitational field strength\nW = m g\nweight, W, in newtons, N\nmass, m, in kilograms, kg\ngravitational field strength, g, in newtons per kilogram, N/kg (In any\ncalculation the value of the gravitational field strength (g) will be given.)\n4) The weight of an object may be considered to act at a single point\nreferred to as the object?s ?centre of mass?.\n5) The weight of an object and the mass of an object are directly\nproportional.\n6) Weight is measured using a calibrated spring-balance (a newtonmeter).","","","","","","","","","0","","0000-00-00","0","","0"),
("14215","MES","0","2018-02-20","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14216","MES","0","2018-02-19","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14217","MES","0","2018-02-23","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14218","MES","0","2018-02-22","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14296","SNK","0","2018-02-28","3","0","9SNK/Sc","S6","B1.1.06","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? \nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14297","MES","0","2018-02-26","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14298","MES","0","2018-02-26","1","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14299","MES","0","2018-03-02","5","0","9MES/Sc","S5","B1.7","How are light microscopes used to observe and record eukaryotes?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n\nStudents should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Required Practical 1 - Microscopy (AT skills 1,7)\n2) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n\n\n3) (WS) Interpret data about risk factors for specified diseases.\n4) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n5) Many diseases are caused by the interaction of a number of factors.\n10) Traditionally drugs were extracted from plants and microorganisms.\n11) The heart drug digitalis originates from foxgloves.\n12) The painkiller aspirin originates from willow.\n13) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n14) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n15) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n16) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n17) Clinical trials use healthy volunteers and patients.\n\n18) Very low doses of the drug are given at the start of the clinical trial.\n19) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n20) In double blind trials, some patients are given a placebo.\n21) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Required Practical 1 - Microscopy (AT Skills 1,7):\nWhat are the different causal mechanisms that have been proven for some risk factors? \nWhat impact would a larger sample size have on the validity of the data? \nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? \nWhat are the stages involved in developing a new drug? :The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.\nWhere are drugs traditionally extracted from? :Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","Bacteria\nCytoplasm\nNucleus\nToxins\nOrgan Systems\nOrgans \nTissues\nPathogen\nVirus\nAntibiotics\nFungi\nCells: Smallest part of a living organism\nVaccination\nProkaryotic\nDNA\nMagnitude\nEukaryote\nGenetic material\nCell membrane \nProkaryote\nEukaryotic\nCell wall\nPlasmid: Small ring of DNA","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14300","MES","0","2018-02-27","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14301","PKT","0","2018-02-27","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14302","JCE","0","2018-03-02","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14303","JCE","0","2018-03-01","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14304","JCE","0","2018-02-28","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14305","JCE","0","2018-02-26","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14306","CLA","0","2018-03-02","5","0","9CLA/Sc","S1","P1.1.1","Collins P1.1","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being ?wasted?.\n\n\nStudents should be able to draw an appropriate circuit diagram using correct circuit symbols.\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n? heating\n? work done by forces\n? work done when a current flows\n\n\nStudents should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) Circuit diagrams use standard symbols (draw and intrepret) \n\n2) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) The density of a material is defined by the equation:\ndensity = mass / volume\n4) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n5) A system is an object or group of objects.\n\n6) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n7) For electrical charge to flow through a closed circuit the circuit must\ninclude a source of potential difference. \n8) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n9) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n10) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n11) Electric current is a flow of electrical charge. \n\n12) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n\n14) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n15) The size of the electric current is the rate of flow of electrical charge. \n18) Most of the mass of an atom is concentrated in the nucleus.\n19) There are changes in the way energy is stored when a system changes.\n21) Required practical 2 - thermal insulators (AT 1,5)\n22) Charge flow, current and time are linked by the equation:\ncharge flow = current ? time\n25) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n26) A current has the same value at any point in a single closed loop.\n28) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.\n29) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) \n35) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n\n36) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? :Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nName the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat is the equation used to define the density of a material:The density of a material is defined by the equation:;density = mass / volume\nWhat is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat two things can the particle model be used to explain? The particle model can be used to explain;? the different states of matter;? differences in density.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nWhat is the definition of electric current? Electric current is a flow of electrical charge. \nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.;Liquid: particles not in a pattern and close together.;Gas: particles not in a pattern and far apart.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge. \nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nWhat happens to the mass of a substance as it changes state? \nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.\nHow do changes of state differ from chemical changes? \nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) \nWhat energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being \'wasted\'.\nHow could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components. \nWhat factors affect the changes in energy involved when a system is changed? The changes in energy involved when a system is changed by:;? heating;? work done by forces;? work done when a current flows;\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20?C to 45?C? The specific heat capacity of lead is 128 J/kg ?C.:mass of lead = 500 ? 1000 = 0.5 kg temperature change = 45 ? 20 = 25?C energy needed = 0.5 ? 128 ? 25 = 1600 J (1.6 kJ)\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","","","","","Collins P1.1","","0","","0000-00-00","0","","0"),
("14307","CLA","0","2018-02-27","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14308","CLA","0","2018-02-26","2","0","9CLA/Sc","S1","","Collins C1.2","","","","","","","","","","Collins C1.2 Fractional distillation column","","0","","0000-00-00","0","","0"),
("14309","CLA","0","2018-02-26","1","0","9CLA/Sc","S1","","Collins C1.11","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to interpret or evaluate specific metal extraction processes when given appropriate information\n\nStudents should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be able to identify the substances which are oxidised or reduced in terms of gain or loss of oxygen.\n\nStudents should be able to interpret data for relative reactivity of different metals and evaluate the use of cells.\n\nStudents should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","","Metals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nWhat is an ionic compound? A giant structure of ions \nWhen a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nWhy are metals such as gold found in the Earth as the metal itself? Gold is found in the Earth as the metal itself as it is unreactive.\nHow are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat is the balanced half equation for H+?+ e??? H2:The balanced half equation is: ;2H ? 2e??? H2\nNon-metals react to form __________ charged ions:Non-metals react to form NEOATIVELY charged ions\nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nExplain why in the reaction below the mass of the products would be greater than that of the reactants\n2Mg (s) + O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nHow can metals less reactive than carbon be extracted from their oxides? Metals less reactive than carbon can be extracted from their oxides by reduction with carbon.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nDescribe the structure of a giant ionic lattice.:It is a \'lattice\' because the arrangement is a regular one and \'giant\' because the arrangement is repeated many times with large numbers of ions.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nWhat is meant by 'reduction' in terms of oxygen? Reduction involves the loss of oxygen.\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nOive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nA pippette has an uncertainty of +/-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = +/- 0.03mL\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO + C --> 2Cu + CO2\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Collins C1.11","","0","","0000-00-00","0","","0"),
("14310","SKT","0","2018-03-01","2","0","9BSK/Sc","S4","","World Book Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14311","SKT","0","2018-02-27","5","0","9BSK/Sc","S4","C1.1.08","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 Mass number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:c) 1 Ă— 10-10 m\nExplain why Chlorine has a mass number of 35.5:The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) (81 x 50) / 100 = 80.","","","","","","","","0","","0000-00-00","0","","0"),
("14312","SKT","0","2018-02-26","3","0","9BSK/Sc","S4","C1.1.07","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.","1) The relative electrical charges of the particles in atoms are:\nProton 1\nNeutron 0\nElectron -1\n2) In an atom, the number of electrons is equal to the number of protons in the nucleus. \n3) Atoms have no overall electrical charge.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each subatomic particle? The relative electrical charges of each subatomic particles are: ;Proton 1;Neutron 0;Electron -1\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has: Protons= 6 Electrons= 6 Neutrons= 6. An atom of Nitrogen has: Protons= 7 Electrons= 7 Neutrons= 7. It is the differing number of protons which makes them unique elements\nHow does the current nuclear model describe an atom? The nuclear model states that the atom is made of a small nucleus of positive protons and neutral neutrons with negatively charged electrons surrounding it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radisu is 1/10 000 of that of the atom (about 1 x 10-14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus: Made up of protons and neutrons\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton: 1;Neutron: 1;Electron: Very small\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","","","","","","","","0","","0000-00-00","0","","0"),
("14313","CLA","0","2018-02-28","3","0","9BSK/Sc","S1","C1.1.09","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? 2 (inner most), 8 (second shell), 8 (third shell)\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","","","","","","3 different coloured plastic discs to model electronic config\n(Tiddly winks)\nstructure of the atom electronic configuration templates.","","0","","0000-00-00","0","","0"),
("14314","SKT","0","2018-03-02","2","0","9BSK/Sc","S4","C1.1.10","C1.1 - Review","","","1)","","","","","","","","","0","","0000-00-00","0","","0"),
("14315","PKT","0","2018-03-02","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14316","SNK","0","2018-03-02","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14317","SKT","0","2018-03-02","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14318","SKT","0","2018-02-27","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14319","SKT","0","2018-02-26","2","0","9ASK/Sc","S4","C1.1.10","C1.1 - Review","","","1) ","","","","","","","","","0","","0000-00-00","0","","0"),
("14320","SKT","0","2018-02-26","1","0","9ASK/Sc","S4","C1.1.09","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? 2 (inner most), 8 (second shell), 8 (third shell)\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","","","","","","","","0","","0000-00-00","0","","0"),
("14321","CLA","0","2018-03-02","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14322","PKT","0","2018-03-02","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14323","MES","0","2018-03-02","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14324","SNK","0","2018-02-28","1","0","8S/Sc","S6","5C.08","Halfway Review","","Review of 5C.1","1) A: Review of 5C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5C.1","","","0","","0000-00-00","0","","0"),
("14325","SNK","0","2018-02-27","2","0","8S/Sc","S6","5C.07","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("14326","SNK","0","2018-03-02","5","0","8S/Sc","S6","5C.10","How is the Oxygen level maintained?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nsodium carbonate (?)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14327","SNK","0","2018-03-01","1","0","8S/Sc","S6","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14328","JCE","0","2018-02-26","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14329","JCE","0","2018-03-01","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14330","JCE","0","2018-03-02","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14331","JCE","0","2018-02-28","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14332","JCE","0","2018-02-27","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14333","LCY","0","2018-02-28","1","0","8B2/Sc","S7","5b.5","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","","Placenta\nLifestyle\nMaternal","","","","","","0","","0000-00-00","0","","0"),
("14334","LCY","0","2018-03-02","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14335","LCY","0","2018-02-27","2","0","8B2/Sc","S7","5b.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14336","SKT","0","2018-03-01","1","0","8B2/Sc","S4","","","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","","World Book Day","","0","","0000-00-00","0","","0"),
("14337","PKT","0","2018-03-02","5","0","8B1/Sc","S2","6B.1","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","Agar cubes 2 cm x 2 cm, 1 per group\n\nAgar cubes 1 cm x 1 cm, 1 per group\n\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n (Note 1)\n\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\nFor each group of students:\nBeaker, 100 cm3, 1\n\nWhite tile,1\n\nPaper towel, 1\n\nRuler, 1\n\nForceps, 1\n\nStopclock/ stopwatch\n\nhttp://www.nuffieldfoundation.org/practical-biology/effect-size-uptake-diffusion","","0","","0000-00-00","0","","0"),
("14338","PKT","0","2018-03-01","1","0","8B1/Sc","S2","","","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","","","","","","","Activity 2)\nRECAP FROM 3C
\n
\nDEMO:
\nAmmonia and hydrogen chloride
\nhttp://www.rsc.org/learn-chemistry/resource/res00000682/\nActivity 3)\nDilute Potassium permanganate in large beaker.
\n
\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","","","0","","0000-00-00","0","","0"),
("14339","PKT","0","2018-02-28","1","0","8B1/Sc","S2","6B.1","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("14340","PKT","0","2018-02-27","2","0","8B1/Sc","S2","5P.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14341","MES","0","2018-03-02","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14342","MES","0","2018-03-01","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14343","MES","0","2018-02-28","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14344","MES","0","2018-02-27","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14345","MES","0","2018-02-26","4","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14346","SKT","0","2018-03-01","5","0","8A2/Sc","S7","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14347","SKT","0","2018-03-02","1","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14348","SKT","0","2018-02-28","1","0","8A2/Sc","S4","","","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","","","0","","0000-00-00","0","","0"),
("14349","SKT","0","2018-02-27","1","0","8A2/Sc","S4","","","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","How did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:\n\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/\n\nNote this original plan is split over two lessons.\n\n\n\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","","","0","","0000-00-00","0","","0"),
("14350","SKT","0","2018-02-26","4","0","8A2/Sc","S4","","x","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","How did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:\n\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/\n\nNote this original plan is split over two lessons.\n\n\n\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","x","","0","","0000-00-00","0","","0"),
("14351","CLA","0","2018-03-02","1","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14352","CLA","0","2018-03-01","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14353","CLA","0","2018-02-28","1","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14354","CLA","0","2018-02-27","1","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14355","CLA","0","2018-02-26","4","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14356","LCY","0","2018-03-01","2","0","7S/Sc","S7","","","","","","","","","","","","World Book Day","","0","","0000-00-00","0","","0"),
("14357","LCY","0","2018-02-27","5","0","7S/Sc","S7","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14358","PKT","0","2018-02-26","5","0","7S/Sc","S3","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","","","","","","","0","","0000-00-00","0","","0"),
("14359","LCY","0","2018-02-28","2","0","7S/Sc","S7","2B.12","Reflect","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14360","SNK","0","2018-02-26","1","0","7E/Sc","S6","2P.12","Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14361","SNK","0","2018-02-27","4","0","7E/Sc","S6","2B.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14362","CLA","0","2018-03-01","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14363","CLA","0","2018-02-28","2","0","7B2/Sc","S1","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","","","","","","","0","","0000-00-00","0","","0"),
("14364","CLA","0","2018-02-27","5","0","7B2/Sc","S1","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("14365","CLA","0","2018-02-26","5","0","7B2/Sc","S1","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("14366","MES","0","2018-03-01","2","0","7B1/Sc","S5","","","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14367","MES","0","2018-02-27","5","0","7B1/Sc","S5","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp \n\nClass: \n250mL beakers \ndifferent food colouring \ntimers\nThermometers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14368","JCE","0","2018-02-28","2","0","7B1/Sc","S3","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14369","MES","0","2018-02-26","5","0","7B1/Sc","S5","2P.8","What direction does Heat travel?","","Review of 2P.1","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvasaline \npush\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14370","PKT","0","2018-02-27","4","0","7A2/Sc","S2","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14371","PKT","0","2018-02-26","1","0","7A2/Sc","S2","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14372","JCE","0","2018-02-26","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14373","JCE","0","2018-02-27","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14374","PSN","0","2018-02-27","1","0","7A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14375","CPD","0","2018-03-01","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14376","CPD","0","2018-02-28","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14377","LCY","0","2018-02-26","4","0","10TS/Sc","S7","","","","","","","","","","","","Required practical energy changes - demo set","","0","","0000-00-00","0","","0"),
("14378","MES","0","2018-02-28","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14379","CPD","0","2018-03-02","3","0","10TS/Sc","S4","P2.1.01","What are the different forces and how are they classified?","","Students should be able to describe the interaction between pairs of objects which produce a force on each object. The forces should be able to be represented as vectors.\n","1) A force is a push or pull that acts on an object due to the interaction with another object.\n2) All forces between objects are either:\n- contact forces - the objects are physically touching\n- non-contact forces - the objects are physically separated.\n3) Examples of contact forces include friction, air resistance, tension and normal contact force.\n4) Examples of non-contact forces are gravitational force, electrostatic force and magnetic force.\n6) Force is a vector quantity.\n7) Vector quantities have magnitude and an associated direction.\n8) A vector quantity may be represented by an arrow. The length of the arrow represents the magnitude, and the direction of the arrow the direction of the vector quantity.\n9) Scalar quantities have magnitude only.","What is a force? A force is a push or pull that acts on an object due to the interaction with another object.\nWhat is the difference between contact and non-contact forces? All forces between objects are either:;- contact forces - the objects are physically touching;- non-contact forces - the objects are physically separated.\nWhat examples are there of contact forces? Examples of contact forces include friction, air resistance, tension and normal contact force.\nWhat examples are there of non-contact forces? Examples of non-contact forces are gravitational force, electrostatic force and magnetic force.\nWhat is the interaction pair between a book being pushed across a table, where a force is produced on each object? There is an interaction pair of friction forces between a book being pushed and a table. The book experiences a backwards force - this will tend to slow it down. The table experiences a forwards force - this will tend to move it forwards with the book.\nWhat is meant by the term ‘vector quantity’ in terms of forces? A force is a vector quantity. A vector quantity is a value that has both magnitude (size) and direction.\nWhat do all vector quantities have? Vector quantities have magnitude and an associated direction.\nHow is an arrow used to represent a vector quantity? A vector quantity may be represented by an arrow. The length of the arrow represents the magnitude, and the direction of the arrow the direction of the vector quantity.\nHow are scalar quantities different from vector quantities? Scalar quantities different from vector quantities as scalar quantities have magnitude only.","","Interaction pair\nMagnetic force\nVector\nMagnitude\nScalar\nDirection\nElectrostatic force\nGravitational force\nNon-contact force\nContact force\nFriction\nAir resistance\nNormal contact force\nTension\nForce","","","","","","0","","0000-00-00","0","","0"),
("14380","CPD","0","2018-03-01","5","0","10TS/Sc","S4","","","","","","","","","","","","WBD","","0","","0000-00-00","0","","0"),
("14381","LCY","0","2018-02-26","3","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14382","LCY","0","2018-03-02","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14383","LCY","0","2018-03-02","3","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14384","LCY","0","2018-03-01","3","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14385","LCY","0","2018-02-28","5","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14386","CLA","0","2018-03-02","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14387","CLA","0","2018-03-01","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14388","PKT","0","2018-02-28","5","0","10TE/Sc","S2","B2.1.1","","","","1) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n2) Be able to explain how the structure of the nervous system is adapted to its functions.\n3) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n4) These automatic control systems may involve nervous responses or chemical responses.\n5) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n6) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n7) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","","","","","","","","0","","0000-00-00","0","","0"),
("14389","JCE","0","2018-03-01","3","0","10S/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14390","CLA","0","2018-02-28","5","0","10S/Sc","S1","","Collins C7.7","","","","","","","","","","Collins C7.7","","0","","0000-00-00","0","","0"),
("14391","PKT","0","2018-03-02","4","0","10S/Sc","S2","B2.1.1","What is homeostasis?","","","1) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n2) Be able to explain how the structure of the nervous system is adapted to its functions.\n3) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n4) These automatic control systems may involve nervous responses or chemical responses.\n5) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n6) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n7) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","","","","","","","","0","","0000-00-00","0","","0"),
("14392","PKT","0","2018-02-26","4","0","10PKT/Sc","S2","","Required Practical 6 Forces and extension in a spring","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14393","PKT","0","2018-03-01","5","0","10PKT/Sc","S2","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14394","PKT","0","2018-02-28","2","0","10PKT/Sc","S2","","P2.1 Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14395","PKT","0","2018-03-02","3","0","10PKT/Sc","S2","","P1.1 HW Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14396","MES","0","2018-03-02","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14397","MES","0","2018-03-01","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14398","MES","0","2018-02-28","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14399","MES","0","2018-02-26","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14400","MES","0","2018-03-02","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14401","PSN","0","2018-02-26","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14402","SNK","0","2018-02-26","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14403","SKT","0","2018-02-09","4","0","Line Management","TWS Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14404","SKT","0","2018-02-05","5","0","Line Management","LAN Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14405","SKT","0","2018-02-22","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14406","SKT","0","2018-03-02","4","0","Line Management","TWS Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14407","SKT","0","2018-02-26","5","0","Line Management","LAN Office","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14408","JCE","0","2018-03-05","0","0","Science","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14409","JCE","0","2018-03-06","0","0","SMSC","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14410","JCE","0","2018-03-07","0","0","Numeracy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14411","JCE","0","2018-03-08","0","0","Reading / Admin","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14412","JCE","0","2018-03-09","0","0","Assembly","Hall","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14413","JCE","0","2018-03-06","1","0","INCLUSION","L10","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14414","SNK","0","2018-03-05","1","0","7A3/Sc","S7","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14415","SNK","0","2018-03-07","3","0","7A3/Sc","S7","","WBD","","","","","","","","","","WBD","","0","","0000-00-00","0","","0"),
("14416","CPD","0","2018-03-05","3","0","7b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14417","PKT","0","2018-03-05","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14418","PKT","0","2018-03-06","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14419","CLA","0","2018-03-09","4","0","10S/Sc","S1","","Collins C7.8","","","","","","","","","","Collins C7.8","","0","","0000-00-00","0","","0"),
("14420","SNK","0","2018-03-05","2","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14421","SNK","0","2018-03-07","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14422","SNK","0","2018-03-08","3","0","10SN/Sc","S6","","RP 7 planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14423","SNK","0","2018-03-08","4","0","10SN/Sc","S6","","RP7","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14424","SNK","0","2018-03-09","5","0","10SN/Sc","S6","","RP 7 write up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14425","PKT","0","2018-03-09","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14426","JCE","0","2018-03-07","2","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14427","CPD","0","2018-03-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14428","CPD","0","2018-03-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14429","CPD","0","2018-03-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14430","CPD","0","2018-03-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14431","CPD","0","2018-03-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14432","CPD","0","2018-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14433","JCE","0","2018-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14434","SKT","0","2018-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14435","CPD","0","2018-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14436","CPD","0","2018-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14437","SKT","0","2018-03-08","1","0","IE","IE","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14438","CPD","0","2018-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14439","SNK","0","2018-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14440","CLA","0","2018-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14441","CPD","0","2018-03-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14442","CPD","0","2018-03-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14443","JCE","0","2018-03-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14444","SKT","0","2018-03-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14445","CPD","0","2018-03-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14446","LCY","0","2018-03-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14447","SKT","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14448","CPD","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14449","LCY","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14450","SNK","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14451","MES","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14452","SKT","0","2018-03-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14453","CPD","0","2018-03-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14454","SNK","0","2018-03-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14455","JCE","0","2018-03-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14456","CPD","0","2018-03-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14457","PKT","0","2018-03-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14458","SKT","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14459","CPD","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14460","LCY","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14461","MES","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14462","CPD","0","2018-03-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14463","JCE","0","2018-03-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14464","CPD","0","2018-03-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14465","JCE","0","2018-03-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14466","SKT","0","2018-03-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14467","JCE","0","2018-03-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14468","CLA","0","2018-03-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14469","SKT","0","2018-03-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14470","CPD","0","2018-03-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14471","LCY","0","2018-03-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14472","CLA","0","2018-03-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14473","SNK","0","2018-03-09","4","0","9SNK/Sc","S6","B1.1.11","B1.1 - Assessment","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions (Foundation)\nB1.1 Exam Questions (Higher & Separates)","","","0","","0000-00-00","0","","0"),
("14474","SNK","0","2018-03-06","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14475","SNK","0","2018-03-06","3","0","9SNK/Sc","S6","B1.1.10","B1.1 - Review","","Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n\n\n\n","1) ","Required Practical 2 - Microbiology (Biology only) (AT Skills 1,3,4,8):\nHow do bacteria divide? Bacteria divide by binary fission as often as once every 20 minutes.\nWhen investigating the growth of bacteria, in what two ways can they be grown? Bacteria are grown in a nutrient broth solution or as colonies on an agar gel plate.\nWhat is special about the culture of organisms required when investigating the action of disinfectants and antibiotics? Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\nHow is an uncontaminated culture of microgransims prepared? An uncontaminated culture is prepared using an aseptic technique.\nWhy are petri dishes and culture media sterilised before use? Petri dishes and culture media are sterilised before use to avoid contamination; it removes any existing microbes.\nWhy are inoculating loops, used to transfer microorganisms to media, passed through a flame? Inoculating loops, used to transfer microorganisms to the media, must be passed through a flame to sterilise them; it removes any existing microbes.\nWhy should the lid of the Petri dish should be secured with adhesive tape and stored upside down? The lid of the Petri dish should be secured with adhesive tape and stored upside down to prevent microbes from the air contaminating the culture and prevent microbes from the culture escaping. They are placed upside down to prevent condensation forming on the lid which could drip onto the agar and contaminate the culture.\nWhy should cultures be incubated at 25oC in school laboratories? Cultures are incubated at 25oC in school laboratories as it greatly reduces the chances of growing pathogens that are harmful to people at temperatures greater than 25oC.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","","","","Activity 1)\nPiXL Independence Packs - Cell Biology\nPiXL Concept Maps - Cell Biology (Differentiated)\nPiXL Independence Pack Mark Scheme - Cell Biology","","","0","","0000-00-00","0","","0"),
("14476","SNK","0","2018-03-05","4","0","9SNK/Sc","S6","B1.1.07","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14477","MES","0","2018-03-09","3","0","9MES/Sc","S5","B1.12","B1.1 - Progress Reflection and Intervention","","Students should be able to explain how the concentration of a solution in mol/dm3 is related to the mass of the solute and the volume of the solution\n","1) ","What is mol/dm3 the unit of measurement for? mol/dm3 is a measure of concentration. It tells us how many moles of that substance you would find in a dm3\nHow can we calculate the number of moles of solute in a given volume of a solution? The amount in moles of solute of solute in a given volume of solution can be calculated from its concentration in mol/dm3 multiplied by the volume of the solution in dm3.\nWhat technique can we use if the volumes of two solutions that react completely are known and the concentration of one solution is known, to calculate the concentration of the other solution.:A titration reaction\nHow can we calculate the mass of a solute within a solution if we know the concentration in mol/dm3? :mass of solute = (concentration (mol dm-3) / relative formula mass) x volume of solution (dm3)\nWhat is the difference between a strong and weak acid? A strong acid will fully dissociate from all of its H+ ions whereas a weak acid won\'t","","","","","Activity 1)\nB1.1 Exam Questions Mark Scheme (Foundation)\nB1.1 Exam Questions Mark Scheme (Higher)\nB1.1 PiXL Intervention Resources","","","0","","0000-00-00","0","","0"),
("14478","MES","0","2018-03-08","5","0","9MES/Sc","S5","B1.12","B1.1 - Progress Reflection and Intervention","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions Mark Scheme (Foundation)\nB1.1 Exam Questions Mark Scheme (Higher)\nB1.1 PiXL Intervention Resources","","","0","","0000-00-00","0","","0"),
("14479","MES","0","2018-03-07","4","0","9MES/Sc","S5","B1.11","B1.1 - Assessment","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions (Foundation)\nB1.1 Exam Questions (Higher & Separates)","","","0","","0000-00-00","0","","0"),
("14480","MES","0","2018-03-06","2","0","9MES/Sc","S5","B1.10","B1.1 - Review","","","1) ","","","","","","Activity 1)\nPiXL Independence Packs - Cell Biology\nPiXL Concept Maps - Cell Biology (Differentiated)\nPiXL Independence Pack Mark Scheme - Cell Biology","","","0","","0000-00-00","0","","0"),
("14481","MES","0","2018-03-05","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14482","JCE","0","2018-03-05","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14483","JCE","0","2018-03-09","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14484","JCE","0","2018-03-06","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14485","JCE","0","2018-03-06","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14486","CLA","0","2018-03-09","3","0","9CLA/Sc","S1","P1.1.6","x","","Students should be able to describe the main energy sources available\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n","1) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n2) A renewable energy resource is one that is being (or can be) replenished as it is used.\n3) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:;- carbon dioxide (global warming);- sulfur dioxide (acid rain);- nitrogen oxides (acid rain);- particulates (global dimming);Solar energy only releases these gases when solar cells and solar panels are being manufactered. Other than this they are renewable and release no greenhouse gases.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.","","","","","","x","","0","","0000-00-00","0","","0"),
("14487","CLA","0","2018-03-08","5","0","9CLA/Sc","S1","P1.1.5","x",""," (HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer \n","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the;equation:;efficiency = useful output energy transfer / total input energy transfer\nHow is the efficiency of an intended energy transfer increased? The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","","","","","x","","0","","0000-00-00","0","","0"),
("14488","CLA","0","2018-03-07","4","0","9CLA/Sc","S1","P1.1.4","Required practical activity 1: Specific heat capacity","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term \'specific heat capacity\'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term \'power\'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","Required practical activity 1: Specific heat capacity\nCollins P1.6","","0","","0000-00-00","0","","0"),
("14489","CLA","0","2018-03-06","2","0","9CLA/Sc","S1","P1.1.3","Energy changes in systems","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term \'specific heat capacity\'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term \'power\'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","Collins P1.4","","0","","0000-00-00","0","","0"),
("14490","CLA","0","2018-03-05","3","0","9CLA/Sc","S1","P1.1.1","Energy stores and systems Collins P1.1","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being ?wasted?.\n\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n? heating\n? work done by forces\n? work done when a current flows\n\n\nStudents should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) A system is an object or group of objects.\n\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.\n5) Required practical 2 - thermal insulators (AT 1,5)\n10) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n\n11) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.\nWhat energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being \'wasted\'.\nWhat factors affect the changes in energy involved when a system is changed? The changes in energy involved when a system is changed by:;? heating;? work done by forces;? work done when a current flows;\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20?C to 45?C? The specific heat capacity of lead is 128 J/kg ?C.:mass of lead = 500 ? 1000 = 0.5 kg temperature change = 45 ? 20 = 25?C energy needed = 0.5 ? 128 ? 25 = 1600 J (1.6 kJ)\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","","","","","Collins P1.1","","0","","0000-00-00","0","","0"),
("14491","SKT","0","2018-03-09","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14492","SKT","0","2018-03-06","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14493","SKT","0","2018-03-05","4","0","9BSK/Sc","S4","C1.1.11","C1.1 - Assessment","","","1) ","","","","","","","","","0","","0000-00-00","0","","0"),
("14494","CLA","0","2018-03-06","3","0","9BSK/Sc","S1","C1.1.12","C1.1 - Progress Reflection and Intervention","","","1) ","","","","","","","","","0","","0000-00-00","0","","0"),
("14495","SKT","0","2018-03-07","4","0","9ASK/Sc","S4","P1.1.04","Required practical activity 1: Specific heat capacity","","","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","AQA required Practical 1 - Specific Heat Capacity","","0","","0000-00-00","0","","0"),
("14496","SKT","0","2018-03-06","2","0","9ASK/Sc","S4","P1.1.03","Energy changes in systems","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term \'specific heat capacity\'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term \'power\'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","","","0","","0000-00-00","0","","0"),
("14497","SKT","0","2018-03-05","3","0","9ASK/Sc","S4","P1.1.02","Changes in energy:","","Students should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n","2) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n3) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 ? spring constant ? extension 2\n\n4) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass ? gravitational field strength ? height\n","What equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat is the equation for gravitational potential energy gained by an objesct raised aboved ground level? The equation for gravitation potential energy gained by an object above ground level is O.P.E=mass x gravitational field strength x height","","","","","","","","0","","0000-00-00","0","","0"),
("14498","SKT","0","2018-03-09","3","0","9ASK/Sc","S4","P1.1.05","Efficiency",""," (HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer \n","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the;equation:;efficiency = useful output energy transfer / total input energy transfer\nHow is the efficiency of an intended energy transfer increased? The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","","","","","","","0","","0000-00-00","0","","0"),
("14499","SKT","0","2018-03-08","5","0","9ASK/Sc","S4","P1.1.04","Required practical activity 1: Specific heat capacity","","","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","AQA required Practical 1 - Specific Heat Capacity","","0","","0000-00-00","0","","0"),
("14500","SNK","0","2018-03-08","5","0","8S/Sc","S6","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nsodium carbonate (?)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14501","SNK","0","2018-03-07","4","0","8S/Sc","S6","5C.12","Reflection","","REFLECTION","1) A: REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14502","SNK","0","2018-03-05","3","0","8S/Sc","S6","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","","","0","","0000-00-00","0","","0"),
("14503","JCE","0","2018-03-09","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14504","JCE","0","2018-03-07","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14505","LCY","0","2018-03-08","5","0","8B2/Sc","S7","5B.7","Halfway Review","","","1) Review of 5B.1","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("14506","LCY","0","2018-03-07","4","0","8B2/Sc","S7","5B.7","WBD","","Review of 2B.1","1) Review of 5B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("14507","LCY","0","2018-03-05","3","0","8B2/Sc","S7","5B.6","Can the maternal lifestyle affect the fetus?","","Review of 2B.1","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("14508","PKT","0","2018-03-08","5","0","8B1/Sc","S2","6B.3","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("14509","PKT","0","2018-03-07","4","0","8B1/Sc","S2","6B.2","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 2)\nRECAP FROM 3C
\n
\nDEMO:
\nAmmonia and hydrogen chloride
\nhttp://www.rsc.org/learn-chemistry/resource/res00000682/\nActivity 3)\nDilute Potassium permanganate in large beaker.
\n
\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","","","0","","0000-00-00","0","","0"),
("14510","PKT","0","2018-03-05","3","0","8B1/Sc","S2","6B.1","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("14511","MES","0","2018-03-09","5","0","8A3/Sc","S5","6B.1","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("14512","MES","0","2018-03-07","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14513","SKT","0","2018-03-09","5","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14514","SKT","0","2018-03-07","5","0","8A2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14515","CLA","0","2018-03-09","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14516","CLA","0","2018-03-07","5","0","8A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14517","LCY","0","2018-03-08","3","0","7S/Sc","S7","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14518","LCY","0","2018-03-06","4","0","7S/Sc","S7","","","","","","","","","","","","reflect on POO","","0","","0000-00-00","0","","0"),
("14519","PKT","0","2018-03-07","1","0","7S/Sc","S2","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14520","MES","0","2018-03-07","3","0","7E/Sc","S5","2B.08","OVERLAP: Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14521","MES","0","2018-03-05","1","0","7E/Sc","S5","2B.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("14522","SNK","0","2018-03-09","3","0","7E/Sc","S6","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14523","SNK","0","2018-03-06","2","0","7E/Sc","S6","2B.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("14524","MES","0","2018-03-08","1","0","7E/Sc","S5","2B.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("14525","CLA","0","2018-03-08","3","0","7B2/Sc","S1","3C.1","Pure substances and impure substances","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","Pure","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Suggested practical examples of pure and impure substances circus.","","0","","0000-00-00","0","","0"),
("14526","CLA","0","2018-03-07","1","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14527","CLA","0","2018-03-06","4","0","7B2/Sc","S1","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","2B Progress Observation Opportunity","","0","","0000-00-00","0","","0"),
("14528","MES","0","2018-03-06","4","0","7B1/Sc","S5","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14529","JCE","0","2018-03-08","3","0","7B1/Sc","S3","2C,1","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","","","","0","","0000-00-00","0","","0"),
("14530","JCE","0","2018-03-07","1","0","7B1/Sc","S3","2P.12","Reflection","","Complete drawings in AM:ECM Matrix","1) W: Reflection","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/Improve.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14531","LCY","0","2018-03-09","3","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14532","LCY","0","2018-03-08","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14533","LCY","0","2018-03-06","2","0","7A3/Sc","S7","2C.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14534","PKT","0","2018-03-06","2","0","7A2/Sc","S2","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the 4 stores of energy? What are the 5 flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);;The Flows of energy are ; - Light; - Sound; - Kinetic (Movement); - Electrical; - Thermal (Heat)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("14535","PKT","0","2018-03-09","3","0","7A2/Sc","S2","2P.3","How do machines use Energy?","","What has more energy 1g of food or 1g of fuel?","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processed involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14536","PKT","0","2018-03-08","1","0","7A2/Sc","S2","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14537","PKT","0","2018-03-07","3","0","7A2/Sc","S2","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14538","PKT","0","2018-03-05","1","0","7A2/Sc","S2","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14539","JCE","0","2018-03-05","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14540","JCE","0","2018-03-09","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14541","JCE","0","2018-03-06","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14542","JCE","0","2018-03-08","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14543","JCE","0","2018-03-07","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14544","CPD","0","2018-03-05","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14545","LCY","0","2018-03-09","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14546","LCY","0","2018-03-07","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14547","MES","0","2018-03-08","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14548","MES","0","2018-03-05","2","0","10TS/Sc","S5","","","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\nStudents should be able to describe examples of the forces acting on an isolated object or system.\n\nStudents should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.\n","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","How is resultant force calculated? A resultant force is calculated when a number of forces acting on an object is be replaced by a single force that has the same effect as all the original forces acting together.\nWhat is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N.:What is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N is 400 N.\nWhat forces are acting on a car that is speeding up? The forces acting on a car that is speeding up are acceleration (thrust), air resistance (drag and friction), weight and reaction force.\nWhat is the resultant force for an object in each of the two examples below?\n1) http://bit.ly/2EF4n0D\n2) http://bit.ly/2BEpgGo:The resultant force for example 1 is the object's weight and reaction forces are balanced. Therefore the resultant force is zero and the object travels at the same height. However, it is accelerating (thrust) as the vector is longer than the air resistance (drag and friction).;The resultant force for example 2 is weight as the reaction force and the weight are unbalanced, where the vector for weight is longer.\nWhat happens when two component forces at right angles act together? When two component forces at right angles act together they have the same effect as the single force.","","Resultant force\nBalanced forces\nFree body diagram","","","","","","0","","0000-00-00","0","","0"),
("14549","CPD","0","2018-03-08","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14550","LCY","0","2018-03-09","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14551","LCY","0","2018-03-08","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14552","LCY","0","2018-03-06","5","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14553","LCY","0","2018-03-05","4","0","10LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14554","CLA","0","2018-03-08","4","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14555","CLA","0","2018-03-06","5","0","10TE/Sc","S1","","Collins P4.11","","","","","","","","","","Collins P4.11","","0","","0000-00-00","0","","0"),
("14556","CLA","0","2018-03-05","4","0","10TE/Sc","S1","","Collins P4.10","","","","","","","","","","Collins P4.10","","0","","0000-00-00","0","","0"),
("14557","JCE","0","2018-03-08","4","0","10S/Sc-Phy","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14558","PKT","0","2018-03-09","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14559","PKT","0","2018-03-08","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14560","PKT","0","2018-03-08","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14561","PKT","0","2018-03-07","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14562","PKT","0","2018-03-05","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14563","MES","0","2018-03-06","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14564","MES","0","2018-03-05","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14565","MES","0","2018-03-09","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14566","MES","0","2018-03-08","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14567","DBE","0","2018-02-22","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14568","LAN","0","2018-02-19","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14569","LAN","0","2018-02-20","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14570","LAN","0","2018-02-22","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14571","LAN","0","2018-02-23","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14572","CPD","0","2018-02-22","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14573","CPD","0","2018-02-23","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14574","CPD","0","2018-02-23","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14575","MES","0","2018-02-22","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14576","MES","0","2018-02-23","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14577","MES","0","2018-02-23","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14578","PKT","0","2018-02-19","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14579","PKT","0","2018-02-20","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14580","PKT","0","2018-02-21","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14581","CPD","0","2018-02-21","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14582","DBE","0","2018-02-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14583","DBE","0","2018-02-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14584","DBE","0","2018-03-01","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14585","DBE","0","2018-03-02","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14586","LAN","0","2018-02-26","3","0","10TLK/Sc","S7","","","","","","","","","","","","Cracking hydrocarbons - class practical","","0","","0000-00-00","0","","0"),
("14587","LAN","0","2018-02-28","5","0","10TLK/Sc","S7","","","","","","","","","","","","alkene and alkane (clear ones) in test tube with stopper labelled A and B\nbromine water \nclass set","","0","","0000-00-00","0","","0"),
("14588","LAN","0","2018-03-01","3","0","10TLK/Sc","S7","","","","","","","","","","","","WBD","","0","","0000-00-00","0","","0"),
("14589","LAN","0","2018-03-02","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14590","LAN","0","2018-03-02","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14591","MES","0","2018-02-28","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14592","MES","0","2018-03-01","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14593","MES","0","2018-02-27","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14594","PKT","0","2018-02-27","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14595","PKT","0","2018-02-28","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14596","PKT","0","2018-03-01","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14597","DBE","0","2018-02-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14598","DBE","0","2018-03-08","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14599","LAN","0","2018-03-05","4","0","10TLK/Sc","S7","","endothermic and exothermic reactions","","","","","","","","","","collins C5.1 class set\nRequired practical temperature changes demo set","","0","","0000-00-00","0","","0"),
("14600","LAN","0","2018-03-06","5","0","10TLK/Sc","S7","","reaction profiles and RP","","","","","","","","","","Required practical temperature changes class practical","","0","","0000-00-00","0","","0"),
("14601","LAN","0","2018-03-08","4","0","10TLK/Sc","S7","","homework flipped learning Q","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14602","LAN","0","2018-03-09","4","0","10TLK/Sc","S7","","Reaction profiles","","","","","","","","","","collins C5.1 class set","","0","","0000-00-00","0","","0"),
("14603","CPD","0","2018-03-08","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14604","CPD","0","2018-03-09","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14605","CPD","0","2018-03-09","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14606","MES","0","2018-03-08","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14607","MES","0","2018-03-09","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14608","MES","0","2018-03-09","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14609","PKT","0","2018-03-05","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14610","PKT","0","2018-03-06","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14611","PKT","0","2018-03-07","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14612","CPD","0","2018-03-07","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14613","DBE","0","2018-03-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14614","DBE","0","2018-03-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14615","LAN","0","2018-02-21","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14616","LAN","0","2018-02-23","5","0","10TS/Sc","S7","C1.7.1","endo exo thermic reactions","","Students should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place.\n2) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n3) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n4) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n5) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n6) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n7) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n8) Some sports injury packs are based on endothermic reactions.\n11) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.\n","What does conservation of energy mean? Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction\nIn what circumstance is energy transferred to the surroundings during a chemical reaction? If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\nWhat happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat are three examples of exothermic reactions? Exothermic reactions include combustion, many oxidation reactions and neutralisation.\nWhat is an example of an exothermic reaction in everyday life? Everyday uses of exothermic reactions include self-heating cans and hand warmers.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\nWhat are three examples of endothermic reactions? Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate\nWhat is an example of an endothermic reaction in everyday life? Everyday uses of endothermic reactions are some sports injury (ice) packs.\nWhen a chemical reaction occurs and the temperature of the surroundings has increased, is it an exothermic or endothermic reaction? When a chemical reaction occurs and the temperature of the surroundings has increased the chemical reaction is exothermic.\nWhat are the advantages of using exothermic reactions for hand warmers? The advantages of using exothermic reactions for hand warmers is that they keep your hands warm because they release thermal energy to the surroundings.","","Resultant force\nBalanced forces\nFree body diagram","","","","","","0","","0000-00-00","0","","0"),
("14617","SKT","0","2018-02-22","4","0","10TS/Sc","S4","P2.1.02","How is a resultant force calculated?","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\nStudents should be able to describe examples of the forces acting on an isolated object or system.\n\nStudents should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.\n","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","How is resultant force calculated? A resultant force is calculated when a number of forces acting on an object is be replaced by a single force that has the same effect as all the original forces acting together.\nWhat is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N.:What is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N is 400 N.\nWhat forces are acting on a car that is speeding up? The forces acting on a car that is speeding up are acceleration (thrust), air resistance (drag and friction), weight and reaction force.\nWhat is the resultant force for an object in each of the two examples below?\n1) http://bit.ly/2EF4n0D\n2) http://bit.ly/2BEpgGo:The resultant force for example 1 is the object's weight and reaction forces are balanced. Therefore the resultant force is zero and the object travels at the same height. However, it is accelerating (thrust) as the vector is longer than the air resistance (drag and friction).;The resultant force for example 2 is weight as the reaction force and the weight are unbalanced, where the vector for weight is longer.\nWhat happens when two component forces at right angles act together? When two component forces at right angles act together they have the same effect as the single force.","","Resultant force\nBalanced forces\nFree body diagram","","","","","","0","","0000-00-00","0","","0"),
("14618","LAN","0","2018-02-19","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14619","LAN","0","2018-02-20","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14620","LAN","0","2018-02-21","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14621","LAN","0","2018-02-22","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14622","LAN","0","2018-02-23","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14623","LAN","0","2018-02-23","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14624","MES","0","2018-02-19","5","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14625","MES","0","2018-02-20","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14626","MES","0","2018-02-21","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14627","DBE","0","2018-02-19","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14628","DBE","0","2018-02-20","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14629","DBE","0","2018-02-21","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14630","DBE","0","2018-02-22","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14631","DBE","0","2018-02-23","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14632","LAN","0","2018-02-20","2","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14633","LAN","0","2018-02-22","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14634","LAN","0","2018-02-23","3","0","7A3/Sc","S7","2b.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14635","DBE","0","2018-02-21","1","0","7B1/Sc","S3","2P.6","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("14636","DBE","0","2018-02-22","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14637","LAN","0","2018-02-22","3","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14638","LAN","0","2018-02-20","4","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14639","SKT","0","2018-02-21","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14640","SKT","0","2018-02-23","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14641","CLA","0","2018-02-21","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14642","CLA","0","2018-02-23","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14643","LAN","0","2018-02-21","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14644","DBE","0","2018-02-19","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14645","DBE","0","2018-02-22","5","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14646","DBE","0","2018-02-21","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14647","DBE","0","2018-02-23","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14648","DBE","0","2018-02-19","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14649","DBE","0","2018-02-20","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14650","DBE","0","2018-02-20","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14651","DBE","0","2018-02-23","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14652","LAN","0","2018-02-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14653","DBE","0","2018-02-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14654","LAN","0","2018-02-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14655","LAN","0","2018-02-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14656","CPD","0","2018-02-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14657","DBE","0","2018-02-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14658","PKT","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14659","LAN","0","2018-02-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14660","DBE","0","2018-02-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14661","LAN","0","2018-02-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14662","CLA","0","2018-02-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14663","LAN","0","2018-02-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14664","DBE","0","2018-02-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14665","DBE","0","2018-02-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14666","SKT","0","2018-02-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14667","CPD","0","2018-02-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14668","LAN","0","2018-02-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14669","DBE","0","2018-02-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14670","DBE","0","2018-02-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14671","DNM","0","2018-02-26","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14672","LAN","0","2018-02-26","4","0","10TS/Sc","S7","","","","","","","","","","","","C7.8.2 class practical","","0","","0000-00-00","0","","0"),
("14673","SKT","0","2018-03-01","5","0","10TS/Sc","S4","","World Book Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14674","SKT","0","2018-03-02","3","0","10TS/Sc","S4","P2.1.02","How is a resultant force calculated?","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\nStudents should be able to describe examples of the forces acting on an isolated object or system.\n\nStudents should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","How is resultant force calculated? A resultant force is calculated when a number of forces acting on an object is be replaced by a single force that has the same effect as all the original forces acting together.\nWhat is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N.:What is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N is 400 N.\nWhat forces are acting on a car that is speeding up? The forces acting on a car that is speeding up are acceleration (thrust), air resistance (drag and friction), weight and reaction force.\nWhat is the resultant force for an object in each of the two examples below?\n1) http://bit.ly/2EF4n0D\n2) http://bit.ly/2BEpgGo:The resultant force for example 1 is the object's weight and reaction forces are balanced. Therefore the resultant force is zero and the object travels at the same height. However, it is accelerating (thrust) as the vector is longer than the air resistance (drag and friction).;The resultant force for example 2 is weight as the reaction force and the weight are unbalanced, where the vector for weight is longer.\nWhat happens when two component forces at right angles act together? When two component forces at right angles act together they have the same effect as the single force.","","Resultant force\nBalanced forces\nFree body diagram","","","","","","0","","0000-00-00","0","","0"),
("14675","LAN","0","2018-02-27","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14676","LAN","0","2018-02-28","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14677","LAN","0","2018-03-01","4","0","11LCY/Sc","S7","","","","","","","","","","","","World Book day","","0","","0000-00-00","0","","0"),
("14678","CPD","0","2018-02-27","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14679","CPD","0","2018-02-28","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14680","CPD","0","2018-03-01","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14681","DBE","0","2018-02-26","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14682","DBE","0","2018-02-27","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14683","LAN","0","2018-02-26","1","0","7A3/Sc","S7","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14684","LAN","0","2018-02-27","4","0","7A3/Sc","S7","2B.12","Reflect","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14685","DBE","0","2018-02-28","2","0","7B1/Sc","S3","","","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14686","LAN","0","2018-03-01","2","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14687","LAN","0","2018-02-28","2","0","7S/Sc","S7","2B.12","Reflect","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14688","LAN","0","2018-02-27","5","0","7S/Sc","S7","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14689","SKT","0","2018-03-02","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14690","LAN","0","2018-03-01","5","0","8A1/Sc","S7","","World Book Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14691","SKT","0","2018-02-26","4","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14692","SKT","0","2018-02-27","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14693","SKT","0","2018-02-28","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14694","CLA","0","2018-03-02","1","0","8A2/Sc","S1","6C.3","How are metals and non-metals different from each other?","","","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Examples of metals and non metals.","","0","","0000-00-00","0","","0"),
("14695","CLA","0","2018-02-26","4","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14696","CLA","0","2018-02-27","1","0","8A2/Sc","S1","6C.1","How did Mendeleev design the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","How did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:\n\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/\n\nNote this original plan is split over two lessons.\n\n\n\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","Large periodic table with examples of metals and non metals to place on it as DEMO.
\nStudent copies of the periodic table.","","0","","0000-00-00","0","","0"),
("14697","CLA","0","2018-02-28","1","0","8A2/Sc","S1","6C.2","How to do we use the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","Students copies of the periodic table.","","0","","0000-00-00","0","","0"),
("14698","CLA","0","2018-03-01","5","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14699","LAN","0","2018-03-02","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14700","LAN","0","2018-02-28","1","0","8B2/Sc","S7","5B.5","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","Placenta\nLifestyle\nMaternal","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14701","DBE","0","2018-02-27","2","0","8B2/Sc","S3","5b.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/Pregnancy.png","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14702","DBE","0","2018-03-01","1","0","8B2/Sc","S3","","","","","","","","","","","","World Book day","","0","","0000-00-00","0","","0"),
("14703","DBE","0","2018-03-02","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14704","DBE","0","2018-02-26","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14705","DBE","0","2018-02-27","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14706","DBE","0","2018-02-28","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14707","DBE","0","2018-03-01","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14708","DBE","0","2018-02-26","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14709","DBE","0","2018-02-28","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14710","DBE","0","2018-03-01","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14711","DBE","0","2018-03-02","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14712","DBE","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14713","LAN","0","2018-02-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14714","DBE","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14715","LAN","0","2018-02-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14716","SNK","0","2018-02-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14717","LAN","0","2018-02-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14718","LAN","0","2018-02-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14719","DBE","0","2018-02-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14720","LAN","0","2018-02-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14721","DBE","0","2018-02-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14722","DBE","0","2018-02-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14723","CLA","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14724","LAN","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14725","SKT","0","2018-03-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14726","DBE","0","2018-03-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14727","CPD","0","2018-03-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14728","LAN","0","2018-03-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14729","LAN","0","2018-03-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14730","CPD","0","2018-03-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14731","DBE","0","2018-03-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14732","DBE","0","2018-03-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14790","SNK","0","2018-03-12","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14733","LAN","0","2018-03-07","5","0","10TS/Sc","S7","","WBD","","","","","","","","","","WBD","","0","","0000-00-00","0","","0"),
("14734","LAN","0","2018-03-09","5","0","10TS/Sc","S7","","Reaction profiles","","","","","","","","","","temperature change required practical demo set","","0","","0000-00-00","0","","0"),
("14735","SKT","0","2018-03-08","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14736","LAN","0","2018-03-05","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14737","LAN","0","2018-03-06","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14738","LAN","0","2018-03-07","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14739","LAN","0","2018-03-08","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14740","LAN","0","2018-03-09","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14741","LAN","0","2018-03-09","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14742","MES","0","2018-03-05","5","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14743","MES","0","2018-03-06","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14744","MES","0","2018-03-07","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14745","DBE","0","2018-03-05","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14746","DBE","0","2018-03-06","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14747","DBE","0","2018-03-07","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14748","DBE","0","2018-03-08","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14749","DBE","0","2018-03-09","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14750","LAN","0","2018-03-06","2","0","7A3/Sc","S7","2C.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14751","LAN","0","2018-03-08","1","0","7A3/Sc","S7","2c.03","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","","","","0","","0000-00-00","0","","0"),
("14752","LAN","0","2018-03-09","3","0","7A3/Sc","S7","2c.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","1x demo set","","0","","0000-00-00","0","","0"),
("14753","DBE","0","2018-03-07","1","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14754","DBE","0","2018-03-08","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14755","LAN","0","2018-03-08","3","0","7S/Sc","S7","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14756","LAN","0","2018-03-06","4","0","7S/Sc","S7","","","","","","","","","","","","reflect on POO","","0","","0000-00-00","0","","0"),
("14757","SKT","0","2018-03-07","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14758","SKT","0","2018-03-09","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14759","CLA","0","2018-03-07","5","0","8A2/Sc","S1","6C.4","Skill Focus: Planning","","ENQUIRY: Planning","1) A: ENQUIRY: Planning","","","","","","","Skill Focus: Planning
\nTBC","","0","","0000-00-00","0","","0"),
("14760","CLA","0","2018-03-09","5","0","8A2/Sc","S1","6C.5","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","TBC","","0","","0000-00-00","0","","0"),
("14761","LAN","0","2018-03-07","4","0","8B2/Sc","S7","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14762","DBE","0","2018-03-05","3","0","8B2/Sc","S3","5B.6","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("14763","DBE","0","2018-03-08","5","0","8B2/Sc","S3","5B.8","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("14764","DBE","0","2018-03-07","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14765","DBE","0","2018-03-09","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14766","DBE","0","2018-03-05","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14767","DBE","0","2018-03-06","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14768","DBE","0","2018-03-06","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14769","DBE","0","2018-03-09","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14770","LAN","0","2018-03-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14771","DBE","0","2018-03-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14772","LAN","0","2018-03-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14773","LAN","0","2018-03-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14774","CPD","0","2018-03-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14775","DBE","0","2018-03-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14776","PKT","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14777","LAN","0","2018-03-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14778","DBE","0","2018-03-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14779","LAN","0","2018-03-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14780","CLA","0","2018-03-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14781","LAN","0","2018-03-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14782","DBE","0","2018-03-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14783","SKT","0","2018-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14784","DBE","0","2018-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14785","SKT","0","2018-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14786","CPD","0","2018-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14787","LAN","0","2018-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14788","DBE","0","2018-03-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14789","DBE","0","2018-03-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14791","DNM","0","2018-03-12","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14792","MES","0","2018-03-12","3","0","10MES/Sc","S5","B2.6","","","(HT only) Students should be able to describe the effect of ADH on the permeability of the kidney tubules.\n\nPeople who suffer from kidney failure may be treated by organ transplant or by using kidney dialysis. Students should know the basic principles of dialysis.\n\nStudents should be able to describe some of the biological factors affecting levels of food security\n\nStudents should be able to describe the work of Darwin and Wallace in the development of the theory of evolution by natural selection\n\n\n Students should be able to explain the impact of these ideas on biology\n\nStudents should be able to describe the steps which give rise to new species. The theory of speciation has developed over time\n\nStudents should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel?s discovery was not recognised until after his death.\n\nStudents should be able to explain how temperature, water and availability of oxygen affect the rate of decay of biological material.\n\nStudents should be able to calculate rate changes in the decay of biological material (MS)\n\n\nStudents should be able to translate information between numerical and graphical form (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scales for the axes. (MS)\n\nStudents should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","2) (HT only) The water level in the body is controlled by the hormone ADH which acts on the kidney tubules. \n3) (HT only) ADH is released by the pituitary gland when the blood is too concentrated and it causes more water to be reabsorbed back into the blood from the kidney tubules. This is controlled by negative feedback.\n6) Food security is having enough food to feed a population. \n7) Biological factors which are threatening food security include:\n? the increasing birth rate has threatened food security in some countries\n? changing diets in developed countries means scarce food resources are transported around the world\n? new pests and pathogens that affect farming\n? environmental changes that affect food production, such as widespread famine occurring in some countries if rains fail\n? the cost of agricultural inputs\n? conflicts that have arisen in some parts of the world which affect the availability of water or food.\n\n8) Sustainable methods must be found to feed all people on Earth\n9) (WS) Interpret population and food production statistics to evaluate food security.\n\n12) Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\n13) Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\n14) Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation\n22) Gardeners and farmers try to provide optimum conditions for rapid decay of waste biological material.\n23) The compost produced is used as a natural fertiliser for growing garden plants or crops.\n24) Anaerobic decay produces methane gas. Biogas generators can be used to produce methane gas as a fuel.\n25) Required Practical 10 - Rate of Decay (AT skills 1,3,4,5)\n26) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n27) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n28) Some organisms reproduce by both methods depending on the\ncircumstances.\n\n38) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n39) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n40) A dominant allele is always expressed, even if only one copy is present. \n41) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n42) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n43) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What was the impact of Darwin and Wallace\'s ideas? Darwin and Wallace\'s ideas lead to the realisation that life on earth evolved from a common organism eventually branching off into different species and families. \nWho was Alfred Russell Wallace and how is he linked to Charles Darwin? Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\nWhat is Wallace best known for? Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\nWhat was needed to support Alfred Wallace\'s work in order to lead to our current understanding of the theory of speciation? Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation.\nIn what ways do new species arise? How are these described? New species can arise as a result of:;Isolation - where two species become geographically separated each evolving in such a way that they can no longer breed. Oenetic variation - where each population has a wide range of alleles that control their characteristics;Natural selection - where the alleles which help an organism to survive are selected in each population;Speciation - where the populations become so different that successful interbreeding cannot happen anymore\nHow did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat three factors affect the rate of decay of biological material? Temperature, water and the availability of oxygen affect the rate of decay.\nName two groups of people would want to provide optimum conditions for rapid decay of waste biological material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste biological material.\nWhy would gardeners and farmers want to provide optimum conditions for rapid decay of waste material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste material to provide compost as a natural fertiliser for their soils for growing plants.\nUnder what conditions can decay produce methane that can be used a biogas fuel? Anaerobic condition can produce methane gas. Biogas generators can be used to produce methane gas as a fuel.\nWhat are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.\nWhat is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nOive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","","","","","","","0","","0000-00-00","0","","0"),
("14793","MES","0","2018-03-14","5","0","10MES/Sc","S5","B2.7","","","Students should be able to evaluate the impact of environmental\nchanges on the distribution of species in an ecosystem given appropriate information.\n\nStudents should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.\n","1) Required Practical 7 - Reaction Time (AT skills 1,3,4)\n3) Environmental changes affect the distribution of species in an ecosystem.\n4) These changes include:\n? temperature\n? availability of water\n? composition of atmospheric gases.\n5) The changes may be seasonal, geographic or caused by human\ninteraction.\n6) The efficiency of food production can be improved by restricting energy transfer from food animals to the environment. \n\n7) This can be done by limiting their movement and by controlling the temperature of their surroundings.\n8) Some animals are fed high protein foods to increase growth.\n9) (WS) Understand that some people have ethical objections to some\nmodern intensive farming methods.\n\n10) (WS) Evaluate the advantages and disadvantages of modern farming techniques.\n\n11) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n12) In the late 19th century behaviour of chromosomes during cell division was observed\n13) Our current understanding of genetics has developed over time.\n14) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n15) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance. \n16) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. \n17) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n18) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n19) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n21) Ordinary human body cells contain 23 pairs of chromosomes.\n22) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n23) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","Required Practical 7 - Reaction Time (AT skills 1,3,4):\nHow might changes to the environment affect species? Environmental changes affect the distribution of species in an ecosystem.\nWhat are potential environmental changes? Environmental changes include:; temperature; availability of water; composition of atmospheric gases.\nWhat might be some causes of changes in the environment? Environmental changes may be seasonal, geographic or caused by human interaction.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. \nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.\nHow are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","","","","","","","0","","0000-00-00","0","","0"),
("14794","MES","0","2018-03-15","3","0","10MES/Sc","S5","B2.8","","","","","","","","","","","Required Practical 7 - Reaction Time (AT skills 1,3,4)","","0","","0000-00-00","0","","0"),
("14795","MES","0","2018-03-16","3","0","10MES/Sc","S5","B2.9","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14796","MES","0","2018-03-16","4","0","10MES/Sc","S5","B2.10","","","","1) Bacteria can evolve rapidly because they reproduce at a fast rate.\n2) Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\n3) MRSA is resistant to antibiotics. There are links with this content to\nAntibiotics and painkillers.\n4) To reduce the rate of development of antibiotic resistant strains:\n? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections\n? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains\n? the agricultural use of antibiotics should be restricted.\n\n5) The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","Why can bacteria evolve rapidly? Bacteria can evolve rapidly because they reproduce at a fast rate.\nWhat are the stages of antibacterial resistance? Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\nWhat is the bacteria MRSA resistant to? MRSA is resistant to antibiotics.\nWhat should be done to reduce the rate of development of antibiotc resistant bacteria? To reduce the rate of development of antibiotic resistant strains:;? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections;? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains;? the agricultural use of antibiotics should be restricted.;\nWhy can\'t medical professionals just produce new antibiotics to fight resistant bacteria? The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","","","","","","","","0","","0000-00-00","0","","0"),
("14797","PKT","0","2018-03-14","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14798","PKT","0","2018-03-15","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14799","PKT","0","2018-03-12","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14800","PKT","0","2018-03-16","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14801","DBE","0","2018-03-15","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14802","DBE","0","2018-03-16","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14803","PKT","0","2018-03-16","4","0","10S/Sc","S2","","Required Practical 7 - Reaction Time","","","","","","","","","","Required Practical 7 - Reaction Time","","0","","0000-00-00","0","","0"),
("14804","CLA","0","2018-03-12","3","0","10S/Sc","S1","","Collins C7.9","","","","","","","","","","Collins C7.9","","0","","0000-00-00","0","","0"),
("14805","CLA","0","2018-03-14","5","0","10S/Sc","S1","","Collins C7.12","","","","","","","","","","Collins C7.12","","0","","0000-00-00","0","","0"),
("14806","SNK","0","2018-03-12","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14807","SNK","0","2018-03-14","2","0","10SN/Sc","S6","","Review lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14808","SNK","0","2018-03-15","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14809","SNK","0","2018-03-16","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14810","CLA","0","2018-03-15","3","0","10TE/Sc","S1","","Collins C4.16 Required practical Investigating what happens when aqueous solutions are electrolysed using inert electrodes","","","","","","","","","","Collins C4.16 Required practical Investigating what happens when aqueous solutions are electrolysed using inert electrodes","","0","","0000-00-00","0","","0"),
("14811","CLA","0","2018-03-16","3","0","10TE/Sc","S1","","Collins C4.16 Required practical Investigating what happens when aqueous solutions are electrolysed using inert electrodes","","","","","","","","","","Collins C4.16 Required practical Investigating what happens when aqueous solutions are electrolysed using inert electrodes","","0","","0000-00-00","0","","0"),
("14812","CLA","0","2018-03-16","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14813","PKT","0","2018-03-12","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14814","PKT","0","2018-03-14","5","0","10TE/Sc","S2","","Required Practical 7 - Reaction Time","","","","","","","","","","Required Practical 7 - Reaction Time","","0","","0000-00-00","0","","0"),
("14815","LAN","0","2018-03-12","3","0","10TLK/Sc","S7","","Landmark Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14816","LAN","0","2018-03-14","5","0","10TLK/Sc","S7","","OVERLAP: mark end of topic tests","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14817","LAN","0","2018-03-15","3","0","10TLK/Sc","S7","","Mark Schemes for Landmark","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14818","LAN","0","2018-03-16","3","0","10TLK/Sc","S7","P2.2.1","Distance, Displacement and Speed","","Students should be able to recall typical values of speed for a person\nwalking, running and cycling as well as the typical values of speed for\ndifferent types of transportation systems.\n\nStudents should be able to express a displacement in terms of both the\nmagnitude and direction.\n\nStudents should be able to make measurements of distance and time\nand then calculate speeds of objects.\n\n(MS) Students should be able to calculate average speed for non-uniform motion.\n","1) Distance is how far an object moves. Distance does not involve direction.\n\n2) Speed does not involve direction. Speed is a scalar quantity.\n3) Distance is a scalar quantity.\n4) The speed of a moving object is rarely constant. When people walk,\nrun or travel in a car their speed is constantly changing.\n5) Displacement includes both the distance an object moves, measured in a straight line from the start point to the finish point and the direction of that straight line. \n6) The speed at which a person can walk, run or cycle depends on many\nfactors including: age, terrain, fitness and distance travelled.\nTypical values may be taken as:\nwalking ? 1.5 m/s\nrunning ? 3 m/s\ncycling ? 6 m/s.\n\n7) Displacement is a vector quantity.\n10) It is not only moving objects that have varying speed. The speed of\nsound and the speed of the wind also vary.\n11) A typical value for the speed of sound in air is 330 m/s\n13) (MS) For an object moving at constant speed the distance travelled in a\nspecific time can be calculated using the equation:\ndistance travelled = speed ? time\ns = v t\ndistance, s, in metres, m\nspeed, v, in metres per second, m/s\ntime, t, in seconds, s","What is distance a measure of? How far an object moves in any direction.\nIs speed a vector or a scalar quantity and why? Speed is a scalar quantity as it only has a magnitude (size) and not a direction.\nIs distance a vector or scalar quantity and why? Distance is a scalar quanity as it only has a magnitude (size) and not a direction.\nIs the speed of a moving object normally constant? No, when people walk,;run or travel in a car their speed is constantly changing.\nWhat is displacement a meaure of? Displacement is how far away an object is in a given direction.\nWhat are the typical speeds and factors that affect the speeds of people walking, running and cycling? Walking ? 1.5 m/s;Running ? 3 m/s;Cycling ? 6 m/s. Age, terrain, fitness, and distance travelled.\nIs displacement a vector or scalar quantity and why? Displacement is a vetor quanity as it only has a magnitude (size) and a direction.\nIs the speed of sound normally constant? No, it varies as does the wind.\nWhat is the typical speed of sound in air? The speed of sound in air is 330 m/s.\nWhat is the equation used to calculate the distance travelled and what are the units involved? The equation used to calculate the distance travelled is:;distance travelled = speed ? time;s = v t;distance, s, in metres, m;speed, v, in metres per second, m/s;time, t, in seconds, s\nWhat is the equation used to calculate the average speed for non-uniform motion? Average speed = Total distance / total time taken","","","","","","x","","0","","0000-00-00","0","","0"),
("14819","LAN","0","2018-03-16","4","0","10TLK/Sc","S7","P2.2.2","Velocity","","Students should be able to explain the vector?scalar distinction as it applies to displacement, distance, velocity and speed.\n\nHT only) Students should be able to explain qualitatively, with examples, that motion in a circle involves constant speed but changing velocity.\n","1) The velocity of an object is its speed in a given direction. \n2) If an object moves along a straight line, the distance travelled can be represented by a distance?time graph.\n3) Velocity is a vector quantity.\n4) The speed of an object can be calculated from the gradient of its distance?time graph.\n6) (HT only) If an object is accelerating, its speed at any particular time can be determined by drawing a tangent and measuring the gradient of the distance?time graph at that time.","What is velocity a measure of? Velocity is a speed in a given direction.\nHow can the distance travelled by an object in a straight line be represented? If an object moves along a straight line, the distance travelled can be represented by a distance?time graph.\nIs velocity a vector or scalar quantity and why? Velocity is a vetor quanity as it only has a magnitude (size) and a direction.\nHow can the speed of an object be calculated from a distance-time graph? The speed of an object can be calculated from the gradient of its distance?time graph. The gradient of a graph is change of y divided by change in x, in this case is change in distance divided by change in time.\nWhat are the vector - scalar pairs? The vector - scalar pairs are displacement : distance;velocity : speed\nIf an object is accelerating, how can the speed at a time be determined from a distance-time graph? If an object is accelerating, its speed at any particular time can be determined by drawing a tangent and measuring the gradient of the distance?time graph at that time.;\nWhat is constant and what is changing during circular motion? speed is constant;velocity is changing as direction is changing","","","","","Activity 6)\nDemo: \nUse data logger and air track to investigate acceleration","Activity 6)\nair track \nair blower \nflags \n2 clamp stands\n\n-----------","","0","","0000-00-00","0","","0"),
("14820","LAN","0","2018-03-12","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14821","SKT","0","2018-03-15","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14822","SKT","0","2018-03-16","3","0","10TS/Sc","S4","P2.1.02","How is a resultant force calculated?","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\nStudents should be able to describe examples of the forces acting on an isolated object or system.\n\nStudents should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","How is resultant force calculated? A resultant force is calculated when a number of forces acting on an object is be replaced by a single force that has the same effect as all the original forces acting together.\nWhat is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N.:What is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N is 400 N.\nWhat forces are acting on a car that is speeding up? The forces acting on a car that is speeding up are acceleration (thrust), air resistance (drag and friction), weight and reaction force.\nWhat is the resultant force for an object in each of the two examples below?\n1) http://bit.ly/2EF4n0D\n2) http://bit.ly/2BEpgGo:The resultant force for example 1 is the object's weight and reaction forces are balanced. Therefore the resultant force is zero and the object travels at the same height. However, it is accelerating (thrust) as the vector is longer than the air resistance (drag and friction).;The resultant force for example 2 is weight as the reaction force and the weight are unbalanced, where the vector for weight is longer.\nWhat happens when two component forces at right angles act together? When two component forces at right angles act together they have the same effect as the single force.","","Resultant force\nBalanced forces\nFree body diagram","","","","Tug of war rope","","0","","0000-00-00","0","","0"),
("14823","MES","0","2018-03-14","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14824","LAN","0","2018-03-13","3","0","11LCY/Sc","S7","","Revise biology for test","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14825","LAN","0","2018-03-14","4","0","11LCY/Sc","S7","","biology component test 1","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14826","LAN","0","2018-03-15","4","0","11LCY/Sc","S7","","biology component test 2","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14827","CPD","0","2018-03-13","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14828","CPD","0","2018-03-14","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14829","CPD","0","2018-03-15","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14830","MES","0","2018-03-14","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14831","MES","0","2018-03-15","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14832","MES","0","2018-03-13","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14833","PKT","0","2018-03-13","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14834","PKT","0","2018-03-14","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14835","PKT","0","2018-03-15","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14836","CPD","0","2018-03-14","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14837","CPD","0","2018-03-15","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14838","DBE","0","2018-03-12","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14839","DBE","0","2018-03-13","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14840","PKT","0","2018-03-12","1","0","7A2/Sc","S2","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermometers\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------","","0","","0000-00-00","0","","0"),
("14841","PKT","0","2018-03-13","4","0","7A2/Sc","S2","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14842","LAN","0","2018-03-12","1","0","7A3/Sc","S7","2C.05","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14843","LAN","0","2018-03-13","4","0","7A3/Sc","S7","2c.06","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14844","MES","0","2018-03-15","2","0","7B1/Sc","S5","2C.","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","","","","0","","0000-00-00","0","","0"),
("14845","MES","0","2018-03-12","5","0","7B1/Sc","S5","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14846","DBE","0","2018-03-14","2","0","7B1/Sc","S3","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14847","MES","0","2018-03-13","5","0","7B1/Sc","S5","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14848","CLA","0","2018-03-12","5","0","7B2/Sc","S1","3C.1","Pure substances and impure substances","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","Pure","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Circus of labelled substances:
\n- Tap water
\n- Aluminium
\n- (Clean) Sand
\n- Table Salt
\n- Pond water
\n- Sea water
\n- Saline
\n- Hydrochloric Acid
\n- White chalk rock
\n- Bronze (or other alloy)
\n- Rusty nail
\n- Steel nail
\n- Distilled Witchazel
\n- Deionised water","","0","","0000-00-00","0","","0"),
("14849","CLA","0","2018-03-13","5","0","7B2/Sc","S1","3C.2","Filtration and Evaporation","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","","","","Activity 1)\nSeparate out sandy salt water.","Practical:
\nSeparate out sandy salt water
\nFunnels
\nevaporating dish
\nbeakers
\nfilter paper","","0","","0000-00-00","0","","0"),
("14850","CLA","0","2018-03-14","2","0","7B2/Sc","S1","3C.3","Distillation","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","Demo distillation of alcohol and water mixture.","","0","","0000-00-00","0","","0"),
("14851","CLA","0","2018-03-15","2","0","7B2/Sc","S1","3C.4","Chromatography Enquiry - Planning","","To be able to describe simple techniques for separating mixtures: chromotography.\nChromatography can be used to separate mixtures of coloured compounds.","1) D: To be able to describe simple techniques for separating mixtures: chromotography.\n2) D: Chromatography can be used to separate mixtures of coloured compounds.\n3) Chromatography enquiry\nPLANNING:\nAim: To found out if red M&Ms contain the banned red food dye.","What is chromatography? To be able to describe simple techniques for separating mixtures: chromotography.\nWhy would we use chromatography to identify a type of sweet? Chromatography can be used to separate mixtures of coloured compounds.","","","","","","Demo chromatography M&Ms","","0","","0000-00-00","0","","0"),
("14852","SNK","0","2018-03-13","4","0","7E/Sc","S6","2B.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("14853","SNK","0","2018-03-12","1","0","7E/Sc","S6","2B.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("14854","LAN","0","2018-03-15","2","0","7S/Sc","S7","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14855","LAN","0","2018-03-14","2","0","7S/Sc","S7","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("14856","PKT","0","2018-03-12","5","0","7S/Sc","S3","2c.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14857","LAN","0","2018-03-13","5","0","7S/Sc","S7","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","","","","0","","0000-00-00","0","","0"),
("14858","SKT","0","2018-03-16","1","0","8A1/Sc","S4","","5P Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14859","LAN","0","2018-03-15","5","0","8A1/Sc","S7","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nsodium carbonate (?)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14860","SKT","0","2018-03-12","4","0","8A1/Sc","S4","5C.07","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","Sample size\nControl variable\nConcentration\nCarbonate","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14861","SKT","0","2018-03-13","1","0","8A1/Sc","S4","5C.08","Halfway Review","","Review of 5C.1","1) A: Review of 5C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5C.1","","","0","","0000-00-00","0","","0"),
("14862","SKT","0","2018-03-14","1","0","8A1/Sc","S4","5C.09","What is in the Atmosphere?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 1)\nMagnesium Dioxide (Magnesium Oxide)\n20%vol Hydrogen Peroxide\nConical flasks\nDelivery tubes\nTest tubes\nWaste bowl\nTroughs\nMagnesium ribbon\nHcl\nMarble chips\n\n-----------\n\nActivity 2)\nManganese Dioxide\nTest tube bungs\n\n-----------\n\nActivity 3)\ntest tubes \ndecomposition of hydrogen peroxide with manganese\n\n-----------\n\nActivity 4)\nmagnesium and hydrochloric acid \ntest tubes\npipette\nboiling tubes\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest\n\n-----------","","0","","0000-00-00","0","","0"),
("14863","CLA","0","2018-03-16","1","0","8A2/Sc","S1","6C.9","What happens when acids and alkalis react?","","","1) reactions of acids with metals to produce a salt plus hydrogen\n2) reactions of acids with alkalis to produce a salt plus water","What are the products when you react an acid with an alkali? reactions of acids with alkalis to produce a salt plus water","","","","","Activity 1)\nExamine evaporated solution to find Salt.\nActivity 2)\nStudents plan method based on previous lesson.\n\nCollect gas from metal and acid.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","Sodium Hydroxide
\nHydrochloric acid
\nUniversal Indicator
\nSmall beakers","","0","","0000-00-00","0","","0"),
("14864","CLA","0","2018-03-12","4","0","8A2/Sc","S1","6C.3","How are metals and non-metals different from each other?","","Review of 6C.1","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Examples of metals and non metals in 8 trays.","","0","","0000-00-00","0","","0"),
("14865","CLA","0","2018-03-13","1","0","8A2/Sc","S1","6C.8","What happens when acids and metals react?","","","1) reactions of acids with metals to produce a salt plus hydrogen","What are the products when you react an acid with a metal? reactions of acids with metals to produce a salt plus hydrogen","","","","","Activity 1)\nCollect gas from metal and acid. Use a variety of metals.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","Observed lesson:
\n15 trays each containing Hydrochloric acid and x2 test tubes.
\nEach tray to contain magnesium and another clearly labelled metal to test from the list below:
\nHydrochloric acid
\nCalcium
\nMagnesium
\nAluminium
\nZinc
\nIron
\nTin
\nLead
\nCopper
\nRubber bungs","","0","","0000-00-00","0","","0"),
("14866","CLA","0","2018-03-14","1","0","8A2/Sc","S1","6C.4","Skill Focus: Planning","","ENQUIRY: Planning","1) A: ENQUIRY: Planning","","","","","","","Titration
\nSodium Hydroxide
\nHydrochloric acid","","0","","0000-00-00","0","","0"),
("14867","CLA","0","2018-03-15","5","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14868","MES","0","2018-03-12","4","0","8A3/Sc","S5","6B.2","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 2)\nRECAP FROM 3C
\n
\nDEMO:
\nAmmonia and hydrogen chloride
\nhttp://www.rsc.org/learn-chemistry/resource/res00000682/\nActivity 3)\nDilute Potassium permanganate in large beaker.
\n
\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","Potassium permanganate crystals\nPetri dishes\nKettles","","0","","0000-00-00","0","","0"),
("14869","MES","0","2018-03-13","1","0","8A3/Sc","S5","6B.3","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("14870","MES","0","2018-03-14","1","0","8A3/Sc","S5","6B.4","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14871","MES","0","2018-03-15","5","0","8A3/Sc","S5","6B.5","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14872","MES","0","2018-03-16","1","0","8A3/Sc","S5","6B.6","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14873","PKT","0","2018-03-13","2","0","8B1/Sc","S2","6B.4","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14874","PKT","0","2018-03-14","1","0","8B1/Sc","S2","6b.5","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14875","PKT","0","2018-03-15","1","0","8B1/Sc","S2","6B.6","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("14876","PKT","0","2018-03-16","5","0","8B1/Sc","S2","6b.7","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","","","0","","0000-00-00","0","","0"),
("14877","LAN","0","2018-03-16","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14878","LAN","0","2018-03-14","1","0","8B2/Sc","S7","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("14879","DBE","0","2018-03-13","2","0","8B2/Sc","S3","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("14880","DBE","0","2018-03-15","1","0","8B2/Sc","S3","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14881","DBE","0","2018-03-16","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14882","DBE","0","2018-03-12","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14883","DBE","0","2018-03-13","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14884","DBE","0","2018-03-14","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14885","DBE","0","2018-03-15","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14886","SNK","0","2018-03-13","2","0","8S/Sc","S6","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("14887","SNK","0","2018-03-14","1","0","8S/Sc","S6","5C.12","Reflection","","REFLECTION","1) A: REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("14888","SNK","0","2018-03-15","1","0","8S/Sc","S6","6P.01","How do magnets behave?","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles\n8) H: SET HOMEWORK: Wordsearch","","","Domains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnet: An object with magnetic poles.\nMagnet
\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnetic material: Ferrous metals, or magnets themselves.\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.\nMagnetic material
","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","Activity 1)\nbar magnets\n\n-----------\n\nActivity 3)\nfloating circular magnets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14889","SNK","0","2018-03-16","5","0","8S/Sc","S6","6P.02","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)\nBar magnets, pieces of card, wooden blocks,
\niron filings\n\n-----------\n","","0","","0000-00-00","0","","0"),
("14890","MES","0","2018-03-16","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14891","PKT","0","2018-03-16","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14892","CLA","0","2018-03-16","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14893","SKT","0","2018-03-12","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14894","SKT","0","2018-03-13","2","0","9ASK/Sc","S4","P1.1.01","Energy stores and systems","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being ?wasted?.\n\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n? heating\n? work done by forces\n? work done when a current flows\n\n\nStudents should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.","1) A system is an object or group of objects.\n\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.\n5) Required practical 2 - thermal insulators (AT 1,5)\n10) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n\n11) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.\nWhat energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being \'wasted\'.\nWhat factors affect the changes in energy involved when a system is changed? The changes in energy involved when a system is changed by:;? heating;? work done by forces;? work done when a current flows;\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20?C to 45?C? The specific heat capacity of lead is 128 J/kg ?C.:mass of lead = 500 ? 1000 = 0.5 kg temperature change = 45 ? 20 = 25?C energy needed = 0.5 ? 128 ? 25 = 1600 J (1.6 kJ)\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","","","","","","","0","","0000-00-00","0","","0"),
("14895","SKT","0","2018-03-16","5","0","9ASK/Sc","S4","","Law of Conservation of Energy","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14896","SKT","0","2018-03-12","1","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14897","SNK","0","2018-03-16","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14898","PKT","0","2018-03-16","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14899","SKT","0","2018-03-16","2","0","9BSK/Sc","S4","","Students Planning Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14900","CLA","0","2018-03-14","3","0","9BSK/Sc","S1","","C1.1 Exam Paper Review & Intervention","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","","","0","","0000-00-00","0","","0"),
("14901","SKT","0","2018-03-12","3","0","9BSK/Sc","S4","P1.1.01","Energy stores and systems","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being ?wasted?.\n\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n? heating\n? work done by forces\n? work done when a current flows\n\n\nStudents should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) A system is an object or group of objects.\n\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.\n5) Required practical 2 - thermal insulators (AT 1,5)\n10) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n\n11) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.\nWhat energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being \'wasted\'.\nWhat factors affect the changes in energy involved when a system is changed? The changes in energy involved when a system is changed by:;? heating;? work done by forces;? work done when a current flows;\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20?C to 45?C? The specific heat capacity of lead is 128 J/kg ?C.:mass of lead = 500 ? 1000 = 0.5 kg temperature change = 45 ? 20 = 25?C energy needed = 0.5 ? 128 ? 25 = 1600 J (1.6 kJ)\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","","","","","","","0","","0000-00-00","0","","0"),
("14902","SKT","0","2018-03-13","5","0","9BSK/Sc","S4","P1.1.02","Changes in energy:","","Students should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.","2) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n3) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 ? spring constant ? extension 2\n\n4) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass ? gravitational field strength ? height","What equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat is the equation for gravitational potential energy gained by an objesct raised aboved ground level? The equation for gravitation potential energy gained by an object above ground level is O.P.E=mass x gravitational field strength x height","","","","","","","","0","","0000-00-00","0","","0"),
("14903","SKT","0","2018-03-15","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14904","CLA","0","2018-03-12","1","0","9CLA/Sc","S1","","Collins P1.6 Required Practical specific heat capacity","","","","","","","","","","Collins P1.6 Required Practical specific heat capacity","","0","","0000-00-00","0","","0"),
("14905","CLA","0","2018-03-12","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14906","CLA","0","2018-03-13","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14907","CLA","0","2018-03-16","5","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("14908","DBE","0","2018-03-12","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14909","DBE","0","2018-03-14","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14910","DBE","0","2018-03-15","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14911","DBE","0","2018-03-16","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14912","PKT","0","2018-03-13","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14913","MES","0","2018-03-12","1","0","9MES/Sc","S5","B2.1","Mitosis","","Students should be able to evaluate the use of hydrogen fuel cells in comparison with rechargeable cells and batteries\n\n\nStudents should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\n\n\nStudents should be able to write the half equations for the electrode reactions in the hydrogen fuel cell. (HT only) \n\nStudents should be able to identify the cerebral cortex, cerebellum and medulla on a diagram of the brain, and describe their functions\n\n(HT only) Students should be able to explain some of the difficulties of investigating brain function and treating brain damage and disease. \n\nStudents should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n\nStudents should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n\nStudents should be able to describe some of the biological consequences of global warming\n\nStudents should be able to describe both positive and negative human interactions in an ecosystem and explain their impact on biodiversity.\n\n","1) Fuel cells are supplied by an external source of fuel (eg hydrogen) and oxygen or air. The fuel is oxidised electrochemically within the fuel cell to produce a potential difference.\n2) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n3) The overall reaction in a hydrogen fuel cell involves the oxidation of hydrogen to produce water.\n4) Be able to explain how the structure of the nervous system is adapted to its functions.\n5) Hydrogen fuel cells offer a potential alternative to rechargeable cells and batteries.\n6) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n8) These automatic control systems may involve nervous responses or chemical responses.\n9) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n11) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n? the genes they have inherited (genetic causes)\n? the conditions in which they have developed (environmental causes)\n? a combination of genes and the environment\n\n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n\n15) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n16) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.\n18) The brain controls complex behaviour. It is made of billions of interconnected neurones and has different regions that carry out different functions. \n21) (HT only) Neuroscientists have been able to map the regions of the brain to particular functions by studying patients with brain damage, electrically stimulating different parts of the brain and using MRI scanning techniques. \n22) (HT only) The complexity and delicacy of the brain makes investigating and treating brain disorders very difficult.\n24) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n25) DNA is a polymer made up of two strands forming a double helix.\n26) The DNA is contained in structures called chromosomes.\n27) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n28) The genome of an organism is the entire genetic material of that organism. \n29) The whole human genome has now been studied and this will have great importance for medicine in the future.\n31) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n32) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n33) DNA contains four bases, A, C, O and T.\n38) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n\n39) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n40) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n41) Animals often compete with each other for food, mates and territory.\n\n42) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n43) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\n46) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n47) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n48) Bacteria living in deep sea vents are extremophiles.\n49) Biodiversity is the variety of all the different species of organisms on\nearth, or within an ecosystem.\n\n50) A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\n51) The future of the human species on Earth relies on us maintaining\na good level of biodiversity. \n\n52) Many human activities are reducing\nbiodiversity and only recently have measures been taken to try to stop this reduction.\n53) (WS) Explain how waste, deforestation and global warming have an impact on biodiversity.\n\n54) Large-scale deforestation in tropical areas has occurred to:\n? provide land for cattle and rice fields\n? grow crops for biofuels.\n\n55) (WS) Evaluate the environmental implications of deforestation\n\n57) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n58) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n\n59) (WS) Explain why evidence is uncertain or incomplete in a complex context\n\n61) Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity\n62) These include:\n? breeding programmes for endangered species\n? protection and regeneration of rare habitats\n? reintroduction of field margins and hedgerows in agricultural areas\nwhere farmers grow only one type of crop\n? reduction of deforestation and carbon dioxide emissions by some governments\n? recycling resources rather than dumping waste in landfill.\n\n63) (WS) Evaluate given information about methods that can be used to tackle problems caused by human impacts on the environment.\n\n64) Explain and evaluate the conflicting pressures on maintaining biodiversity given appropriate information.\n","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nWhat are the advantages and disadvantages of using hydrogen fuel cells compared with rechargeable cells and batteries? Similarities: Both convert chemical energy directly into electrical energy using ?spontaneous? redox reactions / Both function in similar ways ? that is, there is a negative electrode where an oxidation half-reaction occurs and a positive electrode where a reduction half-reaction occurs / Both generate electrical energy using chemical energy (compounds in the cells undergo chemical reactions which send electrons into an external circuit) / Both generate a current through an external circuit, which is caused by the separation of the half-reactions part of a full redox reaction / Both are made up of an electrolyte, an anode, and a cathode.;Differences: The hydrogen oxygen fuel cell is an energy conversion device while the rechargeable battery is an energy storage device / Fuel cells can only provide electrical energy when reactants (fuel) are constantly provided to the cell (open system) / Rechargeable batteries have chemical energy stored in its parts, in a closed system, and so can provide electricity until its stored chemical energy is used up, at which point the battery requires recharging to renew its chemical energy level. Fuel cells do not require charging, as long as reactants continue to be provided, whereas rechargeable batteries must be charged, which takes the battery out of operation for a period of time / Fuel cells can provide electrical energy for a much longer duration, whereas rechargeable batteries can only provide energy in an intermittent schedule / Electrodes in fuel cells are made of porous material, which allows for the free movement of hydrogen, oxygen, and water, while those in rechargeable batteries are made of solid metal compounds and lattices / Currently, fuel cells are much more expensive than rechargeable batteries, due to the high prices of its individual parts, such as the platinum catalysts / Currently, fuel cells are far larger than rechargeable batteries / Fuel cells are able to generate a large amount of electrical energy, much greater than that produced by rechargeable batteries.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nHow does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;? the genes they have inherited (genetic causes);? the conditions in which they have developed (environmental causes);? a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nHow often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.\nHow is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nuclues? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? :The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and O.\nWhat are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.\nWhat two main reasons are there for large-scale deforestation in tropical areas? ","","","","","","X","","0","","0000-00-00","0","","0"),
("14914","MES","0","2018-03-12","2","0","9MES/Sc","S5","B2.1","Mitosis","","Students should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n\n Students should understand why reflex actions are important.\n\nStudents should be able to relate the structures of the eye to their functions. This includes accommodation to focus on near or distant objects. \n\nStudents should be able to identify the following structures on a diagram of the eye and explain how their structure is related to their function: ? retina\n? optic nerve\n? sclera\n? cornea\n? iris\n? ciliary muscles\n? suspensory ligaments.\n\n\nStudents should be able to interpret ray diagrams, showing these two common defects of the eye and demonstrate how spectacle lenses correct them.\n\nStudents should be able to evaluate the different hormonal and non-\nhormonal methods of contraception.\n\n\nStudents should be able to explain the roles of thyroxine and adrenaline in the body (HT only) \n\nStudents should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n\nStudents should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n\n5) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n\n6) Pollution kills plants and animals which can reduce biodiversity\n7) stimulus --> receptor --> coordinator --> effector --> response\n9) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n\n11) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n\n12) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n14) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n15) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n16) Be able to translate information about reaction times between numerical and graphical forms.\n18) Another adaptation is to dim light - The eye is a sense organ containing receptors sensitive to light intensity and colour.\n20) Accommodation is the process of changing the shape of the lens to focus on near or distant objects.\n21) To focus on a near object: ???? the ciliary muscles contract ?? the suspensory ligaments loosen ???? the lens is then thicker and refracts light rays strongly. To focus on a distant object:\n? the ciliary muscles relax\n? the suspensory ligaments are pulled tight\n? the lens is then pulled thin and only slightly refracts light rays.\n\n22) Two common defects of the eyes are myopia (short sightedness) and hyperopia (long sightedness) in which rays of light do not focus on the retina. ??? \n23) Oenerally these defects are treated with spectacle lenses which refract the light rays so that they do focus on the retina. \n24) New technologies now include hard and soft contact lenses, laser surgery to change the shape of the cornea and a replacement lens in the eye.\n27) Fertility can be controlled by a variety of hormonal and non-hormonal methods of contraception.\n28) These include:\n? oral contraceptives that contain hormones to inhibit FSH production so that no eggs mature\n? injection, implant or skin patch of slow release progesterone to inhibit the maturation and release of eggs for a number of months or years\n? barrier methods such as condoms and diaphragms which prevent the\nsperm reaching an egg\n? intrauterine devices which prevent the implantation of an embryo or\nrelease a hormone\n? spermicidal agents which kill or disable sperm\n? abstaining from intercourse when an egg may be in the oviduct\n? surgical methods of male and female sterilisation. Explain everyday and technological applications of science; evaluate associated personal, social, economic and environmental implications; and make\ndecisions based on the evaluation of evidence and arguments.\n29) Explain the use of hormones in modern\nreproductive technologies to treat infertility\n30) Explain how developments of\nmicroscopy techniques have enabled IVF treatments to develop.\n\n\n31) This includes giving FSH and LH in a ?fertility drug? to a woman. She may then become pregnant in the normal way. (HT only) \n32) Understand social and ethical issues associated with IVF treatments (HT only) \n33) Although fertility treatment gives a woman the chance to have a baby of her own:\n? it is very emotionally and physically stressful\n? the success rates are not high\n? it can lead to multiple births which are a risk to both the babies and the mother. (HT only)\n34) Evaluate from the perspective of patients and doctors the methods of treating infertility.\n(HT only) \n36) Adrenaline is produced by the adrenal glands in times of fear or stress. It increases the heart rate and boosts the delivery of oxygen and glucose to the brain and muscles, preparing the body for ?flight or fight?. (HT only) \n37) Thyroxine from the thyroid gland stimulates the basal metabolic rate. It plays an important role in growth and development. (HT only)\n38) Thyroxine levels are controlled by negative feedback. Interpret and explain simple diagrams of negative feedback control. (HT only) \n40) A sequence of three bases is the code for a particular amino acid.\n41) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n42) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n43) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n45) explain simply how the structure of DNA affects the protein made\n46) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n47) (HT only) In the complementary strands a C is always linked to a O on the opposite strand and a T to an A.\n48) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n50) (HT only) Proteins are synthesised on ribosomes, according to a template. \n51) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n52) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\n54) Abiotic (non-living) factors which can affect a community are:\n? light intensity\n? temperature\n? moisture levels\n? soil pH and mineral content\n? wind intensity and direction\n? carbon dioxide levels for plants\n? oxygen levels for aquatic animals.\n\n57) Biotic (living) factors which can affect a community are:\n? availability of food\n? new predators arriving\n? new pathogens\n? one species outcompeting another so the numbers are no longer sufficient to breed.\n\n59) (WS) Extract and interpret information from charts, graphs and tables\n61) Feeding relationships within a community can be represented by food chains. \n\n62) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n66) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n67) Consumers that kill and eat other animals are predators, and those eaten are prey.\n68) In a stable community the numbers of predators and prey rise and fall in cycles.\n69) Interpret graphs used to model predator-prey cycles (WS) (MS)","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\nWhat is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the differnet parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units. \nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? :A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? C to O and A to T\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? on ribosomes \nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a protiens unique shape important? :This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\nWhat is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","X","","0","","0000-00-00","0","","0"),
("14915","MES","0","2018-03-13","2","0","9MES/Sc","S5","B2.2","","","Students should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n\n Students should understand why reflex actions are important.\n\nStudents should be able to relate the structures of the eye to their functions. This includes accommodation to focus on near or distant objects. \n\nStudents should be able to identify the following structures on a diagram of the eye and explain how their structure is related to their function: ? retina\n? optic nerve\n? sclera\n? cornea\n? iris\n? ciliary muscles\n? suspensory ligaments.\n\n\nStudents should be able to interpret ray diagrams, showing these two common defects of the eye and demonstrate how spectacle lenses correct them.\n\nStudents should be able to evaluate the different hormonal and non-\nhormonal methods of contraception.\n\n\nStudents should be able to explain the roles of thyroxine and adrenaline in the body (HT only) \n\nStudents should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n\nStudents should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n\n5) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n\n6) Pollution kills plants and animals which can reduce biodiversity\n7) stimulus --> receptor --> coordinator --> effector --> response\n9) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n\n11) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n\n12) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n14) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n15) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n16) Be able to translate information about reaction times between numerical and graphical forms.\n18) Another adaptation is to dim light - The eye is a sense organ containing receptors sensitive to light intensity and colour.\n20) Accommodation is the process of changing the shape of the lens to focus on near or distant objects.\n21) To focus on a near object: ???? the ciliary muscles contract ?? the suspensory ligaments loosen ???? the lens is then thicker and refracts light rays strongly. To focus on a distant object:\n? the ciliary muscles relax\n? the suspensory ligaments are pulled tight\n? the lens is then pulled thin and only slightly refracts light rays.\n\n22) Two common defects of the eyes are myopia (short sightedness) and hyperopia (long sightedness) in which rays of light do not focus on the retina. ??? \n23) Oenerally these defects are treated with spectacle lenses which refract the light rays so that they do focus on the retina. \n24) New technologies now include hard and soft contact lenses, laser surgery to change the shape of the cornea and a replacement lens in the eye.\n27) Fertility can be controlled by a variety of hormonal and non-hormonal methods of contraception.\n28) These include:\n? oral contraceptives that contain hormones to inhibit FSH production so that no eggs mature\n? injection, implant or skin patch of slow release progesterone to inhibit the maturation and release of eggs for a number of months or years\n? barrier methods such as condoms and diaphragms which prevent the\nsperm reaching an egg\n? intrauterine devices which prevent the implantation of an embryo or\nrelease a hormone\n? spermicidal agents which kill or disable sperm\n? abstaining from intercourse when an egg may be in the oviduct\n? surgical methods of male and female sterilisation. Explain everyday and technological applications of science; evaluate associated personal, social, economic and environmental implications; and make\ndecisions based on the evaluation of evidence and arguments.\n29) Explain the use of hormones in modern\nreproductive technologies to treat infertility\n30) Explain how developments of\nmicroscopy techniques have enabled IVF treatments to develop.\n\n\n31) This includes giving FSH and LH in a ?fertility drug? to a woman. She may then become pregnant in the normal way. (HT only) \n32) Understand social and ethical issues associated with IVF treatments (HT only) \n33) Although fertility treatment gives a woman the chance to have a baby of her own:\n? it is very emotionally and physically stressful\n? the success rates are not high\n? it can lead to multiple births which are a risk to both the babies and the mother. (HT only)\n34) Evaluate from the perspective of patients and doctors the methods of treating infertility.\n(HT only) \n36) Adrenaline is produced by the adrenal glands in times of fear or stress. It increases the heart rate and boosts the delivery of oxygen and glucose to the brain and muscles, preparing the body for ?flight or fight?. (HT only) \n37) Thyroxine from the thyroid gland stimulates the basal metabolic rate. It plays an important role in growth and development. (HT only)\n38) Thyroxine levels are controlled by negative feedback. Interpret and explain simple diagrams of negative feedback control. (HT only) \n40) A sequence of three bases is the code for a particular amino acid.\n41) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n42) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n43) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n45) explain simply how the structure of DNA affects the protein made\n46) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n47) (HT only) In the complementary strands a C is always linked to a O on the opposite strand and a T to an A.\n48) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n50) (HT only) Proteins are synthesised on ribosomes, according to a template. \n51) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n52) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\n54) Abiotic (non-living) factors which can affect a community are:\n? light intensity\n? temperature\n? moisture levels\n? soil pH and mineral content\n? wind intensity and direction\n? carbon dioxide levels for plants\n? oxygen levels for aquatic animals.\n\n57) Biotic (living) factors which can affect a community are:\n? availability of food\n? new predators arriving\n? new pathogens\n? one species outcompeting another so the numbers are no longer sufficient to breed.\n\n59) (WS) Extract and interpret information from charts, graphs and tables\n61) Feeding relationships within a community can be represented by food chains. \n\n62) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n66) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n67) Consumers that kill and eat other animals are predators, and those eaten are prey.\n68) In a stable community the numbers of predators and prey rise and fall in cycles.\n69) Interpret graphs used to model predator-prey cycles (WS) (MS)","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\nWhat is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the differnet parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units. \nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? :A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? C to O and A to T\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? on ribosomes \nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a protiens unique shape important? :This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\nWhat is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","X","","0","","0000-00-00","0","","0"),
("14916","MES","0","2018-03-16","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14917","SNK","0","2018-03-12","3","0","9SNK/Sc","S6","B1.1.12","B1.1 - Progress Reflection and Intervention","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions Mark Scheme (Foundation)\nB1.1 Exam Questions Mark Scheme (Higher)\nB1.1 PiXL Intervention Resources","","","0","","0000-00-00","0","","0"),
("14918","SNK","0","2018-03-13","5","0","9SNK/Sc","S6","B1.2.01","","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules. \n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle. \n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? :In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","","","","","X","","0","","0000-00-00","0","","0"),
("14919","SNK","0","2018-03-14","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14920","SNK","0","2018-03-15","2","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("14921","SNK","0","2018-03-16","2","0","9SNK/Sc","S6","","","","","","","","","","","","Diffusion demo?","","0","","0000-00-00","0","","0"),
("14922","CPD","0","2018-03-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14923","PKT","0","2018-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14924","DBE","0","2018-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14925","SNK","0","2018-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14926","LAN","0","2018-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14927","CPD","0","2018-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14928","CPD","0","2018-03-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14929","CPD","0","2018-03-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14930","DBE","0","2018-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14931","LAN","0","2018-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14932","SKT","0","2018-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14933","CPD","0","2018-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14934","PKT","0","2018-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14935","SNK","0","2018-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14936","LAN","0","2018-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14937","CPD","0","2018-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14938","LAN","0","2018-03-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14939","CPD","0","2018-03-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14940","DBE","0","2018-03-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14941","MES","0","2018-03-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14942","CLA","0","2018-03-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14943","SKT","0","2018-03-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14944","CPD","0","2018-03-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14945","DBE","0","2018-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14946","CPD","0","2018-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14947","CPD","0","2018-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14948","SKT","0","2018-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14949","CPD","0","2018-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14950","MES","0","2018-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14951","PKT","0","2018-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14952","LAN","0","2018-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14953","SKT","0","2018-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14954","DBE","0","2018-03-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14955","DBE","0","2018-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14956","SNK","0","2018-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14957","SKT","0","2018-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14958","CPD","0","2018-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14959","MES","0","2018-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14960","CLA","0","2018-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14961","LAN","0","2018-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14962","SKT","0","2018-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14963","CPD","0","2018-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14964","PKT","0","2018-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14965","CPD","0","2018-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14966","PKT","0","2018-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14967","SNK","0","2018-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14968","SKT","0","2018-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14969","DBE","0","2018-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14970","CPD","0","2018-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14971","LAN","0","2018-03-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14972","CPD","0","2018-03-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14973","LAN","0","2018-03-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14974","CPD","0","2018-03-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14975","CPD","0","2018-03-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14976","DBE","0","2018-03-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14977","SNK","0","2018-03-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14978","SKT","0","2018-03-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14979","CPD","0","2018-03-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14980","DBE","0","2018-03-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14981","CPD","0","2018-03-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14982","MES","0","2018-03-23","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14983","MES","0","2018-03-19","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14984","MES","0","2018-03-20","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14985","MES","0","2018-03-22","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14986","PKT","0","2018-03-22","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14987","PKT","0","2018-03-23","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14988","PKT","0","2018-03-19","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14989","PKT","0","2018-03-21","5","0","10PKT/Sc","S2","","Osmosis Required Practical","","","","","","","","","","Osmosis Required Practical","","0","","0000-00-00","0","","0"),
("14990","PKT","0","2018-03-22","3","0","10PKT/Sc","S2","","Osmosis Required Practical","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14991","DBE","0","2018-03-22","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14992","PKT","0","2018-03-19","4","0","10S/Sc","S2","","Required Practical 7 - Reaction Time","","","","","","","","","","Required Practical 7 - Reaction Time","","0","","0000-00-00","0","","0"),
("14993","PKT","0","2018-03-20","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14994","CLA","0","2018-03-23","4","0","10S/Sc","S1","","Collins C7.9","","","","","","","","","","Collins C7.9","","0","","0000-00-00","0","","0"),
("14995","SNK","0","2018-03-19","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("14996","SNK","0","2018-03-21","5","0","10SN/Sc","S6","C1.7.01","","","Students should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place.\n2) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n3) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n4) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n5) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n6) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n7) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n8) Some sports injury packs are based on endothermic reactions.\n11) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.\n","What does conservation of energy mean? Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction\nIn what circumstance is energy transferred to the surroundings during a chemical reaction? If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\nWhat happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat are three examples of exothermic reactions? Exothermic reactions include combustion, many oxidation reactions and neutralisation.\nWhat is an example of an exothermic reaction in everyday life? Everyday uses of exothermic reactions include self-heating cans and hand warmers.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\nWhat are three examples of endothermic reactions? Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate\nWhat is an example of an endothermic reaction in everyday life? Everyday uses of endothermic reactions are some sports injury (ice) packs.\nWhen a chemical reaction occurs and the temperature of the surroundings has increased, is it an exothermic or endothermic reaction? When a chemical reaction occurs and the temperature of the surroundings has increased the chemical reaction is exothermic.\nWhat are the advantages of using exothermic reactions for hand warmers? The advantages of using exothermic reactions for hand warmers is that they keep your hands warm because they release thermal energy to the surroundings.","","Chemical reaction: Where bonds between atoms are broken, the atoms are rearranged and new bonds are formed to make a new product.\nExothermic: Chemical reaction that results in the surroundings temperature increasing\nEndothermic: Chemical reaction that results in the surroundings temperature decreasing","","","Activity 1)\nInvestigating the energy change of reactions","Activity 1)\nCollins C5.1\n\n-----------\nEndothermic exothermic \n-----------","","0","","0000-00-00","0","","0"),
("14997","SNK","0","2018-03-22","3","0","10SN/Sc","S6","C1.7.02","What are reaction pathways?","","Students should be able to draw simple reaction profiles (energy level diagrams) for exothermic and endothermic reactions showing the relative energies of reactants and products, the activation energy and the overall energy change, with a curved line to show the energy as the reaction proceeds\n\nStudents should be able to use reaction profiles to identify reactions as exothermic or endothermic \n\nStudents should be able to explain that the activation energy is the energy needed for a reaction to occur.\n\nStudents should be able to calculate the energy transferred in chemical reactions using bond energies supplied.\n","1) Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy. \n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\n7) During a chemical reaction energy must be supplied to break bonds in the reactants\n and energy is released when bonds in the products are formed.\n8) The energy needed to break bonds and the energy released when bonds are formed can be calculated from bond energies.\n9) The difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\n10) In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\n11) In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.","What would the simple reaction profile for an exothermic reaction look like? \nWhat happens in an exothermic reaction in terms of energy, bond making and bond breaking? In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\nWhat is the energy transferred in the following chemical reaction: hydrogen bromide decomposing to form hydrogen and bromine?\n2 ? (H?Br) ? H?H + Br?Br\nThe bond energies relevant to this reaction are shown below:\nH?Br 366 kJ/mol\nH?H 436 kJ/mol\nBr?Br 193kJ/mol:1.Energy in = 2 ? 366 = 732 kJ/mole;2.Energy out = 436 + 193 = 629 kJ/mole;3.Energy change = in ? out = 732 ? 629 = +103 kJ/mole;The energy change is positive, showing that energy is taken in from the surroundings in an endothermic reaction.","","Activation Energy: Amount of energy required for a reaction to occur\nEnergy \nReaction Profile","","","Activity 1)\nPlan Required Practical for Energy Changes","Activity 1)\nPractical planning sheets \nCollins C5.2 (RP)\n\n-----------","","0","","0000-00-00","0","","0"),
("14998","SNK","0","2018-03-22","4","0","10SN/Sc","S6","C1.7.01","","","Students should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place.\n2) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n3) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n4) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n5) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n6) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n7) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n8) Some sports injury packs are based on endothermic reactions.\n11) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.\n","What does conservation of energy mean? Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction\nIn what circumstance is energy transferred to the surroundings during a chemical reaction? If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\nWhat happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat are three examples of exothermic reactions? Exothermic reactions include combustion, many oxidation reactions and neutralisation.\nWhat is an example of an exothermic reaction in everyday life? Everyday uses of exothermic reactions include self-heating cans and hand warmers.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\nWhat are three examples of endothermic reactions? Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate\nWhat is an example of an endothermic reaction in everyday life? Everyday uses of endothermic reactions are some sports injury (ice) packs.\nWhen a chemical reaction occurs and the temperature of the surroundings has increased, is it an exothermic or endothermic reaction? When a chemical reaction occurs and the temperature of the surroundings has increased the chemical reaction is exothermic.\nWhat are the advantages of using exothermic reactions for hand warmers? The advantages of using exothermic reactions for hand warmers is that they keep your hands warm because they release thermal energy to the surroundings.","","Chemical reaction: Where bonds between atoms are broken, the atoms are rearranged and new bonds are formed to make a new product.\nExothermic: Chemical reaction that results in the surroundings temperature increasing\nEndothermic: Chemical reaction that results in the surroundings temperature decreasing","","","Activity 1)\nInvestigating the energy change of reactions","Activity 1)\nPractical planning sheets \nTemperature changes required practical\n\n-----------","","0","","0000-00-00","0","","0"),
("14999","SNK","0","2018-03-23","5","0","10SN/Sc","S6","C1.7.03","","","Students should be able to interpret data for relative reactivity of different metals and evaluate the use of cells.\n","1) Cells contain chemicals which react to produce electricity.\n2) The voltage produced by a cell is dependent upon a number of factors including the type of electrode and electrolyte.\n3) A simple cell can be made by connecting two different metals in contact with an electrolyte.\n4) Batteries consist of two or more cells connected together in series to provide a greater voltage.\n5) In non-rechargeable cells and batteries the chemical reactions stop when one of the reactants has been used up. Alkaline batteries are non-rechargeable.\n6) Rechargeable cells and batteries can be recharged because the chemical reactions are reversed when an external electrical current is supplied.\n8) Students do not need to know details of cells and batteries other than those specified.","What would the simple reaction profile for an exothermic reaction look like? \nWhat happens in an exothermic reaction in terms of energy, bond making and bond breaking? In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\nWhat is the energy transferred in the following chemical reaction: hydrogen bromide decomposing to form hydrogen and bromine?\n2 ? (H?Br) ? H?H + Br?Br\nThe bond energies relevant to this reaction are shown below:\nH?Br 366 kJ/mol\nH?H 436 kJ/mol\nBr?Br 193kJ/mol:1.Energy in = 2 ? 366 = 732 kJ/mole;2.Energy out = 436 + 193 = 629 kJ/mole;3.Energy change = in ? out = 732 ? 629 = +103 kJ/mole;The energy change is positive, showing that energy is taken in from the surroundings in an endothermic reaction.","","Activation Energy: Amount of energy required for a reaction to occur\nEnergy \nReaction Profile","","","Activity 1)\nPlan Required Practical for Energy Changes","","","0","","0000-00-00","0","","0"),
("15000","CLA","0","2018-03-19","4","0","10TE/Sc","S1","","Collins P6.1 slinky","","","","","","","","","","Collins P6.1 slinky","","0","","0000-00-00","0","","0"),
("15001","CLA","0","2018-03-20","5","0","10TE/Sc","S1","","Collins P6.2","","","","","","","","","","Collins P6.2","","0","","0000-00-00","0","","0"),
("15002","CLA","0","2018-03-22","4","0","10TE/Sc","S1","","Collins P6.3","","","","","","","","","","Collins P6.3","","0","","0000-00-00","0","","0"),
("15003","PKT","0","2018-03-23","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15004","LAN","0","2018-03-19","4","0","10TLK/Sc","S7","","Distance Time Graphs","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15005","LAN","0","2018-03-20","5","0","10TLK/Sc","S7","P2.2.3","","","Students should be able to draw distance?time graphs from measurements and extract and interpret lines and slopes of distance?time graphs, translating information between graphical and numerical form.\n\nStudents should be able to determine speed from a distance?time graph.\n\n(Physics only) Students should be able to draw and interpret velocity?time graphs for objects that reach terminal velocity\n\n","3) The average acceleration of an object can be calculated using the equation:\nacceleration = change in velocity\ntime taken\n\na = ? v t\nacceleration, a, in metres per second squared, m/s2 change in velocity, ?v, in metres per second, m/s time, t, in seconds, s","What axis does time go on for a distance-time graph? Time goes on the x-axis of a distance-time graph.\nWhat is the equation used to calculate the average acceleration of an object and what are the units involved? The average acceleration of an object can be calculated using the equation:;acceleration = change in velocity;time taken;;a = ? v t;acceleration, a, in metres per second squared, m/s2 change in velocity, ?v, in metres per second, m/s time, t, in seconds, s","","","","","","x","","0","","0000-00-00","0","","0"),
("15006","LAN","0","2018-03-22","4","0","10TLK/Sc","S7","P2.2.4","","","","","","","","","","","air track \nlight gates\npulley set up","","0","","0000-00-00","0","","0"),
("15007","LAN","0","2018-03-23","4","0","10TLK/Sc","S7","P2.2.04","","","","","","","","","","","air track \nlight gates\npulley set up\nfor some reason this wont link the equipment when i enter the code :(","","0","","0000-00-00","0","","0"),
("15008","LAN","1","2018-03-21","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15009","LAN","0","2018-03-23","5","0","10TS/Sc","S7","C1.7.4","","","(HT only) Throughout Section 4.4.3 Higher Tier students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations. (MS)\n\nStudents should be able to predict the products of the electrolysis of binary ionic compounds in the molten state.\n\n(HT only) students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations for this process . (MS)\n","1) When an ionic compound is melted or dissolved in water, the ions are free to move about within the liquid or solution. These liquids and solutions are able to conduct electricity and are called electrolytes.\n2) (HT only) Write balanced half equations and ionic equations where appropriate.\n3) Passing an electric current through electrolytes causes the ions to move to the electrodes. Positively charged ions move to the negative electrode (the cathode), and negatively charged ions move to the positive electrode (the anode). Ions are discharged at the electrodes producing elements. This process is called electrolysis.\n5) When a simple ionic compound (eg lead bromide) is electrolysed in the molten state using inert electrodes, the metal (lead) is produced at the cathode and the non-metal (bromine) is produced at the anode.\n8) During electrolysis, at the cathode (negative electrode), positively charged ions gain electrons and so the reactions are reductions.\n9) At the anode (positive electrode), negatively charged ions lose electrons and so the reactions are oxidation reactions.\n10) Reactions at electrodes can be represented by half equations, for example:\n2H 2e- ? H2\nand\n4OH- ? O2 2H2O 4e-\nor\n4OH- 4e- ? O 2H2O","When is an ionic compound able to conduct electricity? When an ionic compound is melted or dissolved in water, the ions are free to move about within the liquid or solution. These liquids and solutions are able to conduct electricity and are called electrolytes.\nWhat is the balanced half equation for H+?+ e??? H2:The balanced half equation is: ;2H ? 2e??? H2\nWhat happens at each of the electrodes in electrolysis when an electric current is passed through the electroytes? Passing an electric current through electrolytes causes the ions to move to the electrodes. Positively charged ions move to the negative electrode (the cathode), and negatively charged ions move to the positive electrode (the anode). Ions are discharged at the electrodes producing elements. This process is called electrolysis.\nWhat happens at the anode and cathode electrodes in the electrolysis of aqueous sodium chloride? (use half equations to help explain):At the cathode sodium is formed: 2Na 2e- --> 2Na;At the anode chlorine gas is formed: 2Cl- -->Cl2 2e-\nWhich electrode as the metals and non metals products found during electrolysis? During electrolysis the metal product is found at the cathode as this cathode is negatively charged. The non metal product is found at the anode, this this electrode is positively charged.\nWhat would the products be for the electrolysis of the following ionic compounds: \n1. NaCl\n2. PbBr2\n3. NaOH\n4. Al2O3:The products of electrolysis would be: ;1. H2 (g) Cl2 (g) NaOH (aq);2. Pb (s) Br2 (g) ;3. H2 (g) O2 (g) Na (aq);4. Al (s) O2 (g)\nWhat would the half equations be for the electrolysis of NaCl? anode: 2Cl– → Cl2 2e- (oxidation);cathode: 2H 2e– → H2 (reduction).;;NaOH solution is also produced.\nWhat happens at the cathode during electrolysis? Is this an oxidation or reduction reaction? During electrolysis, at the cathode (negative electrode), positively charged ions gain electrons and so the reactions are reductions.\nWhat happens at the anode during electrolysis? Is this an oxidation or reduction reaction? At the anode (positive electrode), negatively charged ions lose electrons and so the reactions are oxidation reactions.\nWhat would the half equations be during the electrolysis of PbBr2? anode: 2Br– → Br2 2e- (oxidation);cathode: Pb2 2e– → Pb (reduction).","","","","","Activity 3)\nClass practical: \nelectrolysis of copper sulfate","Activity 3)\nBeaker (250 cm3)\nGraphite electrodes (about 5 mm diameter), 2\nRetort stand and clamp to hold electrodes (Note 1) or wooden separators \nDC power supply (6 volt)\nLight bulb (small, 6 volt, 5 watt) – optional (Note 2)\nLeads and crocodile clips\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15010","SKT","0","2018-03-22","4","0","10TS/Sc","S4","P2.1.03","What is the difference between mass and weight?","","","1) Weight is measured using a calibrated spring-balance (a newtonmeter).\n2) The weight of an object and the mass of an object are directly\nproportional.\n3) The weight of an object depends on the gravitational field strength at the point where the object is.\n4) Weight is the force acting on an object due to gravity. The force of gravity close to the Earth is due to the gravitational field around the Earth.\n5) The weight of an object may be considered to act at a single point\nreferred to as the object's centre of mass.\n6) The weight of an object can be calculated using the equation:\nweight = mass x gravitational field strength\nW = m g\nweight, W, in newtons, N\nmass, m, in kilograms, kg\ngravitational field strength, g, in newtons per kilogram, N/kg (In any\ncalculation the value of the gravitational field strength (g) will be given.)","","","Gravity\nCentre of mass\nGravitational field strength\nDirectly proportional\nWeight\nMass\nNewtonmeter","","","","Mass scales (kg)\nWeight scales (N)","","0","","0000-00-00","0","","0"),
("15011","MES","0","2018-03-19","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15012","MES","0","2018-03-22","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15013","LAN","0","2018-03-19","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15014","LAN","0","2018-03-20","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15015","LAN","0","2018-03-21","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15016","LAN","0","2018-03-22","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15017","LAN","0","2018-03-23","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15018","LAN","0","2018-03-23","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15019","CPD","0","2018-03-22","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15020","CPD","0","2018-03-23","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15021","CPD","0","2018-03-23","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15022","MES","0","2018-03-19","5","0","11TE/Sc","S5","P2.5","Electric Motors (HT)","","Students should be able to give examples of the forces involved in stretching, bending or compressing an object\n\nStudents should be able to draw velocity?time graphs from measurements and interpret lines and slopes to determine acceleration\n\nStudents should be able to explain why, to change the shape of an object (by stretching, bending or compressing), more than one force has to be applied ? this is limited to stationary objects only\n\nStudents should be able to apply Newton?s Third Law to examples of equilibrium situations.\n\nStudents should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n\nStudents should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.\n\nStudents should be able to describe the difference between elastic deformation and inelastic deformation caused by stretching forces.\n\nStudents should be able to describe the difference between a linear and non-linear relationship between force and extension\n","3) Newton?s Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n\n4) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\n6) (HT only) The distance travelled by an object (or displacement of an object) can be calculated from the area under a velocity?time graph\n9) Required practical 8 - waves ripple tank (AT skills 4)\n12) (HT only) interpret enclosed areas in velocity?time graphs to determine distance travelled (or displacement)\n13) The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\n14) (HT only) measure, when appropriate, the area under a velocity?time graph by counting squares.\n15) (MS) force = spring constant ? extension\nF = k e\nforce, F, in newtons, N\nspring constant, k, in newtons per metre, N/m extension, e, in metres, m\nThis relationship also applies to the compression of an elastic object, where\n?e? would be the compression of the object.","What axis does time go on for a velocity-time graph? Time goes on the x-axis of a velocity-time graph.\nWhat is Newton\'s Third Law? Newton?s Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nHow can the distance travelled be calculated from a velocity-time graph? The distance travelled by an object (or displacement of an object) can be calculated from the area under a velocity?time graph. Split the area into simple shapes and add up the areas.;\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an ewual and opposite reaction therefore if the external forces are zero then every part of a system is zero, it will be in equilibrium\nWhat method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength
;To work out frequency: Count how many waves pass a point over a 10 second period of time.
;Wavelength: measure the length of 10 waves.\nFor curved lines on a velocity-time graph, how can the area be measured? Counting squares that are more than half below the line.","","Elastic\nExtension\nInelastic deformation\nDirectly proportional\nLimit of proportionality\nNon-linear\nLinear\nSpring constant\nElastic deformation\nWave\nCompressing\nBending\nStretching\nStationary\nWavelength
\nSpeed
\nFrequency
\nForces","","","Activity 8)\nRipple tank","Electromagnet equipment\n- Power packs\n- Wire\n- Paper clips\n- Iron nails\n-","","0","","0000-00-00","0","","0"),
("15023","MES","0","2018-03-20","1","0","11TE/Sc","S5","P2.5","Electric Motors (HT)","","Students should be able to give examples of the forces involved in stretching, bending or compressing an object\n\nStudents should be able to draw velocity?time graphs from measurements and interpret lines and slopes to determine acceleration\n\nStudents should be able to explain why, to change the shape of an object (by stretching, bending or compressing), more than one force has to be applied ? this is limited to stationary objects only\n\nStudents should be able to apply Newton?s Third Law to examples of equilibrium situations.\n\nStudents should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n\nStudents should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.\n\nStudents should be able to describe the difference between elastic deformation and inelastic deformation caused by stretching forces.\n\nStudents should be able to describe the difference between a linear and non-linear relationship between force and extension\n","3) Newton?s Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n\n4) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\n6) (HT only) The distance travelled by an object (or displacement of an object) can be calculated from the area under a velocity?time graph\n9) Required practical 8 - waves ripple tank (AT skills 4)\n12) (HT only) interpret enclosed areas in velocity?time graphs to determine distance travelled (or displacement)\n13) The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\n14) (HT only) measure, when appropriate, the area under a velocity?time graph by counting squares.\n15) (MS) force = spring constant ? extension\nF = k e\nforce, F, in newtons, N\nspring constant, k, in newtons per metre, N/m extension, e, in metres, m\nThis relationship also applies to the compression of an elastic object, where\n?e? would be the compression of the object.","What axis does time go on for a velocity-time graph? Time goes on the x-axis of a velocity-time graph.\nWhat is Newton\'s Third Law? Newton?s Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nHow can the distance travelled be calculated from a velocity-time graph? The distance travelled by an object (or displacement of an object) can be calculated from the area under a velocity?time graph. Split the area into simple shapes and add up the areas.;\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an ewual and opposite reaction therefore if the external forces are zero then every part of a system is zero, it will be in equilibrium\nWhat method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength
;To work out frequency: Count how many waves pass a point over a 10 second period of time.
;Wavelength: measure the length of 10 waves.\nFor curved lines on a velocity-time graph, how can the area be measured? Counting squares that are more than half below the line.","","Elastic\nExtension\nInelastic deformation\nDirectly proportional\nLimit of proportionality\nNon-linear\nLinear\nSpring constant\nElastic deformation\nWave\nCompressing\nBending\nStretching\nStationary\nWavelength
\nSpeed
\nFrequency
\nForces","","","Activity 8)\nRipple tank","Motor kits","","0","","0000-00-00","0","","0"),
("15024","MES","0","2018-03-21","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15025","MES","0","2018-03-22","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15026","MES","0","2018-03-23","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15027","MES","0","2018-03-23","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15028","PKT","0","2018-03-19","5","0","11TS/Sc","S2","","Permanent and Induced Magnets","","","","","","","","","","Plotting Compasses, string, bar magnets, paper clips, iron nails,\nrange of magnetic and non-magnetic metals to test.","","0","","0000-00-00","0","","0"),
("15029","PKT","0","2018-03-20","1","0","11TS/Sc","S2","","Magnetic fields","","","","","","","","","","Collins P7.2 Bar Magnets","","0","","0000-00-00","0","","0"),
("15030","PKT","0","2018-03-21","2","0","11TS/Sc","S2","","Motor Effect and Electromagnetism","","","","","","","","","","Collins P7.4","","0","","0000-00-00","0","","0"),
("15031","CPD","0","2018-03-19","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15032","DBE","0","2018-03-19","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15033","DBE","0","2018-03-20","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15034","DBE","0","2018-03-21","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15035","DBE","0","2018-03-22","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15036","DBE","0","2018-03-23","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15037","PKT","0","2018-03-19","1","0","7A2/Sc","S2","2P.6","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("15038","PKT","0","2018-03-21","3","0","7A2/Sc","S2","2P.8","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvasaline \npush\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15039","PKT","0","2018-03-22","1","0","7A2/Sc","S2","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp \n\nClass: \n250mL beakers \ndifferent food colouring \ntimers\nThermometers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15040","PKT","0","2018-03-23","3","0","7A2/Sc","S2","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15041","PKT","0","2018-03-20","2","0","7A2/Sc","S2","2p.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("15042","LAN","0","2018-03-20","2","0","7A3/Sc","S7","2C.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15043","LAN","0","2018-03-22","1","0","7A3/Sc","S7","2c.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15044","LAN","0","2018-03-23","3","0","7A3/Sc","S7","2c.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15045","SNK","0","2018-03-19","1","0","7A3/Sc","S7","2C.7","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("15046","SNK","0","2018-03-21","3","0","7A3/Sc","S7","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15047","DBE","0","2018-03-21","1","0","7B1/Sc","S3","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO: 2 Elements; 2 Atoms\nCo: 1 Element; 1 Atom\nCO<SUB>2</SUB>: 2 Element; 3 Atoms\nCl<SUB>2</SUB>: 1 Element; 2 Atoms\nH<SUB>2</SUB>: 1 Element; 2 Atoms\nN<SUB>2</SUB>: 1 Element; 2 Atoms\nO<SUB>2</SUB>: 1 Element; 2 Atoms\nHCl: 2 Elements; 2 Atoms\nHNO<SUB>3</SUB>: 3 Elements; 5 Atoms\nH<SUB>2</SUB>SO<SUB>4</SUB>: 3 Elements; 7 Atoms\nNaOH: 3 Elements; 3 Atoms\nNaCl: 2 Elements; 2 Atoms\nNa<SUB>2</SUB>CO<SUB>3</SUB>: 3 Elements; 6 Atoms\nKCl: 2 Elements; 2 Atoms\nMgO: 2 Elements; 2 Atoms\nMgCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nMgSO<SUB>4</SUB>: 3 Elements; 6 Atoms\nCaCO<SUB>3</SUB>: 3 Elements; 5 Atoms\nCaCl<SUB>2</SUB>: 2 Elements; 3 Atoms\nCH<SUB>5</SUB>OH: 3 Elements; 8 Atoms\nMg(OH)<SUB>2</SUB>: 3 Elements; 5 Atoms\nFe(OH)<SUB>3</SUB>: 3 Elements; 7 Atoms\nFe(NO<SUB>3</SUB>)<SUB>2</SUB>: 3 Elements; 9 Atoms\nWhat are the elements in the above formulae? \nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15048","DBE","0","2018-03-22","3","0","7B1/Sc","S3","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Forces\nRelationship\nParticles \nBoiling point ","","","","","","0","","0000-00-00","0","","0"),
("15049","MES","0","2018-03-20","4","0","7B1/Sc","S5","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15050","CLA","0","2018-03-20","4","0","7B2/Sc","S1","3C.5","Chromatography Enquiry - Data collection","","","1) Chromatography enquiry\nDATA COLLECTION:\nAim: To found out if red M&Ms contain the banned red food dye.","","","","","","","","","0","","0000-00-00","0","","0"),
("15051","CLA","0","2018-03-21","1","0","7B2/Sc","S1","3C.6","Chromatography Enquiry - Analysis and Evaluation","","","1) Chromatography enquiry\nANALYSIS & EVALUATION:\nAim: To found out if red M","","","","","","","","","0","","0000-00-00","0","","0"),
("15052","CLA","0","2018-03-22","3","0","7B2/Sc","S1","3C.7","Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","","","0","","0000-00-00","0","","0"),
("15053","MES","0","2018-03-19","1","0","7E/Sc","S5","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15054","MES","0","2018-03-21","3","0","7E/Sc","S5","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("15055","MES","0","2018-03-22","1","0","7E/Sc","S5","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("15056","SNK","0","2018-03-20","2","0","7E/Sc","S6","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("15057","SNK","0","2018-03-23","3","0","7E/Sc","S6","2B.12","Reflect","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","Activity 1)\n1. Mark your flower diagram in green \n2. Check your answer and write the Big Ideas and clues correctly if they are missing from your answer \n3. Write the Big Ideas you wrote about to Securing (this would be 1,2,3 or 3 ticks on your answer grid) \n4. Find someone to discuss and develop your missing Big Ideas - write improved answer on your feedback sheet. \n5. Attempt the Go Further task in purple pen.","","","0","","0000-00-00","0","","0"),
("15058","LAN","0","2018-03-22","3","0","7S/Sc","S7","2c.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15059","PKT","0","2018-03-21","1","0","7S/Sc","S2","2C.7","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("15060","LAN","0","2018-03-20","4","0","7S/Sc","S7","2C.6","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("15061","CPD","0","2018-03-21","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15062","SKT","0","2018-03-21","5","0","8A1/Sc","S4","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15063","SKT","0","2018-03-23","5","0","8A1/Sc","S4","","Enquiry Feedback & POO Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15064","CLA","0","2018-03-21","5","0","8A2/Sc","S1","6C.10","Which oxides form acids?","","Identify types of oxides by testing pH","1) reactions of acids with alkalis to produce a salt plus water\n2) W: Metal oxides dissolve to form alkali solutions.\n3) W: Non-metal oxides dissolve to form acid solutions.\n4) A: Identify types of oxides by testing pH","What is formed when metal oxides dissolve? Metal oxides dissolve to form alkali solutions.\nWhat is formed when non-metal oxides dissolve? Non-metal oxides dissolve to form acid solutions.\nHow can we identify types of oxides? Identify types of oxides by testing pH","","","","","Activity 1)\nExamine evaporated solution to find Salt\nActivity 2)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\nActivity 3)\nDEMO
\n Burning sulfur on deflangenated spoon in gas gar of oxygen.\nActivity 4)\nRSC Classic Chemistry Experiments: 21 Testing the pH of oxides.
\n
\nBut label samples A to E","Activity 3)
\nBurn magnesium in bottle caps.
\n
\nDissolve magnesium oxide in distilled water.
\n
\nTest solution with UI.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15065","CLA","0","2018-03-23","5","0","8A2/Sc","S1","6C.11","6C Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","6C Progress Observation Opportunity","","0","","0000-00-00","0","","0"),
("15066","MES","0","2018-03-21","5","0","8A3/Sc","S5","6B.7","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","X","","0","","0000-00-00","0","","0"),
("15067","MES","0","2018-03-23","5","0","8A3/Sc","S5","6B.8","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)\nLung\nScalpel\nScissors\nForceps\nBoard\nPins\nPump\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15068","PKT","0","2018-03-19","3","0","8B1/Sc","S2","6B.8","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)\nLung\nScalpel\nScissors\nForceps\nBoard\nPins\nPump\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15069","PKT","0","2018-03-21","4","0","8B1/Sc","S2","6B.9","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","","","0","","0000-00-00","0","","0"),
("15070","PKT","0","2018-03-22","5","0","8B1/Sc","S2","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What chan to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","","","","0","","0000-00-00","0","","0"),
("15071","LAN","0","2018-03-21","4","0","8B2/Sc","S7","5B.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("15072","DBE","0","2018-03-19","3","0","8B2/Sc","S3","6C.2","How to do we use the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","group\nalkali
\nmetal
\nreactivity
","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","","","0","","0000-00-00","0","","0"),
("15073","DBE","0","2018-03-22","5","0","8B2/Sc","S3","6c.3","How are metals and non-metals different from each other?","","","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Activity 6)\nsamples of different metals to make observations (with names labelled)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15074","DBE","0","2018-03-21","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15075","DBE","0","2018-03-23","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15076","SNK","0","2018-03-19","3","0","8S/Sc","S6","6P.03","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15077","SNK","0","2018-03-21","4","0","8S/Sc","S6","6P.04","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","","","0","","0000-00-00","0","","0"),
("15078","SNK","0","2018-03-22","5","0","8S/Sc","S6","6P.05","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.\n(intray in racking)\n\n-----------","","0","","0000-00-00","0","","0"),
("15079","SKT","0","2018-03-19","3","0","9ASK/Sc","S4","P1.1.03","Energy changes in systems","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term \'specific heat capacity\'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term \'power\'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","AQA Required Practical 2 - Thermal Insulation","","0","","0000-00-00","0","","0"),
("15080","SKT","0","2018-03-20","2","0","9ASK/Sc","S4","P1.1.04","Required practical activity 1: Specific heat capacity","","","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","AQA Required Practical - Specific Heat Capacity","","0","","0000-00-00","0","","0"),
("15081","SKT","0","2018-03-21","4","0","9ASK/Sc","S4","P1.1.04","Required practical activity 1: Specific heat capacity","","","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","AQA Required Practical - Specific Heat Capacity","","0","","0000-00-00","0","","0"),
("15082","SKT","0","2018-03-22","5","0","9ASK/Sc","S4","P1.1.05","Efficiency",""," (HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer \n","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the;equation:;efficiency = useful output energy transfer / total input energy transfer\nHow is the efficiency of an intended energy transfer increased? The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","","","","","","","0","","0000-00-00","0","","0"),
("15083","SKT","0","2018-03-23","3","0","9ASK/Sc","S4","P1.1.06","National and global energy resources","","Students should be able to describe the main energy sources available\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n","1) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n2) A renewable energy resource is one that is being (or can be) replenished as it is used.\n3) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:;- carbon dioxide (global warming);- sulfur dioxide (acid rain);- nitrogen oxides (acid rain);- particulates (global dimming);Solar energy only releases these gases when solar cells and solar panels are being manufactered. Other than this they are renewable and release no greenhouse gases.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.","","","","","","","","0","","0000-00-00","0","","0"),
("15084","CLA","0","2018-03-20","3","0","9BSK/Sc","S1","","Homework Feedback Lesson and Extended Writing (8P)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15085","SKT","0","2018-03-19","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15086","SKT","0","2018-03-20","4","0","9BSK/Sc","S4","P1.1.03","Energy changes in systems","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","AQA Required Practical 2 - Thermal Insulation","","0","","0000-00-00","0","","0"),
("15087","SKT","0","2018-03-23","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15088","CLA","0","2018-03-22","5","0","9CLA/Sc","S1","","Conduction in metals (see e-mail if cant see equipment listed below)","","","","","","","","","","Conduction ring demo with matches\nKettle and conduction demo","","0","","0000-00-00","0","","0"),
("15089","CLA","0","2018-03-23","3","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15090","CLA","0","2018-03-19","3","0","9CLA/Sc","S1","","Collins P1.8","","","","","","","","","","Collins P1.8","","0","","0000-00-00","0","","0"),
("15091","CLA","0","2018-03-20","2","0","9CLA/Sc","S1","","Required practical: Thermal insulators","","","","","","","","","","Required practical: Thermal insulators\n(Collins P1.9)","","0","","0000-00-00","0","","0"),
("15092","CLA","0","2018-03-21","4","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15093","DBE","0","2018-03-19","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15094","DBE","0","2018-03-20","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15095","DBE","0","2018-03-20","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15096","DBE","0","2018-03-23","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15097","MES","0","2018-03-22","5","0","9MES/Sc","S5","B2.4","Diffusion","","Students should be able to explain the effect on cells of osmotic changes in body fluids\n\nStudents should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n\nStudents should be able to describe the function of kidneys in maintaining the water balance of the body.\n\nStudents should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n\nStudents should be able to translate tables and bar charts of glucose, ions and urea before and after filtration.\n\nStudents should be able to construct accurate pyramids of biomass from appropriate data.\n\nStudents should be able to describe pyramids of biomass\n\n\nStudents should be able to explain how biomass is lost between the different trophic levels\n\nStudents should be able to calculate the efficiency of biomass transfers between trophic levels by percentages or fractions of mass.\n\nStudents should be able to explain how this affects the number of organisms at each trophic level\n","2) Water leaves the body via the lungs during exhalation. \n3) Water, ions and urea are lost from the skin in sweat.\n4) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n\n5) Knowledge of reproduction in organisms is restricted to those mentioned\n6) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n7) There is no control over water, ion or urea loss by the lungs or skin. \n8) Excess water, ions and urea are removed via the kidneys in the urine.\n9) If body cells lose or gain too much water by osmosis they do not function efficiently\n10) Charles Darwin, as a result of observations on a round the world\nexpedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\n\n11) Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of\nvariation for a characteristic.\n? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.\n? The characteristics that have enabled these individuals to survive are\nthen passed on to the next generation.\n\n13) Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.\n\n14) The theory of evolution by natural selection was only gradually accepted because:\n? the theory challenged the idea that Ood made all the animals and\nplants that live on Earth\n? there was insufficient evidence at the time the theory was published\nto convince many scientists\n? the mechanism of inheritance and variation was not known until\n50 years after the theory was published.\n\n15) Other theories, including that of Jean-Baptiste Lamarck, are based\nmainly on the idea that changes that occur in an organism during its\nlifetime can be inherited. We now know that in the vast majority of cases this type of inheritance cannot occur. A study of creationism is not required. \n\n16) (HT only) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\n20) All materials in the living world are recycled to provide the building blocks for future organisms. Students are not expected to study the nitrogen cycle.\n22) The carbon cycle returns carbon from organisms to the atmosphere as\ncarbon dioxide to be used by plants in photosynthesis.\n23) The water cycle provides fresh water for plants and animals on land\nbefore draining into the seas.\n24) Water is continuously evaporated and\nprecipitated.\n26) The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.\n27) Knowledge of other parts of the urinary system, the structure of the kidney and the structure of a nephron is not required.\n29) Pyramids of biomass can be constructed to represent the relative amount of biomass in each level of a food chain. Trophic level 1 is at the bottom of the pyramid\n33) Producers are mostly plants and algae which transfer about 1 % of the incident energy from light for photosynthesis.\n34) Only approximately 10 % of the biomass from each trophic level is transferred to the level above it.\n35) Losses of biomass are due to:\n? not all the ingested material is absorbed, some is egested as faeces\n? some absorbed material is lost as waste, such as carbon dioxide and water in respiration and water and urea in urine.\n\n36) Large amounts of glucose are used in respiration.\n37) (MS) Calculate the efficiency of biomass transfer between trophic levels.\n","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;\nWhat was Lamarck\'s theory? Lamarck\'s theory was that changes in an organism only occur during its lifetime and are then inhertted. \nWhat different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("15098","MES","0","2018-03-23","3","0","9MES/Sc","S5","B2.5","Osmosis and active transport","","Students should be able to explain the effect on cells of osmotic changes in body fluids\n\nStudents should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n\nStudents should be able to describe the function of kidneys in maintaining the water balance of the body.\n\nStudents should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n\nStudents should be able to translate tables and bar charts of glucose, ions and urea before and after filtration.\n\nStudents should be able to construct accurate pyramids of biomass from appropriate data.\n\nStudents should be able to describe pyramids of biomass\n\n\nStudents should be able to explain how biomass is lost between the different trophic levels\n\nStudents should be able to calculate the efficiency of biomass transfers between trophic levels by percentages or fractions of mass.\n\nStudents should be able to explain how this affects the number of organisms at each trophic level\n","2) Water leaves the body via the lungs during exhalation. \n3) Water, ions and urea are lost from the skin in sweat.\n4) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n\n5) Knowledge of reproduction in organisms is restricted to those mentioned\n6) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n7) There is no control over water, ion or urea loss by the lungs or skin. \n8) Excess water, ions and urea are removed via the kidneys in the urine.\n9) If body cells lose or gain too much water by osmosis they do not function efficiently\n10) Charles Darwin, as a result of observations on a round the world\nexpedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\n\n11) Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of\nvariation for a characteristic.\n? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.\n? The characteristics that have enabled these individuals to survive are\nthen passed on to the next generation.\n\n13) Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.\n\n14) The theory of evolution by natural selection was only gradually accepted because:\n? the theory challenged the idea that Ood made all the animals and\nplants that live on Earth\n? there was insufficient evidence at the time the theory was published\nto convince many scientists\n? the mechanism of inheritance and variation was not known until\n50 years after the theory was published.\n\n15) Other theories, including that of Jean-Baptiste Lamarck, are based\nmainly on the idea that changes that occur in an organism during its\nlifetime can be inherited. We now know that in the vast majority of cases this type of inheritance cannot occur. A study of creationism is not required. \n\n16) (HT only) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\n20) All materials in the living world are recycled to provide the building blocks for future organisms. Students are not expected to study the nitrogen cycle.\n22) The carbon cycle returns carbon from organisms to the atmosphere as\ncarbon dioxide to be used by plants in photosynthesis.\n23) The water cycle provides fresh water for plants and animals on land\nbefore draining into the seas.\n24) Water is continuously evaporated and\nprecipitated.\n26) The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.\n27) Knowledge of other parts of the urinary system, the structure of the kidney and the structure of a nephron is not required.\n29) Pyramids of biomass can be constructed to represent the relative amount of biomass in each level of a food chain. Trophic level 1 is at the bottom of the pyramid\n33) Producers are mostly plants and algae which transfer about 1 % of the incident energy from light for photosynthesis.\n34) Only approximately 10 % of the biomass from each trophic level is transferred to the level above it.\n35) Losses of biomass are due to:\n? not all the ingested material is absorbed, some is egested as faeces\n? some absorbed material is lost as waste, such as carbon dioxide and water in respiration and water and urea in urine.\n\n36) Large amounts of glucose are used in respiration.\n37) (MS) Calculate the efficiency of biomass transfer between trophic levels.\n","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;\nWhat was Lamarck\'s theory? Lamarck\'s theory was that changes in an organism only occur during its lifetime and are then inhertted. \nWhat different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("15099","MES","0","2018-03-19","3","0","9MES/Sc","S5","B2.1","Mitosis","","Students should be able to evaluate the use of hydrogen fuel cells in comparison with rechargeable cells and batteries\n\n\nStudents should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\n\n\nStudents should be able to write the half equations for the electrode reactions in the hydrogen fuel cell. (HT only) \n\nStudents should be able to identify the cerebral cortex, cerebellum and medulla on a diagram of the brain, and describe their functions\n\n(HT only) Students should be able to explain some of the difficulties of investigating brain function and treating brain damage and disease. \n\nStudents should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n\nStudents should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n\nStudents should be able to describe some of the biological consequences of global warming\n\nStudents should be able to describe both positive and negative human interactions in an ecosystem and explain their impact on biodiversity.\n\n","1) Fuel cells are supplied by an external source of fuel (eg hydrogen) and oxygen or air. The fuel is oxidised electrochemically within the fuel cell to produce a potential difference.\n2) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n3) The overall reaction in a hydrogen fuel cell involves the oxidation of hydrogen to produce water.\n4) Be able to explain how the structure of the nervous system is adapted to its functions.\n5) Hydrogen fuel cells offer a potential alternative to rechargeable cells and batteries.\n6) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n8) These automatic control systems may involve nervous responses or chemical responses.\n9) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n11) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n? the genes they have inherited (genetic causes)\n? the conditions in which they have developed (environmental causes)\n? a combination of genes and the environment\n\n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n\n15) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n16) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.\n18) The brain controls complex behaviour. It is made of billions of interconnected neurones and has different regions that carry out different functions. \n21) (HT only) Neuroscientists have been able to map the regions of the brain to particular functions by studying patients with brain damage, electrically stimulating different parts of the brain and using MRI scanning techniques. \n22) (HT only) The complexity and delicacy of the brain makes investigating and treating brain disorders very difficult.\n24) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n25) DNA is a polymer made up of two strands forming a double helix.\n26) The DNA is contained in structures called chromosomes.\n27) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n28) The genome of an organism is the entire genetic material of that organism. \n29) The whole human genome has now been studied and this will have great importance for medicine in the future.\n31) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n32) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n33) DNA contains four bases, A, C, O and T.\n38) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n\n39) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n40) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n41) Animals often compete with each other for food, mates and territory.\n\n42) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n43) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\n46) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n47) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n48) Bacteria living in deep sea vents are extremophiles.\n49) Biodiversity is the variety of all the different species of organisms on\nearth, or within an ecosystem.\n\n50) A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\n51) The future of the human species on Earth relies on us maintaining\na good level of biodiversity. \n\n52) Many human activities are reducing\nbiodiversity and only recently have measures been taken to try to stop this reduction.\n53) (WS) Explain how waste, deforestation and global warming have an impact on biodiversity.\n\n54) Large-scale deforestation in tropical areas has occurred to:\n? provide land for cattle and rice fields\n? grow crops for biofuels.\n\n55) (WS) Evaluate the environmental implications of deforestation\n\n57) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n58) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n\n59) (WS) Explain why evidence is uncertain or incomplete in a complex context\n\n61) Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity\n62) These include:\n? breeding programmes for endangered species\n? protection and regeneration of rare habitats\n? reintroduction of field margins and hedgerows in agricultural areas\nwhere farmers grow only one type of crop\n? reduction of deforestation and carbon dioxide emissions by some governments\n? recycling resources rather than dumping waste in landfill.\n\n63) (WS) Evaluate given information about methods that can be used to tackle problems caused by human impacts on the environment.\n\n64) Explain and evaluate the conflicting pressures on maintaining biodiversity given appropriate information.\n","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nWhat are the advantages and disadvantages of using hydrogen fuel cells compared with rechargeable cells and batteries? Similarities: Both convert chemical energy directly into electrical energy using ?spontaneous? redox reactions / Both function in similar ways ? that is, there is a negative electrode where an oxidation half-reaction occurs and a positive electrode where a reduction half-reaction occurs / Both generate electrical energy using chemical energy (compounds in the cells undergo chemical reactions which send electrons into an external circuit) / Both generate a current through an external circuit, which is caused by the separation of the half-reactions part of a full redox reaction / Both are made up of an electrolyte, an anode, and a cathode.;Differences: The hydrogen oxygen fuel cell is an energy conversion device while the rechargeable battery is an energy storage device / Fuel cells can only provide electrical energy when reactants (fuel) are constantly provided to the cell (open system) / Rechargeable batteries have chemical energy stored in its parts, in a closed system, and so can provide electricity until its stored chemical energy is used up, at which point the battery requires recharging to renew its chemical energy level. Fuel cells do not require charging, as long as reactants continue to be provided, whereas rechargeable batteries must be charged, which takes the battery out of operation for a period of time / Fuel cells can provide electrical energy for a much longer duration, whereas rechargeable batteries can only provide energy in an intermittent schedule / Electrodes in fuel cells are made of porous material, which allows for the free movement of hydrogen, oxygen, and water, while those in rechargeable batteries are made of solid metal compounds and lattices / Currently, fuel cells are much more expensive than rechargeable batteries, due to the high prices of its individual parts, such as the platinum catalysts / Currently, fuel cells are far larger than rechargeable batteries / Fuel cells are able to generate a large amount of electrical energy, much greater than that produced by rechargeable batteries.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nHow does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;? the genes they have inherited (genetic causes);? the conditions in which they have developed (environmental causes);? a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nHow often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.\nHow is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nuclues? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? :The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and O.\nWhat are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.\nWhat two main reasons are there for large-scale deforestation in tropical areas? ","","","","","","X","","0","","0000-00-00","0","","0"),
("15100","MES","0","2018-03-20","2","0","9MES/Sc","S5","B2.2","Stem cells","","Students should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n\n Students should understand why reflex actions are important.\n\nStudents should be able to relate the structures of the eye to their functions. This includes accommodation to focus on near or distant objects. \n\nStudents should be able to identify the following structures on a diagram of the eye and explain how their structure is related to their function: ? retina\n? optic nerve\n? sclera\n? cornea\n? iris\n? ciliary muscles\n? suspensory ligaments.\n\n\nStudents should be able to interpret ray diagrams, showing these two common defects of the eye and demonstrate how spectacle lenses correct them.\n\nStudents should be able to evaluate the different hormonal and non-\nhormonal methods of contraception.\n\n\nStudents should be able to explain the roles of thyroxine and adrenaline in the body (HT only) \n\nStudents should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n\nStudents should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n\n5) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n\n6) Pollution kills plants and animals which can reduce biodiversity\n7) stimulus --> receptor --> coordinator --> effector --> response\n9) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n\n11) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n\n12) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n14) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n15) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n16) Be able to translate information about reaction times between numerical and graphical forms.\n18) Another adaptation is to dim light - The eye is a sense organ containing receptors sensitive to light intensity and colour.\n20) Accommodation is the process of changing the shape of the lens to focus on near or distant objects.\n21) To focus on a near object: ???? the ciliary muscles contract ?? the suspensory ligaments loosen ???? the lens is then thicker and refracts light rays strongly. To focus on a distant object:\n? the ciliary muscles relax\n? the suspensory ligaments are pulled tight\n? the lens is then pulled thin and only slightly refracts light rays.\n\n22) Two common defects of the eyes are myopia (short sightedness) and hyperopia (long sightedness) in which rays of light do not focus on the retina. ??? \n23) Oenerally these defects are treated with spectacle lenses which refract the light rays so that they do focus on the retina. \n24) New technologies now include hard and soft contact lenses, laser surgery to change the shape of the cornea and a replacement lens in the eye.\n27) Fertility can be controlled by a variety of hormonal and non-hormonal methods of contraception.\n28) These include:\n? oral contraceptives that contain hormones to inhibit FSH production so that no eggs mature\n? injection, implant or skin patch of slow release progesterone to inhibit the maturation and release of eggs for a number of months or years\n? barrier methods such as condoms and diaphragms which prevent the\nsperm reaching an egg\n? intrauterine devices which prevent the implantation of an embryo or\nrelease a hormone\n? spermicidal agents which kill or disable sperm\n? abstaining from intercourse when an egg may be in the oviduct\n? surgical methods of male and female sterilisation. Explain everyday and technological applications of science; evaluate associated personal, social, economic and environmental implications; and make\ndecisions based on the evaluation of evidence and arguments.\n29) Explain the use of hormones in modern\nreproductive technologies to treat infertility\n30) Explain how developments of\nmicroscopy techniques have enabled IVF treatments to develop.\n\n\n31) This includes giving FSH and LH in a ?fertility drug? to a woman. She may then become pregnant in the normal way. (HT only) \n32) Understand social and ethical issues associated with IVF treatments (HT only) \n33) Although fertility treatment gives a woman the chance to have a baby of her own:\n? it is very emotionally and physically stressful\n? the success rates are not high\n? it can lead to multiple births which are a risk to both the babies and the mother. (HT only)\n34) Evaluate from the perspective of patients and doctors the methods of treating infertility.\n(HT only) \n36) Adrenaline is produced by the adrenal glands in times of fear or stress. It increases the heart rate and boosts the delivery of oxygen and glucose to the brain and muscles, preparing the body for ?flight or fight?. (HT only) \n37) Thyroxine from the thyroid gland stimulates the basal metabolic rate. It plays an important role in growth and development. (HT only)\n38) Thyroxine levels are controlled by negative feedback. Interpret and explain simple diagrams of negative feedback control. (HT only) \n40) A sequence of three bases is the code for a particular amino acid.\n41) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n42) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n43) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n45) explain simply how the structure of DNA affects the protein made\n46) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n47) (HT only) In the complementary strands a C is always linked to a O on the opposite strand and a T to an A.\n48) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n50) (HT only) Proteins are synthesised on ribosomes, according to a template. \n51) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n52) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\n54) Abiotic (non-living) factors which can affect a community are:\n? light intensity\n? temperature\n? moisture levels\n? soil pH and mineral content\n? wind intensity and direction\n? carbon dioxide levels for plants\n? oxygen levels for aquatic animals.\n\n57) Biotic (living) factors which can affect a community are:\n? availability of food\n? new predators arriving\n? new pathogens\n? one species outcompeting another so the numbers are no longer sufficient to breed.\n\n59) (WS) Extract and interpret information from charts, graphs and tables\n61) Feeding relationships within a community can be represented by food chains. \n\n62) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n66) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n67) Consumers that kill and eat other animals are predators, and those eaten are prey.\n68) In a stable community the numbers of predators and prey rise and fall in cycles.\n69) Interpret graphs used to model predator-prey cycles (WS) (MS)","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\nWhat is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the differnet parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units. \nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? :A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? C to O and A to T\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? on ribosomes \nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a protiens unique shape important? :This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.\nWhat is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","X","","0","","0000-00-00","0","","0"),
("15101","MES","0","2018-03-21","4","0","9MES/Sc","S5","B2.3","","","Students should be able to identify the position of the following on a diagram of the human body: - pituitary gland\n- pancreas\n- thyroid\n- adrenal gland\n- ovary\n- testes.\n\nStudents should be able to describe the principles of hormonal coordination and control by the human endocrine system.\n\n(HT only) Students should be able to explain how these mechanisms lower or raise body temperature in a given context.\n\nStudents should be able to describe the effects of some plant hormones and the different ways people use them to control plant growth.\n\nStudents should be able to explain the impact of selective breeding of food plants and domesticated animals.\n\nStudents should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","1) The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\n2) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. RP 9 measure population sizes\n4) The blood carries the hormone to a target organ where it produces an effect.\n5) Compared to the nervous system the effects are slower but act for longer.\n6) Humans reduce the amount of land available for other animals and plants by building, quarrying, farming and dumping waste\n7) The destruction of peat bogs, and other areas of peat to produce garden compost, reduces the area of this habitat and thus the variety of different plant, animal and microorganism species that live there (biodiversity).\n8) The decay or burning of the peat releases carbon dioxide into the atmosphere.\n9) (WS) Understand the conflict between the need for cheap available compost to increase food production and the need to conserve peat bogs and peatlands as habitats for biodiversity and to reduce carbon dioxide emissions\n\n10) The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\n11) These hormones in turn act on other glands to stimulate other hormones to be released to bring about effects.\n13) Body temperature is monitored and controlled by the thermoregulatory centre in the brain. The thermoregulatory centre contains receptors sensitive to the temperature of the blood. \n14) The skin contains temperature receptors and sends nervous impulses to the thermoregulatory centre. \n15) If the body temperature is too high, blood vessels dilate (vasodilation) and sweat is produced from the sweat glands. \n16) Both these mechanisms cause a transfer of energy from the skin to the environment. \n17) If the body temperature is too low, blood vessels constrict (vasoconstriction), sweating stops and skeletal muscles contract (shiver).\n19) Plants produce hormones to coordinate and control growth and responses to light (phototropism) and gravity (gravitropism or geotropism). \n20) Unequal distributions of auxin cause unequal growth rates in plant roots and shoots. (Required Practical)\n21) (HT only) Oibberellins are important in initiating seed germination. \n22) (HT only) Ethene controls cell division and ripening of fruits.\n23) (HT only) The mechanisms of how gibberellins and ethene work are not required.\n25) Plant growth hormones are used in agriculture and horticulture\n26) Understand how the everyday use of hormones as weed killers has an effect on biodiversity.\n27) Auxins are used:\n? as weed killers\n? as rooting powders\n? for promoting growth in tissue culture.\n\n28) Ethene is used in the food industry to control ripening of fruit during storage and transport.\n29) Oibberellins can be used to:\n? end seed dormancy\n? promote flowering\n? increase fruit size.\n\n30) Meiosis leads to non-identical cells being formed\n31) Mitosis leads to identical cells being formed.\n32) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n33) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n34) The formation of gametes involves meiosis.\n35) Asexual reproduction involves only one parent and no fusion of gametes.\n36) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n37) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n38) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n39) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n40) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n41) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.\n43) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n44) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n45) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n46) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n48) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n49) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n51) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n52) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n53) GM crops include ones that are resistant to insect attack or to herbicides. \n54) GM crops generally show increased yields.\n55) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n56) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n58) (HT only) In genetic engineering:\n? enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n? the vector is used to insert the gene into the required cells\n? genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.\n\n","What is the endocrine system and what is its role? The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\nWhat is random sampling? Where any part of an environment has an equal chance to be sampled free from bias.\nWhat are the names of the glands labelled 2, 4, 6, 7, 8 and 9 in the following image?\nhttp://bit.ly/2Cy01Tj:Number 1 is the pituitary gland, number 2 the thyroid, number 6 are the adrenal glands and number 7 the pancreas. Number 8 are the ovaries and number 9 the testes.\nWhat is the role of the bloodstream in the endocrine system? The blood carries the hormone to a target organ where it produces an effect.\nHow does the endocrine system compare to the nervous system? Compared to the nervous system the effects are slower but act for longer.\nWhat is the pituitary gland described as and what is its role? The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\nWhat do the hormones released by the pituitary gland do? The hormones released by the pituitary gland act on other glands to stimulate other hormones to be released to bring about effects.\nWhat sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is OOA ATO. What is the type of mutation for: \n1. OOC ATO\n2. OOA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.\nWhat are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\nWhat examples in medicine uses genetically engineered bacteria? Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\nWhat are the steps involved in genetic engineering? ? enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;? the vector is used to insert the gene into the required cells;? genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","","","","","X","","0","","0000-00-00","0","","0"),
("15102","SNK","0","2018-03-19","4","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15103","SNK","0","2018-03-20","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15104","SNK","0","2018-03-20","4","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15105","SNK","0","2018-03-23","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15106","CLA","0","2018-03-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15107","LAN","0","2018-03-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15108","SKT","0","2018-03-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15109","CPD","0","2018-03-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15110","DBE","0","2018-03-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15111","CLA","0","2018-03-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15112","LAN","0","2018-03-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15113","SKT","0","2018-03-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15114","LAN","0","2018-03-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15115","CPD","0","2018-03-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15116","CPD","0","2018-03-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15117","DBE","0","2018-03-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15118","DBE","0","2018-03-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15119","CPD","0","2018-03-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15120","MES","0","2018-03-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15121","PKT","0","2018-03-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15122","LAN","0","2018-03-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15123","SKT","0","2018-03-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15124","CPD","0","2018-03-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15125","PKT","0","2018-03-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15126","CPD","0","2018-03-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15127","DBE","0","2018-03-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15128","SNK","0","2018-03-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15129","SKT","0","2018-03-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15130","CPD","0","2018-03-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15131","MES","0","2018-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15132","SNK","0","2018-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15133","LAN","0","2018-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15134","SKT","0","2018-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15135","CPD","0","2018-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15136","DBE","0","2018-03-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15137","CLA","0","2018-03-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15138","LAN","0","2018-03-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15139","SKT","0","2018-03-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15140","DBE","0","2018-03-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15141","CPD","0","2018-03-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15142","CPD","0","2018-03-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15143","CLA","0","2018-03-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15144","SNK","0","2018-03-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15145","SKT","0","2018-03-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15146","CPD","0","2018-03-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15147","DBE","0","2018-03-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15148","SKT","0","2018-03-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15149","CPD","0","2018-03-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15150","CPD","0","2018-03-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15151","LAN","0","2018-03-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15152","CPD","0","2018-03-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15153","DBE","0","2018-03-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15154","DBE","0","2018-03-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15155","CPD","0","2018-03-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15156","CPD","0","2018-03-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15157","CPD","0","2018-03-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15158","SNK","0","2018-03-26","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15159","DNM","0","2018-03-26","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15160","MES","0","2018-03-26","3","0","10MES/Sc","S5","","","","","","","","","","","","Required Practical 7 - Reaction Time (AT skills 1,3,4)\nCola (Caffinated & non-caffeinated)\nMeter rulers\nTimers","","0","","0000-00-00","0","","0"),
("15161","MES","0","2018-03-28","5","0","10MES/Sc","S5","","Required practical write up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15162","MES","0","2018-03-29","3","0","10MES/Sc","S5","","EASTER","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15163","MES","0","2018-03-30","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15164","MES","0","2018-03-30","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15165","PKT","0","2018-03-28","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15166","PKT","0","2018-03-29","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15167","PKT","0","2018-03-26","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15168","PKT","0","2018-03-30","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15169","DBE","0","2018-03-29","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15170","DBE","0","2018-03-30","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15171","PKT","0","2018-03-30","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15172","CLA","0","2018-03-26","3","0","10S/Sc","S1","","Collins C7.11","","","","","","","","","","Collins C7.11","","0","","0000-00-00","0","","0"),
("15173","CLA","0","2018-03-28","5","0","10S/Sc","S1","","Collins C7.12","","","","","","","","","","Collins C7.12","","0","","0000-00-00","0","","0"),
("15174","SNK","0","2018-03-26","4","0","10SN/Sc","S6","C1.7.03","","","Students should be able to interpret data for relative reactivity of different metals and evaluate the use of cells.\n","1) Cells contain chemicals which react to produce electricity.\n2) The voltage produced by a cell is dependent upon a number of factors including the type of electrode and electrolyte.\n3) A simple cell can be made by connecting two different metals in contact with an electrolyte.\n4) Batteries consist of two or more cells connected together in series to provide a greater voltage.\n5) In non-rechargeable cells and batteries the chemical reactions stop when one of the reactants has been used up. Alkaline batteries are non-rechargeable.\n6) Rechargeable cells and batteries can be recharged because the chemical reactions are reversed when an external electrical current is supplied.\n8) Students do not need to know details of cells and batteries other than those specified.","","","","","","","","","0","","0000-00-00","0","","0"),
("15175","SNK","0","2018-03-28","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15176","SNK","0","2018-03-29","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15177","SNK","0","2018-03-30","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15178","CLA","0","2018-03-29","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15179","CLA","0","2018-03-30","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15180","CLA","0","2018-03-30","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15181","PKT","0","2018-03-26","3","0","10TE/Sc","S2","","Reaction Time Required Practical Lesson 1","","","","","","","","","","Reaction Time Required Practical\n30cm ruler","","0","","0000-00-00","0","","0"),
("15182","PKT","0","2018-03-28","5","0","10TE/Sc","S2","","Reaction Time Required Practical Lesson 2","","","","","","","","","","Reaction time Required Practical\n30cm ruler","","0","","0000-00-00","0","","0"),
("15183","LAN","0","2018-03-26","3","0","10TLK/Sc","S7","P2.2.04","","","","","","","","","","","air track \nlight gates\npulley set up\nfor some reason this wont link the equipment when i enter the code :(","","0","","0000-00-00","0","","0"),
("15184","LAN","0","2018-03-28","5","0","10TLK/Sc","S7","P2.2.6","Terminal Velocity","","","1) An object falling through a fluid initially accelerates due to the force of gravity. Eventually the resultant force will be zero and the object will move at its terminal velocity.","Why do objects falling through a fluid reach a terminal velocity? An object falling through a fluid initially accelerates due to the force of gravity. Eventually the resultant force will be zero and the object will move at its terminal velocity.","","","","","Activity 1)\nmaking parachutes","Activity 1)\nplastic bags\nPlasticine\nstring\ntimers\nlong tape measure\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15185","LAN","0","2018-03-29","3","0","10TLK/Sc","S7","","Review lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15186","LAN","0","2018-03-30","3","0","10TLK/Sc","S7","","end of topic test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15187","LAN","0","2018-03-30","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15188","LAN","0","2018-03-26","4","0","10TS/Sc","S7","C1.7.05","Lauren's Lesson","","Students should be able to explain why a mixture is used as the electrolyte\n\nStudents should be able to explain why the positive electrode must be continually replaced.\n\n(HT only) students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations for this process . (MS)\n","1) Metals can be extracted from molten compounds using electrolysis. Electrolysis is used if the metal is too reactive to be extracted by reduction with carbon or if the metal reacts with carbon.\n2) Large amounts of energy are used in the extraction process to melt the compounds and to produce the electrical current.\n3) Aluminium is manufactured by the electrolysis of a molten mixture of aluminium oxide and cryolite using carbon as the positive electrode (anode).","When is electrolysis used to extract metals from their ores? Metals can be extracted from molten compounds using electrolysis. Electrolysis is used if the metal is too reactive to be extracted by reduction with carbon or if the metal reacts with carbon.\nWhat is the main drawback of using electrolysis to extract metals? The main drawback of using electrolysis to extract metals is that a large amount of energy is used to melt the compounds and to produce the electrical current.\nHow is aluminium extracted from its metal ore (aluminium oxide)? Aluminium is manufactured by the electrolysis of a molten mixture of aluminium oxide and cryolite using carbon as the positive electrode (anode).\nWhy is a mixture used as the electrolyte in electrolysis? A mixture is used as the electrolyte in electrolysis as the atoms are not chemically bonded they can be separated.\nWhy does the positive electrode (the anode) need to be replaced regularly? Oxygen forms at the positive electrodes (anodes). This oxygen reacts with the carbon of the positive electrodes, forming carbon dioxide, and they gradually burn away.\nWhat are the missing reactants and products of the half equation shown below: \nMg2 ___--> _____:Mg2 2e- --> Mg","","","","","Activity 1)\nDemo: \nelectrolysis of molten lead bromide \nhttp://www.rsc.org/learn-chemistry/resource/res00001725/electrolysing-molten-lead-ii-bromide?cmpid=CMP00005239","Activity 1)\nAccess to a fume cupboard\nPorcelain crucibles, about 2.5 cm in diameter, 2\nGraphite rod electrodes, about 15 cm long, 2\nRubber bung with two holes about 1 cm apart to fit the graphite rods\nDC power supply adjustable to 12 V (Note 1)\nAmmeter, 0-5 A, ideally a large \ndemonstration model\nLeads and crocodile clips\nPair of metal tongs\nLarge wooden board such as dissecting board\n\n-----------","","0","","0000-00-00","0","","0"),
("15189","SKT","0","2018-03-29","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15190","SKT","0","2018-03-30","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15191","MES","0","2018-03-28","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15192","LAN","0","2018-03-27","3","0","11LCY/Sc","S7","P1.3.1","","","Students should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n2) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n3) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","","","","Activity 1)\nrequired practical 15: Use circuit diagrams to set up and check appropriate circuits to investigate the\nfactors that affect the resistance of an electrical circuit.","Activity 1)\na battery or suitable power supply\nammeter\nvoltmeter\ncrocodile clips\nresistance wire\nmetre rule\nconnecting leads\nwire-wound resistors, eg 10 Ω\n\n-----------","","0","","0000-00-00","0","","0"),
("15193","LAN","0","2018-03-28","4","0","11LCY/Sc","S7","P1.3.1","","","Students should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n2) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n3) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","","","","Activity 1)\nrequired practical 15: Use circuit diagrams to set up and check appropriate circuits to investigate the\nfactors that affect the resistance of an electrical circuit.","Activity 1)\nRP 15: \na battery or suitable power supply\nammeter\nvoltmeter\ncrocodile clips\nresistance wire\nmetre rule\nconnecting leads\nwire-wound resistors, eg 10 Ω\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15194","LAN","0","2018-03-29","4","0","11LCY/Sc","S7","","write up RP15","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15195","CPD","0","2018-03-27","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15196","CPD","0","2018-03-28","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15197","CPD","0","2018-03-29","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15198","MES","0","2018-03-28","4","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15199","MES","0","2018-03-29","4","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15200","MES","0","2018-03-27","3","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15201","PKT","0","2018-03-27","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15202","PKT","0","2018-03-28","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15203","PKT","0","2018-03-29","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15204","CPD","0","2018-03-28","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15205","CPD","0","2018-03-29","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15206","DBE","0","2018-03-26","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15207","DBE","0","2018-03-27","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15208","PKT","0","2018-03-26","1","0","7A2/Sc","S2","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15209","PKT","0","2018-03-27","4","0","7A2/Sc","S2","2p.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15210","LAN","0","2018-03-26","1","0","7A3/Sc","S7","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nSI unit: A set of base measurements to standardise science.\nInstantaneous: A point where it has been assumed that time has not moved on.","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15211","LAN","0","2018-03-27","4","0","7A3/Sc","S7","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15212","MES","0","2018-03-29","2","0","7B1/Sc","S5","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15213","MES","0","2018-03-26","5","0","7B1/Sc","S5","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("15214","DBE","0","2018-03-28","2","0","7B1/Sc","S3","2C.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15215","MES","0","2018-03-27","5","0","7B1/Sc","S5","2C.7","Halfway Review","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("15216","CLA","0","2018-03-26","5","0","7B2/Sc","S1","3C.9","Diffusion","","Pure substances can be identified by being unable to separate them.","1) When dissolving no particles are destroyed so there is a conservation of material and mass.\n2) The reverse of dissolving is crystallisation.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Perfume
\nM M's
\nagar plates
\nstopwatches","","0","","0000-00-00","0","","0"),
("15217","CLA","0","2018-03-27","5","0","7B2/Sc","S1","3C.10","Conservation of Mass","","","1) Concentration is the number of a particular type of particle in a volume of space.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Particles in a fluid are always moving.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","What is concentration? Concentration is the number of a particular type of particle in a volume of space.\nWhat is diffusion? diffusion in liquids and gases driven by differences in concentration \nWhat happens to the particles in a fluid? diffusion in terms of the particle model\nWhy do particles move from an area where there are more to where ther:Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","","","","","Activity 1)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 2)\nPractical\nLead nitrate and Potassium iodide\nhttp://www.rsc.org/learn-chemistry/resource/res00000685/\nActivity 3)\nPerfume
\nM M's
\nagar plates
\nstopwatches","Lead Nitrate
\nPotassium Iodide","","0","","0000-00-00","0","","0"),
("15218","CLA","0","2018-03-28","2","0","7B2/Sc","S1","3C.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","x","","0","","0000-00-00","0","","0"),
("15219","CLA","0","2018-03-29","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15220","SNK","0","2018-03-27","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15221","SNK","0","2018-03-26","1","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15222","LAN","0","2018-03-29","2","0","7S/Sc","S7","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nSI unit: A set of base measurements to standardise science.\nInstantaneous: A point where it has been assumed that time has not moved on.","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15223","LAN","0","2018-03-28","2","0","7S/Sc","S7","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15224","PKT","0","2018-03-26","5","0","7S/Sc","S3","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------","","0","","0000-00-00","0","","0"),
("15225","LAN","0","2018-03-27","5","0","7S/Sc","S7","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","dice\n\n-----------","","0","","0000-00-00","0","","0"),
("15226","SKT","0","2018-03-30","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15227","LAN","0","2018-03-29","5","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15228","SKT","0","2018-03-26","4","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15229","SKT","0","2018-03-27","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15230","SKT","0","2018-03-28","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15231","CLA","0","2018-03-30","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15232","CLA","0","2018-03-26","4","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15233","CLA","0","2018-03-27","1","0","8A2/Sc","S1","6B.1","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","Whoosh bottle","","0","","0000-00-00","0","","0"),
("15234","CLA","0","2018-03-28","1","0","8A2/Sc","S1","6B.2","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","Green Agar cubes with UI
\n0.25M 0.5M 1M 1.5M 2M HCL
\nStopwatches
\n
\nPotassium Permangante Crystal and large beaker
\n
\nPerfume to spray","","0","","0000-00-00","0","","0"),
("15235","CLA","0","2018-03-29","5","0","8A2/Sc","S1","6B.3","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("15236","MES","0","2018-03-26","4","0","8A3/Sc","S5","6B.9","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","X","","0","","0000-00-00","0","","0"),
("15237","MES","0","2018-03-27","1","0","8A3/Sc","S5","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What chan to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","","","","0","","0000-00-00","0","","0"),
("15238","MES","0","2018-03-28","1","0","8A3/Sc","S5","6B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","X","","0","","0000-00-00","0","","0"),
("15239","MES","0","2018-03-29","5","0","8A3/Sc","S5","6B.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","X","","0","","0000-00-00","0","","0"),
("15240","MES","0","2018-03-30","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15241","PKT","0","2018-03-27","2","0","8B1/Sc","S2","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What chan to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","","","","0","","0000-00-00","0","","0"),
("15242","PKT","0","2018-03-28","1","0","8B1/Sc","S2","6B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15243","PKT","0","2018-03-29","1","0","8B1/Sc","S2","6b.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("15244","PKT","0","2018-03-30","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15245","LAN","0","2018-03-30","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15246","LAN","0","2018-03-28","1","0","8B2/Sc","S7","6C.5","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\nClass\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \nUnknown concentration of acid solution \n0.5M base solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15247","DBE","0","2018-03-27","2","0","8B2/Sc","S3","6C.4","Skill Focus: Planning","","ENQUIRY: Planning","1) A: ENQUIRY: Planning","","","concentration\nneutral\nalkali\nacid","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","demo set \n\nActivity 1)\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \nUnknown concentration of acid solution \n0.5M base solution\n\n-----------","","0","","0000-00-00","0","","0"),
("15248","DBE","0","2018-03-29","1","0","8B2/Sc","S3","6c.6","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","water\nsalt
\nneutral
\nacid alkali
","","","","","","0","","0000-00-00","0","","0"),
("15249","DBE","0","2018-03-30","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15250","DBE","0","2018-03-26","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15251","DBE","0","2018-03-27","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15252","DBE","0","2018-03-28","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15253","DBE","0","2018-03-29","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15254","SNK","0","2018-03-27","2","0","8S/Sc","S6","6P.06","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","","","0","","0000-00-00","0","","0"),
("15255","SNK","0","2018-03-28","1","0","8S/Sc","S6","6P.07","Halfway Review","","Review of 6P.1","1) A: Review of 6P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6P.1","","","0","","0000-00-00","0","","0"),
("15256","SNK","0","2018-03-29","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15257","SNK","0","2018-03-30","5","0","8S/Sc","S6","6P.08","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","","","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15258","MES","0","2018-03-30","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15259","PKT","0","2018-03-30","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15260","CLA","0","2018-03-30","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15261","SKT","0","2018-03-26","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15262","SKT","0","2018-03-27","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15263","SKT","0","2018-03-30","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15264","SKT","0","2018-03-26","1","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15265","SNK","0","2018-03-30","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15266","PKT","0","2018-03-30","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15267","SKT","0","2018-03-30","2","0","9BSK/Sc","S4","P1.1.05","Efficiency","","(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the;equation:;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","","","","","","","0","","0000-00-00","0","","0"),
("15268","CLA","0","2018-03-28","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15269","SKT","0","2018-03-26","3","0","9BSK/Sc","S4","P1.1.04","Required practical activity 1: Specific heat capacity","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term \'specific heat capacity\'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term \'power\'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","AQA Required Practical - Specific Heat Capacity","","0","","0000-00-00","0","","0"),
("15270","SKT","0","2018-03-27","5","0","9BSK/Sc","S4","P1.1.03","Energy changes in systems","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.","","","","","","","","0","","0000-00-00","0","","0"),
("15271","SKT","0","2018-03-29","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15272","CLA","0","2018-03-26","1","0","9CLA/Sc","S1","","Collins P1.12","","","","","","","","","","Collins P1.12","","0","","0000-00-00","0","","0"),
("15273","CLA","0","2018-03-26","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15274","CLA","0","2018-03-27","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15275","CLA","0","2018-03-30","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15276","DBE","0","2018-03-26","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15277","DBE","0","2018-03-28","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15278","DBE","0","2018-03-29","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15279","DBE","0","2018-03-30","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15280","PKT","0","2018-03-27","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15281","MES","0","2018-03-26","1","0","9MES/Sc","S5","B2.6","B1.2 - Required practical","","(HT only) Students should be able to describe the effect of ADH on the permeability of the kidney tubules.\n\nPeople who suffer from kidney failure may be treated by organ transplant or by using kidney dialysis. Students should know the basic principles of dialysis.\n\nStudents should be able to describe some of the biological factors affecting levels of food security\n\nStudents should be able to describe the work of Darwin and Wallace in the development of the theory of evolution by natural selection\n\n\n Students should be able to explain the impact of these ideas on biology\n\nStudents should be able to describe the steps which give rise to new species. The theory of speciation has developed over time\n\nStudents should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel?s discovery was not recognised until after his death.\n\nStudents should be able to explain how temperature, water and availability of oxygen affect the rate of decay of biological material.\n\nStudents should be able to calculate rate changes in the decay of biological material (MS)\n\n\nStudents should be able to translate information between numerical and graphical form (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scales for the axes. (MS)\n\nStudents should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","2) (HT only) The water level in the body is controlled by the hormone ADH which acts on the kidney tubules. \n3) (HT only) ADH is released by the pituitary gland when the blood is too concentrated and it causes more water to be reabsorbed back into the blood from the kidney tubules. This is controlled by negative feedback.\n6) Food security is having enough food to feed a population. \n7) Biological factors which are threatening food security include:\n? the increasing birth rate has threatened food security in some countries\n? changing diets in developed countries means scarce food resources are transported around the world\n? new pests and pathogens that affect farming\n? environmental changes that affect food production, such as widespread famine occurring in some countries if rains fail\n? the cost of agricultural inputs\n? conflicts that have arisen in some parts of the world which affect the availability of water or food.\n\n8) Sustainable methods must be found to feed all people on Earth\n9) (WS) Interpret population and food production statistics to evaluate food security.\n\n12) Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\n13) Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\n14) Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation\n22) Gardeners and farmers try to provide optimum conditions for rapid decay of waste biological material.\n23) The compost produced is used as a natural fertiliser for growing garden plants or crops.\n24) Anaerobic decay produces methane gas. Biogas generators can be used to produce methane gas as a fuel.\n25) Required Practical 10 - Rate of Decay (AT skills 1,3,4,5)\n26) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n27) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n28) Some organisms reproduce by both methods depending on the\ncircumstances.\n\n38) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n39) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n40) A dominant allele is always expressed, even if only one copy is present. \n41) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n42) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n43) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What was the impact of Darwin and Wallace\'s ideas? Darwin and Wallace\'s ideas lead to the realisation that life on earth evolved from a common organism eventually branching off into different species and families. \nWho was Alfred Russell Wallace and how is he linked to Charles Darwin? Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\nWhat is Wallace best known for? Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\nWhat was needed to support Alfred Wallace\'s work in order to lead to our current understanding of the theory of speciation? Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation.\nIn what ways do new species arise? How are these described? New species can arise as a result of:;Isolation - where two species become geographically separated each evolving in such a way that they can no longer breed. Oenetic variation - where each population has a wide range of alleles that control their characteristics;Natural selection - where the alleles which help an organism to survive are selected in each population;Speciation - where the populations become so different that successful interbreeding cannot happen anymore\nHow did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat three factors affect the rate of decay of biological material? Temperature, water and the availability of oxygen affect the rate of decay.\nName two groups of people would want to provide optimum conditions for rapid decay of waste biological material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste biological material.\nWhy would gardeners and farmers want to provide optimum conditions for rapid decay of waste material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste material to provide compost as a natural fertiliser for their soils for growing plants.\nUnder what conditions can decay produce methane that can be used a biogas fuel? Anaerobic condition can produce methane gas. Biogas generators can be used to produce methane gas as a fuel.\nWhat are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.\nWhat is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nOive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","","","","","Required Practical 3 - Osmosis (AT skills 1,3,5)","","0","","0000-00-00","0","","0"),
("15282","MES","0","2018-03-26","2","0","9MES/Sc","S5","","B1.2 - Required practical","","","","","","","","","","Required Practical 3 - Osmosis (AT skills 1,3,5)","","0","","0000-00-00","0","","0"),
("15283","MES","0","2018-03-27","2","0","9MES/Sc","S5","","B1.2 - End of topic review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15284","MES","0","2018-03-30","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15285","SNK","0","2018-03-26","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15286","SNK","0","2018-03-27","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15287","SNK","0","2018-03-28","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15288","SNK","0","2018-03-29","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15289","SNK","0","2018-03-30","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15290","CPD","0","2018-03-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15291","PKT","0","2018-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15292","DBE","0","2018-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15293","SNK","0","2018-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15294","LAN","0","2018-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15295","CPD","0","2018-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15296","CPD","0","2018-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15297","CPD","0","2018-03-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15298","DBE","0","2018-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15299","LAN","0","2018-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15300","SKT","0","2018-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15301","CPD","0","2018-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15302","PKT","0","2018-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15303","SNK","0","2018-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15304","LAN","0","2018-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15305","CPD","0","2018-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15306","LAN","0","2018-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15307","CPD","0","2018-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15308","DBE","0","2018-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15309","MES","0","2018-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15310","CLA","0","2018-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15311","SKT","0","2018-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15312","CPD","0","2018-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15313","DBE","0","2018-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15314","CPD","0","2018-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15315","CPD","0","2018-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15316","SKT","0","2018-03-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15317","CPD","0","2018-03-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15318","MES","0","2018-03-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15319","PKT","0","2018-03-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15320","LAN","0","2018-03-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15321","SKT","0","2018-03-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15322","DBE","0","2018-03-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15323","DBE","0","2018-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15324","SNK","0","2018-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15325","SKT","0","2018-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15326","CPD","0","2018-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15327","MES","0","2018-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15328","CLA","0","2018-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15329","LAN","0","2018-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15330","SKT","0","2018-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15331","CPD","0","2018-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15332","PKT","0","2018-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15333","CPD","0","2018-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15334","PKT","0","2018-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15335","SNK","0","2018-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15336","SKT","0","2018-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15337","DBE","0","2018-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15338","CPD","0","2018-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15339","LAN","0","2018-03-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15340","CPD","0","2018-03-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15341","LAN","0","2018-03-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15342","CPD","0","2018-03-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15343","CPD","0","2018-03-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15344","DBE","0","2018-03-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15345","SNK","0","2018-03-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15346","SKT","0","2018-03-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15347","CPD","0","2018-03-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15348","DBE","0","2018-03-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15349","CPD","0","2018-03-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15350","MES","0","2018-04-20","4","0","10MES/Sc","S5","","Electrolysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15351","MES","0","2018-04-16","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15352","MES","0","2018-04-17","5","0","10MES/Sc","S5","","How can metal compounds be separated?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15353","MES","0","2018-04-19","4","0","10MES/Sc","S5","","What happens when metals are separated from their ores","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15354","PKT","0","2018-04-19","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15355","PKT","0","2018-04-20","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15356","PKT","0","2018-04-16","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15357","PKT","0","2018-04-18","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15358","PKT","0","2018-04-19","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15359","DBE","0","2018-04-19","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15360","PKT","0","2018-04-16","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15361","PKT","0","2018-04-17","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15362","CLA","0","2018-04-20","4","0","10S/Sc","S1","","Collins C7.13","","","","","","","","","","Collins C7.13","","0","","0000-00-00","0","","0"),
("15363","SNK","0","2018-04-16","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15364","SNK","0","2018-04-18","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15365","SNK","0","2018-04-19","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15366","SNK","0","2018-04-19","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15367","SNK","0","2018-04-20","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15368","CLA","0","2018-04-16","4","0","10TE/Sc","S1","","Collins C7.1 Molymod kits","","","","","","","","","","Collins C7.1 Molymod kits","","0","","0000-00-00","0","","0"),
("15369","CLA","0","2018-04-17","5","0","10TE/Sc","S1","","Collins C7.2 Fractional distillation column","","","","","","","","","","Collins C7.2 Fractional distillation column","","0","","0000-00-00","0","","0"),
("15370","CLA","0","2018-04-19","4","0","10TE/Sc","S1","","Collins C7.3 propane octane and a difficult to light viscous fuel Watch glasses","","","","","","","","","","Collins C7.3 propane octane and a difficult to light viscous fuel Watch glasses","","0","","0000-00-00","0","","0"),
("15371","PKT","0","2018-04-20","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15372","LAN","0","2018-04-16","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15373","LAN","0","2018-04-17","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15374","LAN","0","2018-04-19","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15375","LAN","0","2018-04-20","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15376","LAN","0","2018-04-18","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15377","LAN","0","2018-04-20","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15378","SKT","0","2018-04-19","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15379","MES","0","2018-04-16","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15380","MES","0","2018-04-19","3","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15381","LAN","0","2018-04-16","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15382","LAN","0","2018-04-17","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15383","LAN","0","2018-04-18","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15384","LAN","0","2018-04-19","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15385","LAN","0","2018-04-20","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15386","LAN","0","2018-04-20","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15387","CPD","0","2018-04-19","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15388","CPD","0","2018-04-20","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15389","CPD","0","2018-04-20","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15390","MES","0","2018-04-16","5","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15391","MES","0","2018-04-17","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15392","MES","0","2018-04-18","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15393","MES","0","2018-04-19","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15394","MES","0","2018-04-20","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15395","MES","0","2018-04-20","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15396","PKT","0","2018-04-16","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15397","PKT","0","2018-04-17","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15398","PKT","0","2018-04-18","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15399","CPD","0","2018-04-16","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15400","DBE","0","2018-04-16","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15401","DBE","0","2018-04-17","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15402","DBE","0","2018-04-18","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15403","DBE","0","2018-04-19","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15404","DBE","0","2018-04-20","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15405","PKT","0","2018-04-16","1","0","7A2/Sc","S2","3B.2","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("15406","PKT","0","2018-04-18","3","0","7A2/Sc","S2","3b.3","What does the word equation for photosynthesis mean?","","","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","","","","","","","","0","","0000-00-00","0","","0"),
("15407","PKT","0","2018-04-19","1","0","7A2/Sc","S2","3B.4","What does the symbol equation for photosynthesis mean?","","Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\nChemical reactions result from the rearrangement of atoms.\nDESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\nPhotosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nRespiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\nMeasure cress seedlings","1) T: The symbol equation for photosynthesis is:\n\nCO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>\n\nWith a wavy arrow showing the light energy.\n2) A: Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\n3) A: Chemical reactions result from the rearrangement of atoms.\n4) A: DESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\n5) A: Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\n6) T: The symbol equation for respiration is:\n\nC<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O\n\nWith a wavy arrow showing the energy leaving the reaction.\n7) A: Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\n8) D: Measure cress seedlings","What is the symbol equation for photosynthesis? The symbol equation for photosynthesis is:;;CO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>;;With a wavy arrow showing the light energy.\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms.\nWhat happens to the numbers of each atom in a chemical reaction? No particles are created or destroyed in a chemical reaction.;;Therefore the equation needs to be balanced.\nWhat makes photosynthesis an endothermic reaction? Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nWhat is the symbol equation for respiration? The symbol equation for respiration is:;;C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O;;With a wavy arrow showing the energy leaving the reaction.\nWhat makes respiration an exothermic reaction? Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.","","","","","Activity 1)\nThe wavy arrow distinguishes between the Big Ideas of Particles and Energy.\nActivity 2)\nFor each chemical in photosynthesis eg:\n\nCarbon dioxide is made up of the elements of Carbon and Oxygen.\n\nThe molecule consists of three atoms.\nActivity 3)\nUse the chant and Particles -\n Chemical writing frame to explain what is happening:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 5)\nEnergy ENters in ENdothermic reactions\nActivity 7)\nEnergy EXits in EXothermic reactions","","","0","","0000-00-00","0","","0"),
("15408","PKT","0","2018-04-20","3","0","7A2/Sc","S2","3b.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","","","","","","","0","","0000-00-00","0","","0"),
("15409","PKT","0","2018-04-17","2","0","7A2/Sc","S2","3B.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","","","Germinated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15410","LAN","0","2018-04-17","2","0","7A3/Sc","S7","3p.04","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("15411","LAN","0","2018-04-19","1","0","7A3/Sc","S7","3p.06","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("15412","LAN","0","2018-04-20","3","0","7A3/Sc","S7","3P.07","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("15413","SNK","0","2018-04-16","1","0","7A3/Sc","S7","3P.03","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15414","SNK","0","2018-04-18","3","0","7A3/Sc","S7","3P.05","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\ntimer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15415","DBE","0","2018-04-18","1","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15416","DBE","0","2018-04-19","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15417","MES","0","2018-04-17","4","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15418","CLA","0","2018-04-17","4","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15419","CLA","0","2018-04-18","1","0","7B2/Sc","S1","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nSI unit: A set of base measurements to standardise science.\nInstantaneous: A point where it has been assumed that time has not moved on.","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15420","CLA","0","2018-04-19","3","0","7B2/Sc","S1","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15421","MES","0","2018-04-16","1","0","7E/Sc","S5","2C.03","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15422","MES","0","2018-04-18","3","0","7E/Sc","S5","2C.05","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("15423","MES","0","2018-04-19","1","0","7E/Sc","S5","2C.06","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("15424","SNK","0","2018-04-17","2","0","7E/Sc","S6","2C.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","","","0","","0000-00-00","0","","0"),
("15425","SNK","0","2018-04-20","3","0","7E/Sc","S6","2C.07","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("15426","LAN","0","2018-04-19","3","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15427","PKT","0","2018-04-18","1","0","7S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15428","LAN","0","2018-04-17","4","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15429","CPD","0","2018-04-18","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15430","SKT","0","2018-04-18","5","0","8A1/Sc","S4","6B.2","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","Activity 2)\nGreen Agar cubes with UI\n0.25M 0.5M 1M 1.5M 2M HCL\nStopwatches\n\nPotassium Permangante Crystal and large beaker\n\nPerfume to spray\n\n-----------\n\nActivity 3)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15431","SKT","0","2018-04-20","5","0","8A1/Sc","S4","6B.3","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("15432","CLA","0","2018-04-18","5","0","8A2/Sc","S1","6B.3","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","x","","0","","0000-00-00","0","","0"),
("15433","CLA","0","2018-04-20","5","0","8A2/Sc","S1","6B.4","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","oximeter\npeak flow meters\nlung capacity reader \nballoons and rulers\nmeter rules","","0","","0000-00-00","0","","0"),
("15434","MES","0","2018-04-18","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15435","MES","0","2018-04-20","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15436","PKT","0","2018-04-16","3","0","8B1/Sc","S2","6c.1","How did Mendeleev design the Periodic Table?","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","How did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","metal
\nalkali
\ngroup\nreactivity
\nperiodic\nmelting
\nboiling
\nelement
","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:
\n
\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/
\n
\nNote this original plan is split over two lessons.
\n
\n
\n
\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","","","0","","0000-00-00","0","","0"),
("15437","PKT","0","2018-04-18","4","0","8B1/Sc","S2","6C.2","How to do we use the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","group\nalkali
\nmetal
\nreactivity
","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15438","PKT","0","2018-04-19","5","0","8B1/Sc","S2","6c.3","How are metals and non-metals different from each other?","","","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Activity 6)\nsamples of different metals to make observations (with names labelled)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15439","LAN","0","2018-04-18","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15440","DBE","0","2018-04-16","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15441","DBE","0","2018-04-19","5","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15442","DBE","0","2018-04-18","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15443","DBE","0","2018-04-20","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15444","SNK","0","2018-04-16","3","0","8S/Sc","S6","6P.09","How does a Van de Graaff generator work?","","","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15445","SNK","0","2018-04-18","4","0","8S/Sc","S6","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("15446","SNK","0","2018-04-19","5","0","8S/Sc","S6","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15447","SKT","0","2018-04-16","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15448","SKT","0","2018-04-17","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15449","SKT","0","2018-04-18","4","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15450","SKT","0","2018-04-19","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15451","SKT","0","2018-04-20","3","0","9ASK/Sc","S4","P1.1.06","National and global energy resources","","Students should be able to describe the main energy sources available\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n","1) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n2) A renewable energy resource is one that is being (or can be) replenished as it is used.\n3) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:;- carbon dioxide (global warming);- sulfur dioxide (acid rain);- nitrogen oxides (acid rain);- particulates (global dimming);Solar energy only releases these gases when solar cells and solar panels are being manufactered. Other than this they are renewable and release no greenhouse gases.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.","","","","","","","","0","","0000-00-00","0","","0"),
("15452","CLA","0","2018-04-17","3","0","9BSK/Sc","S1","P1.1.07","Environmental issues","","Students should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n","","What are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.","","","","","","","","0","","0000-00-00","0","","0"),
("15453","SKT","0","2018-04-16","4","0","9BSK/Sc","S4","P1.1.06","National and global energy resources","","Students should be able to describe the main energy sources available\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n","1) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n2) A renewable energy resource is one that is being (or can be) replenished as it is used.\n3) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:;- carbon dioxide (global warming);- sulfur dioxide (acid rain);- nitrogen oxides (acid rain);- particulates (global dimming);Solar energy only releases these gases when solar cells and solar panels are being manufactered. Other than this they are renewable and release no greenhouse gases.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.","","","","","","","","0","","0000-00-00","0","","0"),
("15454","SKT","0","2018-04-17","4","0","9BSK/Sc","S4","","P1.1 Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15455","SKT","0","2018-04-20","4","0","9BSK/Sc","S4","P1.1.05","Efficiency","","(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the;equation:;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","","","","","","","0","","0000-00-00","0","","0"),
("15456","CLA","0","2018-04-19","5","0","9CLA/Sc","S1","","Collins B2.1","","","","","","","","","","Collins B2.1
\nTesting for starch in leaves","","0","","0000-00-00","0","","0"),
("15457","CLA","0","2018-04-20","3","0","9CLA/Sc","S1","","Collins B2.3","","","","","","","","","","Collins B2.3","","0","","0000-00-00","0","","0"),
("15458","CLA","0","2018-04-16","3","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15459","CLA","0","2018-04-17","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15460","CLA","0","2018-04-18","4","0","9CLA/Sc","S1","","Collins B2.1","","","","","","","","","","Collins B2.1","","0","","0000-00-00","0","","0"),
("15461","DBE","0","2018-04-16","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15462","DBE","0","2018-04-17","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15463","DBE","0","2018-04-17","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15464","DBE","0","2018-04-20","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15465","MES","0","2018-04-19","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15466","MES","0","2018-04-20","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15467","MES","0","2018-04-16","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15468","MES","0","2018-04-17","2","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15469","MES","0","2018-04-18","4","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15470","SNK","0","2018-04-16","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15471","SNK","0","2018-04-17","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15472","SNK","0","2018-04-17","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15473","SNK","0","2018-04-20","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15474","CLA","0","2018-04-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15475","LAN","0","2018-04-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15476","SKT","0","2018-04-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15477","CPD","0","2018-04-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15478","DBE","0","2018-04-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15479","CLA","0","2018-04-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15480","LAN","0","2018-04-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15481","SKT","0","2018-04-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15482","LAN","0","2018-04-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15483","CPD","0","2018-04-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15484","CPD","0","2018-04-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15485","DBE","0","2018-04-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15486","DBE","0","2018-04-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15487","CPD","0","2018-04-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15488","MES","0","2018-04-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15489","PKT","0","2018-04-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15490","LAN","0","2018-04-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15491","SKT","0","2018-04-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15492","CPD","0","2018-04-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15493","PKT","0","2018-04-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15494","CPD","0","2018-04-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15495","DBE","0","2018-04-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15496","SNK","0","2018-04-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15497","SKT","0","2018-04-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15498","CPD","0","2018-04-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15499","MES","0","2018-04-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15500","SNK","0","2018-04-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15501","LAN","0","2018-04-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15502","SKT","0","2018-04-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15503","CPD","0","2018-04-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15504","DBE","0","2018-04-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15505","CLA","0","2018-04-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15506","LAN","0","2018-04-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15507","SKT","0","2018-04-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15508","DBE","0","2018-04-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15509","CPD","0","2018-04-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15510","CPD","0","2018-04-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15511","CLA","0","2018-04-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15512","SNK","0","2018-04-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15513","SKT","0","2018-04-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15514","CPD","0","2018-04-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15515","DBE","0","2018-04-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15516","SKT","0","2018-04-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15517","CPD","0","2018-04-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15518","CPD","0","2018-04-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15519","LAN","0","2018-04-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15520","CPD","0","2018-04-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15521","DBE","0","2018-04-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15522","DBE","0","2018-04-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15523","CPD","0","2018-04-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15524","CPD","0","2018-04-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15525","CPD","0","2018-04-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15526","SNK","0","2018-04-23","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15527","DNM","0","2018-04-23","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15528","MES","0","2018-04-23","3","0","10MES/Sc","S5","P2.2.1","Distance, Displacement and Speed","","Students should be able to recall typical values of speed for a person\nwalking, running and cycling as well as the typical values of speed for\ndifferent types of transportation systems.\n\nStudents should be able to express a displacement in terms of both the\nmagnitude and direction.\n\nStudents should be able to make measurements of distance and time\nand then calculate speeds of objects.\n\n(MS) Students should be able to calculate average speed for non-uniform motion.\n","1) Distance is how far an object moves. Distance does not involve direction.\n\n2) Speed does not involve direction. Speed is a scalar quantity.\n3) Distance is a scalar quantity.\n4) The speed of a moving object is rarely constant. When people walk,\nrun or travel in a car their speed is constantly changing.\n5) Displacement includes both the distance an object moves, measured in a straight line from the start point to the finish point and the direction of that straight line. \n6) The speed at which a person can walk, run or cycle depends on many\nfactors including: age, terrain, fitness and distance travelled.\nTypical values may be taken as:\nwalking ? 1.5 m/s\nrunning ? 3 m/s\ncycling ? 6 m/s.\n\n7) Displacement is a vector quantity.\n10) It is not only moving objects that have varying speed. The speed of\nsound and the speed of the wind also vary.\n11) A typical value for the speed of sound in air is 330 m/s\n13) (MS) For an object moving at constant speed the distance travelled in a\nspecific time can be calculated using the equation:\ndistance travelled = speed ? time\ns = v t\ndistance, s, in metres, m\nspeed, v, in metres per second, m/s\ntime, t, in seconds, s","What is distance a measure of? How far an object moves in any direction.\nIs speed a vector or a scalar quantity and why? Speed is a scalar quantity as it only has a magnitude (size) and not a direction.\nIs distance a vector or scalar quantity and why? Distance is a scalar quanity as it only has a magnitude (size) and not a direction.\nIs the speed of a moving object normally constant? No, when people walk,;run or travel in a car their speed is constantly changing.\nWhat is displacement a meaure of? Displacement is how far away an object is in a given direction.\nWhat are the typical speeds and factors that affect the speeds of people walking, running and cycling? Walking ? 1.5 m/s;Running ? 3 m/s;Cycling ? 6 m/s. Age, terrain, fitness, and distance travelled.\nIs displacement a vector or scalar quantity and why? Displacement is a vetor quanity as it only has a magnitude (size) and a direction.\nIs the speed of sound normally constant? No, it varies as does the wind.\nWhat is the typical speed of sound in air? The speed of sound in air is 330 m/s.\nWhat is the equation used to calculate the distance travelled and what are the units involved? The equation used to calculate the distance travelled is:;distance travelled = speed ? time;s = v t;distance, s, in metres, m;speed, v, in metres per second, m/s;time, t, in seconds, s\nWhat is the equation used to calculate the average speed for non-uniform motion? Average speed = Total distance / total time taken","","","","","Activity 12)\nDemo: \nUse data logger with trolley to investigate variables that affect speed of trolley (remember to lift the trolley when returning to the start position)","Activity 12)\nData logger \nLaptop with easy sense software (recommended but not essential) \nLight gates \nRamp with surfaces\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15529","MES","0","2018-04-25","5","0","10MES/Sc","S5","P2.2.2","Velocity","","Students should be able to explain the vector?scalar distinction as it applies to displacement, distance, velocity and speed.\n\nHT only) Students should be able to explain qualitatively, with examples, that motion in a circle involves constant speed but changing velocity.\n","1) The velocity of an object is its speed in a given direction.\n2) If an object moves along a straight line, the distance travelled can be represented by a distance?time graph.\n3) Velocity is a vector quantity.\n4) The speed of an object can be calculated from the gradient of its distance?time graph.\n6) (HT only) If an object is accelerating, its speed at any particular time can be determined by drawing a tangent and measuring the gradient of the distance?time graph at that time.","What is velocity a measure of? Velocity is a speed in a given direction.\nHow can the distance travelled by an object in a straight line be represented? If an object moves along a straight line, the distance travelled can be represented by a distance?time graph.\nIs velocity a vector or scalar quantity and why? Velocity is a vetor quanity as it only has a magnitude (size) and a direction.\nHow can the speed of an object be calculated from a distance-time graph? The speed of an object can be calculated from the gradient of its distance?time graph. The gradient of a graph is change of y divided by change in x, in this case is change in distance divided by change in time.\nWhat are the vector - scalar pairs? The vector - scalar pairs are displacement : distance;velocity : speed\n(HT only) If an object is accelerating, how can the speed at a time be determined from a distance-time graph? (HT only) If an object is accelerating, its speed at any particular time can be determined by drawing a tangent and measuring the gradient of the distance?time graph at that time.\n(HT only) What is constant and what is changing during circular motion? (HT only) speed is constant;velocity is changing as direction is changing","","","","","Activity 6)\nDemo: \nUse data logger and air track to investigate acceleration","Activity 6)\nair track \nair blower \nflags \n2 clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15530","MES","0","2018-04-26","3","0","10MES/Sc","S5","P2.2.3","Distance Time Graphs","","Students should be able to draw distance?time graphs from measurements and extract and interpret lines and slopes of distance?time graphs, translating information between graphical and numerical form.\n\nStudents should be able to determine speed from a distance?time graph.\n\n(Physics only) Students should be able to draw and interpret velocity?time graphs for objects that reach terminal velocity\n\n","3) The average acceleration of an object can be calculated using the equation:\nacceleration = change in velocity\ntime taken\n\na = ? v t\nacceleration, a, in metres per second squared, m/s2 change in velocity, ?v, in metres per second, m/s time, t, in seconds, s","What axis does time go on for a distance-time graph? Time goes on the x-axis of a distance-time graph.\nWhat is the equation used to calculate the average acceleration of an object and what are the units involved? The average acceleration of an object can be calculated using the equation:;acceleration = change in velocity;time taken;;a = ? v t;acceleration, a, in metres per second squared, m/s2 change in velocity, ?v, in metres per second, m/s time, t, in seconds, s","","","","","","","","0","","0000-00-00","0","","0"),
("15531","MES","0","2018-04-27","3","0","10MES/Sc","S5","P2.2.4","Acceleration","","(Physics only) Students should be able to interpret the changing motion in terms of the forces acting.\n\nStudents should be able to estimate the magnitude of everyday accelerations.\n","1) An object that slows down is decelerating\n4) The acceleration of an object can be calculated from the gradient of a velocity?time graph.\n5) The following equation applies to uniform acceleration:\nfinal velocity 2 ? initial velocity 2 = 2 ? acceleration ? distance\nv2 ? u2 = 2 a s\nfinal velocity, v, in metres per second, m/s initial velocity, u, in metres per second, m/s\nacceleration, a, in metres per second squared, m/s2 distance, s, in metres, m\n6) Near the Earth?s surface any object falling freely under gravity has an acceleration of about 9.8 m/s2.","What does decelerating mean? Decelerating means slowing down.\n(Physics only):(Physics only)\nHow can the acceleration of an object be calculated from a velocity-time graph? The acceleration of an object can be calculated from the gradient of a velocity?time graph. The gradient of a graph is change of y divided by change in x, in this case is change in velocity divided by change in time.\nWhat equation applies to uniform acceleration and what are the units involved? The following equation applies to uniform acceleration:;final velocity2 ? initial velocity2 = 2 ? acceleration ? distance;v2 ? u2 = 2 a s;final velocity, v, in metres per second, m/s initial velocity, u, in metres per second, m/s;acceleration, a, in metres per second squared, m/s2 distance, s, in metres, m"\nWhat acceration does an object falling freely under gravity, near the Earth?s surface any object have? Near the Earth?s surface any object falling freely under gravity has an acceleration of about 9.8 m/s2.","","","","","Activity 4)\nLink back to RP19 (f=ma) using light gates.\nChange mass of trolley on air track. record effect on acceleration. Calculate using the SUVAT equation","Activity 4)\nair track \nair blower \nflags \n2 clamp stands\npulley system set up\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15532","MES","0","2018-04-27","4","0","10MES/Sc","S5","P2.2.5.","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15533","PKT","0","2018-04-25","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15534","PKT","0","2018-04-26","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15535","PKT","0","2018-04-23","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15536","PKT","0","2018-04-27","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15537","DBE","0","2018-04-26","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15538","DBE","0","2018-04-27","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15539","PKT","0","2018-04-27","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15540","CLA","0","2018-04-23","3","0","10S/Sc","S1","","Collins C6.1","","","","","","","","","","Collins C6.1","","0","","0000-00-00","0","","0"),
("15541","CLA","0","2018-04-25","5","0","10S/Sc","S1","","Collins C6.2","","","","","","","","","","Collins C6.2","","0","","0000-00-00","0","","0"),
("15542","SNK","0","2018-04-23","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15543","SNK","0","2018-04-25","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15544","SNK","0","2018-04-26","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15545","SNK","0","2018-04-27","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15546","CLA","0","2018-04-26","3","0","10TE/Sc","S1","","Collins C7.7","","","","","","","","","","Collins C7.7
\nBromine water
\n
\nOne bottle labelled alkane
\nOne bottle labelled alkene
\n
\nTwo test tubes labelled alkane and alkene
\n
\nRubber bungs for test tubes.","","0","","0000-00-00","0","","0"),
("15547","CLA","0","2018-04-27","3","0","10TE/Sc","S1","","Molymods","","","","","","","","","","Molymods","","0","","0000-00-00","0","","0"),
("15548","CLA","0","2018-04-27","4","0","10TE/Sc","S1","","Molymods Collins C7.8 practical 2","","","","","","","","","","Molymods Collins C7.8 practical 2","","0","","0000-00-00","0","","0"),
("15549","PKT","0","2018-04-23","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15550","PKT","0","2018-04-25","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15551","LAN","0","2018-04-23","3","0","10TLK/Sc","S7","B2.1.01","","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n2) Be able to explain how the structure of the nervous system is adapted to its functions.\n3) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n4) These automatic control systems may involve nervous responses or chemical responses.\n5) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n6) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n7) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","","Optimum\nRegulation\nHomeostasis\nChemical\nFunction\nEnzyme\nWater levels\nTemperature\nBlood glucose\nNervous\nMuscles\nProtection\nReaction\nCo-ordination\nReceptors\nStimuli\nGlands\nEffectors\nBrain\nNervous system ","","","Activity 1)\nGroup practical: \nInvestigate factors affecting response\nActivity 6)\nDemo: ask one student to put one hand in each the cold and warm water and describe what they experience","Activity 1)\ndata loggers \nreaction time sensors\n\n-----------\n\nActivity 6)\nTwo large bowls of warm water and ice water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15552","LAN","0","2018-04-25","5","0","10TLK/Sc","S7","b2.1.02","",""," Students should understand why reflex actions are important.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) stimulus --> receptor --> coordinator --> effector --> response\n5) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n7) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n8) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n9) Be able to translate information about reaction times between numerical and graphical forms.","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.","","Synapse\nMyelin Sheath\nDendrites\nAxon\nDanger \nReflex action\nUnconscious\nRapid\nAutomatic\nAdaptation\nResponse\nCo-ordination\nCentral nervous system\nElectrical\nImpulse\nHormones\nReflex arc\nEffector\nReceptor\nStimulus\nNeurones","","","Activity 4)\nstudent model of the CNS","Activity 4)\nLarge neurone posters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15553","LAN","0","2018-04-26","3","0","10TLK/Sc","S7","b2.1.03","","","Students should be able to identify the position of the following on a diagram of the human body: - pituitary gland\n- pancreas\n- thyroid\n- adrenal gland\n- ovary\n- testes.\n\nStudents should be able to describe the principles of hormonal coordination and control by the human endocrine system.\n","1) The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\n3) The blood carries the hormone to a target organ where it produces an effect.\n4) Compared to the nervous system the effects are slower but act for longer.\n5) The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\n6) These hormones in turn act on other glands to stimulate other hormones to be released to bring about effects.","What is the endocrine system and what is its role? The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\nWhat are the names of the glands labelled 2, 4, 6, 7, 8 and 9 in the following image?\nhttp://bit.ly/2Cy01Tj:Number 1 is the pituitary gland, number 2 the thyroid, number 6 are the adrenal glands and number 7 the pancreas. Number 8 are the ovaries and number 9 the testes.\nWhat is the role of the bloodstream in the endocrine system? The blood carries the hormone to a target organ where it produces an effect.\nHow does the endocrine system compare to the nervous system? Compared to the nervous system the effects are slower but act for longer.\nWhat is the pituitary gland described as and what is its role? The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\nWhat do the hormones released by the pituitary gland do? The hormones released by the pituitary gland act on other glands to stimulate other hormones to be released to bring about effects.","","Testes\nOvaries\nAdrenal\nMaster gland\nStimulate\nPancreas\nThyroid\nGlands\nChemicals\nBloodstream\nHormones\nPituitary \nEndocrine system","","","","","","0","","0000-00-00","0","","0"),
("15554","LAN","0","2018-04-27","3","0","10TLK/Sc","S7","B2.1.04","","","Students should be able to compare Type 1 and Type 2 diabetes and explain how they can be treated.\n\nStudents should be able to extract information and interpret data from graphs that show the effect of insulin in blood glucose levels in both people with diabetes and people without diabetes.\n","1) Blood glucose concentration is monitored and controlled by the pancreas\n2) If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\n3) In the liver and muscle cells excess glucose is converted to glycogen for storage.\n4) When insulin is released it causes the liver to convert more glucose into glycogen.\n5) Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\n6) In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\n7) Obesity is a risk factor for Type 2 diabetes.\n10) (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n11) (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","What organ monitors and controls blood glucose concentration? Blood glucose concentration is monitored and controlled by the pancreas.\nHow does the pancreas control blood glucose levels? If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\nWhat do the liver and muscle cells do to excess glucose? In the liver and muscle cells excess glucose is converted to glycogen for storage.\nHow does insulin control blood glucose levels? When insulin is released it causes the liver to convert more glucose into glycogen.\nWhat is type 1 diabetes and how is it treated? Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\nWhat is type 2 diabetes and how is it controlled? In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\nWhich diabetes is obesity a risk factor for? Obesity is a risk factor for Type 2 diabetes.\n(HT) How does the body increase the blood glucose concentration? (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n(HT) How does glucagon control blood glucose levels? (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","","Diet\nCarbohydrate\nObesity\nGlucagon\nNegative feedback\nInjections\nDiabetes\nInsulin\nCells\nGlycogen\nLiver\nConcentration","","","Activity 1)\nDraw life size model of a person to show control of blood glucose","Activity 1)\nPlain wall paper \nmarker pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15555","LAN","0","2018-04-27","4","0","10TLK/Sc","S7","b2.1.05","","","Students should be able to explain the effect on cells of osmotic changes in body fluids\n\nStudents should be able to describe the function of kidneys in maintaining the water balance of the body.\n\nStudents should be able to translate tables and bar charts of glucose, ions and urea before and after filtration.\n","2) Water leaves the body via the lungs during exhalation.\n3) Water, ions and urea are lost from the skin in sweat.\n4) There is no control over water, ion or urea loss by the lungs or skin.\n5) Excess water, ions and urea are removed via the kidneys in the urine.\n6) If body cells lose or gain too much water by osmosis they do not function efficiently\n7) (HT only) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\n9) The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.\n10) Knowledge of other parts of the urinary system, the structure of the kidney and the structure of a nephron is not required.","How do osmotic changes in fluids affect red blood cells? If a red blood cell is placed in water, water enters the cell by osmosis. Because the membrane is quite weak the cell will burst as the volume and therefore the pressure in the cell increases. Red blood cells shrink when placed in concentrated solutions of sugar as water moves out of them by osmosis.\nHow does water from the lungs leave the body? Water leaves the body via the lungs during exhalation.\nWhat is lost from the skin through sweat? Water, ions and urea are lost from the skin in sweat.\nCan we control loss through the lungs and skin? There is no control over water, ion or urea loss by the lungs or skin.\nWhat is lost in urine? Excess water, ions and urea are removed via the kidneys in the urine.\nWhat happens to body cells if they lose of gain too much water? If body cells lose or gain too much water by osmosis they do not function efficiently.\n(HT) Where do excess amino acids come from and how do we safely get rid of them? (HT) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\nWhat is the function of the kidneys? The function of the kidneys is to maintain water balance by reabsorbing water from the blooodstream into the cells until balance is restored.\nHow do the kidneys produce urine? The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.","","Ammonia\nAmino Acids\nKidneys\nExcretion\nLiver\nGlucose\nReabsorption\nToxic\nSkin\nLungs\nExhalation\nsolution\nOsmosis\nUrea\nIons\nSweat\nWater\nRed blood cell","","","","","","0","","0000-00-00","0","","0"),
("15556","LAN","0","2018-04-23","4","0","10TS/Sc","S7","c2.1.1","","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000744/iodine-clock-reaction?cmpid=CMP00005152","Activity 1)\nBalance (1 or 2 d.p.)\n\nBeaker (1 dm3)\n\nBeaker (250 cm3)\n\nVolumetric flasks (1 dm3), 2\n\nMeasuring cylinder (50 cm3)\n\nMeasuring cylinders (100 cm3), 2\n\nStirring rod or magnetic stirrer and follower (optional)\n\nStopwatch/timer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15557","SKT","0","2018-04-26","5","0","10TS/Sc","S4","P2.1.05","What happens to an object when it is stretched?","","Students should be able to give examples of the forces involved in stretching, bending or compressing an object\n\nStudents should be able to explain why, to change the shape of an object (by stretching, bending or compressing), more than one force has to be applied ? this is limited to stationary objects only\n\nStudents should be able to describe the difference between elastic deformation and inelastic deformation caused by stretching forces.\n\nStudents should be able to describe the difference between a linear and non-linear relationship between force and extension","4) The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\n5) (MS) force = spring constant ? extension\nF = k e\nforce, F, in newtons, N\nspring constant, k, in newtons per metre, N/m extension, e, in metres, m\nThis relationship also applies to the compression of an elastic object, where\n?e? would be the compression of the object.","What forces are involved in stretching, bending or compressing an object? Forces may change the shape of an object. An elastic object such as a spring stores elastic potential energy when stretched or squashed. The extension of an elastic object is directly proportional to the force applied.\nWhy, to change the shape of an object (by stretching, bending or compressing), does more than one force have to be applied? If one force only is applied to an object, for example a car, then the object will change speed or direction. If we want to change the shape of an object, we have to apply more than one force to it.\nWhat is the difference between elastic deformation and inelastic deformation caused by stretching forces? Elastic deformation is where a material changes in shape at low stress that is recoverable after the stress is removed. Inelastic deformation is caused a material is stretched beyond its limit of proportionality.\nWhat is the relationship between extension and force for an elastic object, such as a spring? The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\nWhat is the equation that links force, spring constant and extension? Include SI units.:(MS) force = spring constant ? extension;F = k e;force, F, in newtons, N;spring constant, k, in newtons per metre, N/m extension, e, in metres, m;This relationship also applies to the compression of an elastic object, where;?e? would be the compression of the object.\nWhat is the difference between a linear and non-linear relationship between force and extension? A linear relationship between force and extension is a directly proportional on, where a non-linear relationship shows that an elastic object has exceeded its limit of proportionality.","","Directly proportional\nElastic\nLimit of proportionality\nSpring constant\nNon-linear\nLinear\nExtension\nInelastic deformation\nBending\nStretching\nCompressing\nStationary\nElastic deformation\nForces","","","","","","0","","0000-00-00","0","","0"),
("15558","SKT","0","2018-04-27","3","0","10TS/Sc","S4","P2.1.06","What is the relationship between force and extension? (RP - Part 1)","","Students should be able to calculate a spring constant in linear cases\n\nStudents should be able to interpret data from an investigation of the relationship between force and extension\n\nStudents should be able to calculate work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:\nelastic potential energy = 0.5 x spring constant s extension(squared)\nE = 0.5 k e(squared)\n\nStudents should be able to calculate relevant values of stored energy and energy transfers.\n","1) A force that stretches (or compresses) a spring does work and elastic potential energy is stored in the spring. \n2) Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\n4) Required practical activity 6 (Part 1) -force and extension for a spring. (AT skills 1 and 2)","What is the relationship between the work done on the spring and the elastic potential energy stores? Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\nWhat equation is used to calculate elastic potential energy? Elastic potential energy can be calculated for the work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:;elastic potential energy = 0.5 x spring constant s extension(squared);E = 0.5 k e(squared)","","Energy store\nWork done\nExtension\nEnergy transfer\nLimit of proportionality\nForce\nSpring constant\nStretching\nElastic potential energy\nCompression\nLinear","","","","Activity 1)\nAQA Required Practical - Force and extension\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15559","MES","0","2018-04-25","2","0","10TS/Sc","S5","","","","","","","","","","","","Required Practical - Affect of light/gravity on seeds.","","0","","0000-00-00","0","","0"),
("15560","LAN","0","2018-04-24","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15561","LAN","0","2018-04-25","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15562","LAN","0","2018-04-26","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15563","CPD","0","2018-04-24","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15564","CPD","0","2018-04-25","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15565","CPD","0","2018-04-26","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15566","MES","0","2018-04-25","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15567","MES","0","2018-04-26","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15568","MES","0","2018-04-24","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15569","PKT","0","2018-04-24","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15570","PKT","0","2018-04-25","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15571","PKT","0","2018-04-26","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15572","CPD","0","2018-04-25","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15573","CPD","0","2018-04-26","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15574","DBE","0","2018-04-23","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15575","DBE","0","2018-04-24","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15576","PKT","0","2018-04-23","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15577","PKT","0","2018-04-24","4","0","7A2/Sc","S2","3b.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Iodine test for starch in leaves. Leaves spent a few days with parts of them covered up.","","0","","0000-00-00","0","","0"),
("15578","LAN","0","2018-04-23","1","0","7A3/Sc","S7","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("15579","LAN","0","2018-04-24","4","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15580","MES","0","2018-04-26","2","0","7B1/Sc","S5","3B.3","What does the word equation for photosynthesis mean?","","","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("15581","MES","0","2018-04-23","5","0","7B1/Sc","S5","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15582","DBE","0","2018-04-25","2","0","7B1/Sc","S3","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15583","MES","0","2018-04-24","5","0","7B1/Sc","S5","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15584","CLA","0","2018-04-23","5","0","7B2/Sc","S1","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)
\nclass set:
\nramp
\ntrolley
\ntimer
\nmeter ruler
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15585","CLA","0","2018-04-24","5","0","7B2/Sc","S1","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","x","","0","","0000-00-00","0","","0"),
("15586","CLA","0","2018-04-25","2","0","7B2/Sc","S1","","x","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","x","","0","","0000-00-00","0","","0"),
("15587","CLA","0","2018-04-26","2","0","7B2/Sc","S1","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","x","","0","","0000-00-00","0","","0"),
("15588","SNK","0","2018-04-24","4","0","7E/Sc","S6","2C.09","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15589","SNK","0","2018-04-23","1","0","7E/Sc","S6","2C.08","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\n\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15590","LAN","0","2018-04-26","2","0","7S/Sc","S7","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("15591","LAN","0","2018-04-25","2","0","7S/Sc","S7","3p.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\ntimer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15592","PKT","0","2018-04-23","5","0","7S/Sc","S3","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15593","LAN","0","2018-04-24","5","0","7S/Sc","S7","3p.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("15594","SKT","0","2018-04-27","1","0","8A1/Sc","S4","6B.8","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)\nLung\nScalpel\nScissors\nForceps\nBoard\nPins\nPump\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15595","LAN","0","2018-04-26","5","0","8A1/Sc","S7","6B.7","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","","","0","","0000-00-00","0","","0"),
("15596","SKT","0","2018-04-23","4","0","8A1/Sc","S4","6B.4","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("15597","SKT","0","2018-04-24","1","0","8A1/Sc","S4","6B.5","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("15598","SKT","0","2018-04-25","1","0","8A1/Sc","S4","6B.6","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("15599","CLA","0","2018-04-27","1","0","8A2/Sc","S1","6B.9","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","x","","0","","0000-00-00","0","","0"),
("15600","CLA","0","2018-04-23","4","0","8A2/Sc","S1","6B.5","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","x","","0","","0000-00-00","0","","0"),
("15601","CLA","0","2018-04-24","1","0","8A2/Sc","S1","6B.6","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","x","","0","","0000-00-00","0","","0"),
("15602","CLA","0","2018-04-25","1","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15603","CLA","0","2018-04-26","5","0","8A2/Sc","S1","6B.8","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)
\nLung
\nScalpel
\nScissors
\nForceps
\nBoard
\nPins
\nPump
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15604","MES","0","2018-04-23","4","0","8A3/Sc","S5","6P.2","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)\nBar magnets, pieces of card, wooden blocks,
\niron filings\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15605","MES","0","2018-04-24","1","0","8A3/Sc","S5","6P.3","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15606","MES","0","2018-04-25","1","0","8A3/Sc","S5","6P.4","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15607","MES","0","2018-04-26","5","0","8A3/Sc","S5","6P.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","6P enquiry practical","","0","","0000-00-00","0","","0"),
("15608","MES","0","2018-04-27","1","0","8A3/Sc","S5","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","x","","0","","0000-00-00","0","","0"),
("15609","PKT","0","2018-04-24","2","0","8B1/Sc","S2","6C.4","Skill Focus: Planning","","ENQUIRY: Planning","1) A: ENQUIRY: Planning","","","concentration\nneutral\nalkali\nacid","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\n1xdemo\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \nUnknown concentration of acid solution \n0.5M base solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15610","PKT","0","2018-04-25","1","0","8B1/Sc","S2","6C.5","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\nClass\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \nUnknown concentration of acid solution \n0.5M base solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15611","PKT","0","2018-04-26","1","0","8B1/Sc","S2","6c.6","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","water\nsalt
\nneutral
\nacid alkali
","","","","","","0","","0000-00-00","0","","0"),
("15612","PKT","0","2018-04-27","5","0","8B1/Sc","S2","6C.7","Reflection","","Review of 6C.1","1) A: Review of 6C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6C.1","","","0","","0000-00-00","0","","0"),
("15613","LAN","0","2018-04-27","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("15637","SKT","0","2018-04-23","3","0","9BSK/Sc","S4","P1.1.06","National and global energy resources","","Students should be able to describe the main energy sources available\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n","1) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n2) A renewable energy resource is one that is being (or can be) replenished as it is used.\n3) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:;- carbon dioxide (global warming);- sulfur dioxide (acid rain);- nitrogen oxides (acid rain);- particulates (global dimming);Solar energy only releases these gases when solar cells and solar panels are being manufactered. Other than this they are renewable and release no greenhouse gases.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.","","","","","","","","0","","0000-00-00","0","","0"),
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("15735","SNK","0","2018-05-04","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15736","CLA","0","2018-04-30","4","0","10TE/Sc","S1","","AQA 4.6.1.3; Prac 9 Required practical: Investigating the reflection of light by different types of surface AQA Specification reference","","","","","","","","","","AQA 4.6.1.3; Prac 9
\n(Collins P6.7): Required practical: Investigating the reflection of light by different types of surface and the refraction of light by different substances","","0","","0000-00-00","0","","0"),
("15737","CLA","0","2018-05-01","5","0","10TE/Sc","S1","","AQA 4.6.1.3; Prac 9 Required practical: Investigating the reflection","","","","","","","","","","AQA 4.6.1.3; Prac 9 Required practical: Investigating the reflection","","0","","0000-00-00","0","","0"),
("15738","CLA","0","2018-05-03","4","0","10TE/Sc","S1","","Raybox and prism to show colours in visible light.","","","","","","","","","","Raybox and prism to show colours in visible light.","","0","","0000-00-00","0","","0"),
("15739","PKT","0","2018-05-04","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15740","LAN","0","2018-04-30","4","0","10TLK/Sc","S7","B2.1.2","",""," Students should understand why reflex actions are important.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) stimulus --> receptor --> coordinator --> effector --> response\n5) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n7) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n8) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n9) Be able to translate information about reaction times between numerical and graphical forms.","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.","","Synapse\nMyelin Sheath\nDendrites\nAxon\nDanger \nReflex action\nUnconscious\nRapid\nAutomatic\nAdaptation\nResponse\nCo-ordination\nCentral nervous system\nElectrical\nImpulse\nHormones\nReflex arc\nEffector\nReceptor\nStimulus\nNeurones","","","Activity 4)\nstudent model of the CNS","Activity 4)\nLarge neurone posters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15741","LAN","0","2018-05-01","5","0","10TLK/Sc","S7","B2.1.3","","","Students should be able to identify the position of the following on a diagram of the human body: - pituitary gland\n- pancreas\n- thyroid\n- adrenal gland\n- ovary\n- testes.\n\nStudents should be able to describe the principles of hormonal coordination and control by the human endocrine system.\n","1) The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\n3) The blood carries the hormone to a target organ where it produces an effect.\n4) Compared to the nervous system the effects are slower but act for longer.\n5) The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\n6) These hormones in turn act on other glands to stimulate other hormones to be released to bring about effects.","What is the endocrine system and what is its role? The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\nWhat are the names of the glands labelled 2, 4, 6, 7, 8 and 9 in the following image?\nhttp://bit.ly/2Cy01Tj:Number 1 is the pituitary gland, number 2 the thyroid, number 6 are the adrenal glands and number 7 the pancreas. Number 8 are the ovaries and number 9 the testes.\nWhat is the role of the bloodstream in the endocrine system? The blood carries the hormone to a target organ where it produces an effect.\nHow does the endocrine system compare to the nervous system? Compared to the nervous system the effects are slower but act for longer.\nWhat is the pituitary gland described as and what is its role? The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\nWhat do the hormones released by the pituitary gland do? The hormones released by the pituitary gland act on other glands to stimulate other hormones to be released to bring about effects.","","Testes\nOvaries\nAdrenal\nMaster gland\nStimulate\nPancreas\nThyroid\nGlands\nChemicals\nBloodstream\nHormones\nPituitary \nEndocrine system","","","","","","0","","0000-00-00","0","","0"),
("15742","LAN","0","2018-05-03","4","0","10TLK/Sc","S7","B2.1.4","","","Students should be able to compare Type 1 and Type 2 diabetes and explain how they can be treated.\n\nStudents should be able to extract information and interpret data from graphs that show the effect of insulin in blood glucose levels in both people with diabetes and people without diabetes.\n","1) Blood glucose concentration is monitored and controlled by the pancreas\n2) If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\n3) In the liver and muscle cells excess glucose is converted to glycogen for storage.\n4) When insulin is released it causes the liver to convert more glucose into glycogen.\n5) Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\n6) In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\n7) Obesity is a risk factor for Type 2 diabetes.\n10) (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n11) (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","What organ monitors and controls blood glucose concentration? Blood glucose concentration is monitored and controlled by the pancreas.\nHow does the pancreas control blood glucose levels? If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\nWhat do the liver and muscle cells do to excess glucose? In the liver and muscle cells excess glucose is converted to glycogen for storage.\nHow does insulin control blood glucose levels? When insulin is released it causes the liver to convert more glucose into glycogen.\nWhat is type 1 diabetes and how is it treated? Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\nWhat is type 2 diabetes and how is it controlled? In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\nWhich diabetes is obesity a risk factor for? Obesity is a risk factor for Type 2 diabetes.\n(HT) How does the body increase the blood glucose concentration? (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n(HT) How does glucagon control blood glucose levels? (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","","Diet\nCarbohydrate\nObesity\nGlucagon\nNegative feedback\nInjections\nDiabetes\nInsulin\nCells\nGlycogen\nLiver\nConcentration","","","Activity 1)\nDraw life size model of a person to show control of blood glucose","Activity 1)\nPlain wall paper \nmarker pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15743","LAN","0","2018-05-04","4","0","10TLK/Sc","S7","","OVERLAP: end of topic test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15744","LAN","0","2018-05-02","5","0","10TS/Sc","S7","C2.1.2","","","Students should be able to recall how changing the concentrations of reactants in solution affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the pressure of reacting gases affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the surface area of solid reactants affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the temperature affects the rate of chemical reactions.\n\nStudents should be able to recall how the presence of a catalyst affects the rate of chemical reactions.","1) Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\n7) Required practical 5 - rates of reaction (developing a hypothesis) (AT skills 1,3,5,6)","What factors can affect the rate of a chemical reaction? Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\nHow does increasing the concentration of reactants in solution affect the rate of chemical reactions? Increasing the concentration of reactants in solution increases the rate of chemical reactions.\nHow does increasing the pressure of reacting gases affect the rate of a chemical reaction? Increasing the pressure of reactant gases increases the rate of chemical reactions.\nHow does increasing the surface area of solid reactants affect the rate of a chemical reaction? Increasing the surface area of solid reactants will increase the rate of a chemical reaction.\nHow does decreasing the temperature of a chemical reaction affect the rate? Decreasing the temperature of a chemical reaction decreases the rate of the reaction.\nHow does the presence of a catalyst affect the rate of a chemical reaction? The presence of a catalyst increases the rate of a chemical reaction.\nWhat equipment would you need to investigate the rate of a chemical reaction? Equipment you would need to investigate the rate of a chemical reaction: ;timer / stop watch ;measuring cylinder ;reactants ;balance ;gas syringe if product is a gas ;balance ;conical flask","","","","","Activity 2)\nCircus of rates of reaction practicals","Activity 2)\n1xmarble chips and acid with gas syringe. different concentration of HCl.\n\n1xmarble chips and acid with delivery tube water bath set up, varying particle size of marble chips\n\n1x sodium thiosulfate reaction with different temperature reactant (room temp, ice and water bath)\n\n-----------\n\nActivity 7)\n40g/dm sodium thiosulphate\n2M hydrochloric acid\nConical flasks\nBlack crosses\nStopclocks\n50ml measuring cylinders\n\n3cm magnesium ribbon pieces\n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15745","LAN","0","2018-05-04","5","0","10TS/Sc","S7","C2.1.3","","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","","","","","","","0","","0000-00-00","0","","0"),
("15746","SKT","0","2018-05-03","4","0","10TS/Sc","S4","","HOMEWORK LESSON","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15747","MES","0","2018-04-30","2","0","10TS/Sc","S5","","","","","","","","","","","","AQA Required Practical - Affect of light/gravity on seeds.","","0","","0000-00-00","0","","0"),
("15748","MES","0","2018-05-03","3","0","10TS/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15749","LAN","0","2018-04-30","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15750","LAN","0","2018-05-01","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15751","LAN","0","2018-05-02","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15752","LAN","0","2018-05-03","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15753","LAN","0","2018-05-04","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15754","LAN","0","2018-05-04","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15755","CPD","0","2018-05-03","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15756","CPD","0","2018-05-04","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15757","CPD","0","2018-05-04","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15758","MES","0","2018-04-30","5","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15759","MES","0","2018-05-01","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15760","MES","0","2018-05-02","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15761","MES","0","2018-05-03","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15762","MES","0","2018-05-04","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15763","MES","0","2018-05-04","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15764","PKT","0","2018-04-30","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15765","PKT","0","2018-05-01","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15766","PKT","0","2018-05-02","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15767","CPD","0","2018-04-30","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15768","DBE","0","2018-04-30","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15769","DBE","0","2018-05-01","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15770","DBE","0","2018-05-02","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15771","DBE","0","2018-05-03","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15772","DBE","0","2018-05-04","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15773","PKT","0","2018-04-30","1","0","7A2/Sc","S2","3b.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","","","","","","","0","","0000-00-00","0","","0"),
("15774","PKT","0","2018-05-02","3","0","7A2/Sc","S2","3B.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("15775","PKT","0","2018-05-03","1","0","7A2/Sc","S2","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("15776","PKT","0","2018-05-04","3","0","7A2/Sc","S2","3B.12","Reflect","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","X","","","","","","0","","0000-00-00","0","","0"),
("15777","PKT","0","2018-05-01","2","0","7A2/Sc","S2","3B.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("15778","LAN","0","2018-05-01","2","0","7A3/Sc","S7","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Force\nGravity","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15779","LAN","0","2018-05-03","1","0","7A3/Sc","S7","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15780","LAN","0","2018-05-04","3","0","7A3/Sc","S7","3P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15781","SNK","0","2018-04-30","1","0","7A3/Sc","S7","3P.7","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("15782","SNK","0","2018-05-02","3","0","7A3/Sc","S7","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside","Activity 1)\nLarge inflatable planets (blown up for lesson)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15783","DBE","0","2018-05-02","1","0","7B1/Sc","S3","3B.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------","","0","","0000-00-00","0","","0"),
("15784","DBE","0","2018-05-03","3","0","7B1/Sc","S3","3B.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nplants with some leaves covered\niodine\nboiling tubes\nethanol\ntiles\nforceps\nbeakers\nkettles\n\n-----------","","0","","0000-00-00","0","","0"),
("15785","MES","0","2018-05-01","4","0","7B1/Sc","S5","3B.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Germinated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15786","CLA","0","2018-05-01","4","0","7B2/Sc","S1","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","x","","0","","0000-00-00","0","","0"),
("15787","CLA","0","2018-05-02","1","0","7B2/Sc","S1","3P.7","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","x","","0","","0000-00-00","0","","0"),
("15788","CLA","0","2018-05-03","3","0","7B2/Sc","S1","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Force\nGravity","","","","x","","0","","0000-00-00","0","","0"),
("15789","MES","0","2018-04-30","1","0","7E/Sc","S5","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15790","MES","0","2018-05-02","3","0","7E/Sc","S5","","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15791","MES","0","2018-05-03","1","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15792","SNK","0","2018-05-01","2","0","7E/Sc","S6","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15793","SNK","0","2018-05-04","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15794","LAN","0","2018-05-03","3","0","7S/Sc","S7","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside","Activity 1)\nLarge inflatable planets (blown up for lesson)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15795","PKT","0","2018-05-02","1","0","7S/Sc","S2","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Force\nGravity","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15796","LAN","0","2018-05-01","4","0","7S/Sc","S7","3P.7","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("15797","CPD","0","2018-05-02","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15798","SKT","0","2018-05-02","5","0","8A1/Sc","S4","6B.9","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","","","0","","0000-00-00","0","","0"),
("15799","SKT","0","2018-05-04","5","0","8A1/Sc","S4","6B.09","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","Activity 1)\nLung volume bags\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15800","CLA","0","2018-05-02","5","0","8A2/Sc","S1","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What chan to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","","x","","0","","0000-00-00","0","","0"),
("15801","CLA","0","2018-05-04","5","0","8A2/Sc","S1","6B.11","6B Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","6B","","0","","0000-00-00","0","","0"),
("15802","MES","0","2018-05-02","5","0","8A3/Sc","S5","6P.8","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","How do objects become charged? Objects can become charged when objects are rubbed together.\nWhat do objects with the same charge do to each other? Objects charged in the same way repel each other.\nWhat do objects with opposite charges do to each other? Objects used to charge each other will attract each other.","","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15803","MES","0","2018-05-04","5","0","8A3/Sc","S5","6P.9","How does a Van de Graaff generator work?","","","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What causes a negative charge? The negative charges which are transferred are electrons.\nWhat forces occur between charged objects? There are electrostatic forces between charged objects.\nWhy is it that electrons can be transferred by protons can't? Electrons are able to be transferred because they are on the outer edge of an atom.","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15804","PKT","0","2018-04-30","3","0","8B1/Sc","S2","6c.8","What happens when acids and metals react?","","","1) reactions of acids with metals to produce a salt plus hydrogen","What are the products when you react an acid with a metal? reactions of acids with metals to produce a salt plus hydrogen","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nCollect gas from metal and acid. Use a variety of metals.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","DEMO - Hydrochloric acid, magnesium, test tubes, funnel, splints (gas test for hydrogen)","","0","","0000-00-00","0","","0"),
("15805","PKT","0","2018-05-02","4","0","8B1/Sc","S2","6c.9","What happens when acids and alkalis react?","","","1) reactions of acids with metals to produce a salt plus hydrogen\n2) reactions of acids with alkalis to produce a salt plus water","What are the products when you react an acid with an alkali? reactions of acids with alkalis to produce a salt plus water","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt.\nActivity 2)\nStudents plan method based on previous lesson.\n\nCollect gas from metal and acid.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","","","0","","0000-00-00","0","","0"),
("15806","PKT","0","2018-05-03","5","0","8B1/Sc","S2","6C.10","Which oxides form acids?","","Identify types of oxides by testing pH","1) reactions of acids with alkalis to produce a salt plus water\n2) W: Metal oxides dissolve to form alkali solutions.\n3) W: Non-metal oxides dissolve to form acid solutions.\n4) A: Identify types of oxides by testing pH","What is formed when metal oxides dissolve? Metal oxides dissolve to form alkali solutions.\nWhat is formed when non-metal oxides dissolve? Non-metal oxides dissolve to form acid solutions.\nHow can we identify types of oxides? Identify types of oxides by testing pH","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt\nActivity 2)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\nActivity 3)\nDEMO
\n Burning sulfur on deflangenated spoon in gas gar of oxygen.\nActivity 4)\nRSC Classic Chemistry Experiments: 21 Testing the pH of oxides.
\n
\nBut label samples A to E","Activity 3)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\n\n-----------","","0","","0000-00-00","0","","0"),
("15807","LAN","0","2018-05-02","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15808","DBE","0","2018-04-30","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15809","DBE","0","2018-05-03","5","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15810","DBE","0","2018-05-02","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15811","DBE","0","2018-05-04","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15812","SNK","0","2018-04-30","3","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15813","SNK","0","2018-05-02","4","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15814","SNK","0","2018-05-03","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15815","SKT","0","2018-04-30","3","0","9ASK/Sc","S4","","ENGLISH EXAM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15816","SKT","0","2018-05-01","2","0","9ASK/Sc","S4","","Revision before Science Exam P3 & P4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15817","SKT","0","2018-05-02","4","0","9ASK/Sc","S4","","MATHS EXAM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15818","SKT","0","2018-05-03","5","0","9ASK/Sc","S4","","Biology Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15819","SKT","0","2018-05-04","3","0","9ASK/Sc","S4","","EXAM INTERVENTION","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15820","CLA","0","2018-05-01","3","0","9BSK/Sc","S1","","SCIENCE EXAM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15821","SKT","0","2018-04-30","4","0","9BSK/Sc","S4","","ENGLISH EXAM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15822","SKT","0","2018-05-01","4","0","9BSK/Sc","S4","","SCIENCE EXAM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15823","SKT","0","2018-05-04","4","0","9BSK/Sc","S4","","Biology Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15824","CLA","0","2018-05-03","5","0","9CLA/Sc","S1","","Collins B2.7","","","","","","","","","","Collins B2.7","","0","","0000-00-00","0","","0"),
("15825","CLA","0","2018-05-04","3","0","9CLA/Sc","S1","","Collins B2.10","","","","","","","","","","Collins B2.10","","0","","0000-00-00","0","","0"),
("15826","CLA","0","2018-04-30","3","0","9CLA/Sc","S1","","Science Exam","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15827","CLA","0","2018-05-01","2","0","9CLA/Sc","S1","","Collins B2.7","","","","","","","","","","Collins B2.7","","0","","0000-00-00","0","","0"),
("15828","CLA","0","2018-05-02","4","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15829","DBE","0","2018-04-30","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15830","DBE","0","2018-05-01","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15831","DBE","0","2018-05-01","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15832","DBE","0","2018-05-04","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15833","MES","0","2018-05-03","5","0","9MES/Sc","S5","3B.2","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("15834","MES","0","2018-05-04","3","0","9MES/Sc","S5","3B.3","What does the word equation for photosynthesis mean?","","Students should be able to explain how the structures of plant tissues are related to their functions.\n","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","","","","","","","","0","","0000-00-00","0","","0"),
("15835","MES","0","2018-04-30","3","0","9MES/Sc","S5","","B1.1 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15836","MES","0","2018-05-01","2","0","9MES/Sc","S5","3B.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nplants with some leaves covered\niodine\nboiling tubes\nethanol\ntiles\nforceps\nbeakers\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15837","MES","0","2018-05-02","4","0","9MES/Sc","S5","3B.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","","","","","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15838","SNK","0","2018-04-30","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15839","SNK","0","2018-05-01","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15840","SNK","0","2018-05-01","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15841","SNK","0","2018-05-04","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15842","CLA","0","2018-04-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15843","LAN","0","2018-04-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15844","SKT","0","2018-04-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15845","CPD","0","2018-04-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15846","DBE","0","2018-04-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15847","CLA","0","2018-04-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15848","LAN","0","2018-04-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15849","SKT","0","2018-04-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15850","LAN","0","2018-04-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15851","CPD","0","2018-04-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15852","CPD","0","2018-04-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15853","DBE","0","2018-04-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15854","DBE","0","2018-05-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15855","CPD","0","2018-05-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15856","MES","0","2018-05-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15857","PKT","0","2018-05-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15858","LAN","0","2018-05-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15859","SKT","0","2018-05-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15860","CPD","0","2018-05-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15861","PKT","0","2018-05-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15862","CPD","0","2018-05-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15863","DBE","0","2018-05-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15864","SNK","0","2018-05-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15865","SKT","0","2018-05-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15866","CPD","0","2018-05-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15867","MES","0","2018-05-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15868","SNK","0","2018-05-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15869","LAN","0","2018-05-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15870","SKT","0","2018-05-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15871","CPD","0","2018-05-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15872","DBE","0","2018-05-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15873","CLA","0","2018-05-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15874","LAN","0","2018-05-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15875","SKT","0","2018-05-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15876","DBE","0","2018-05-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15877","CPD","0","2018-05-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15878","CPD","0","2018-05-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15879","CLA","0","2018-05-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15880","SNK","0","2018-05-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15881","SKT","0","2018-05-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15882","CPD","0","2018-05-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15883","DBE","0","2018-05-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15884","SKT","0","2018-05-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15885","CPD","0","2018-05-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15886","CPD","0","2018-05-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15887","LAN","0","2018-05-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15888","CPD","0","2018-05-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15889","DBE","0","2018-05-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15890","DBE","0","2018-05-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15891","CPD","0","2018-05-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15892","CPD","0","2018-05-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15893","CPD","0","2018-05-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15894","SNK","0","2018-05-07","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15895","DNM","0","2018-05-07","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15896","MES","0","2018-05-07","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15897","MES","0","2018-05-09","5","0","10MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15898","MES","0","2018-05-10","3","0","10MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("15899","MES","0","2018-05-11","3","0","10MES/Sc","S5","","","","","","","","","","","","Whoosh bottle","","0","","0000-00-00","0","","0"),
("15900","MES","0","2018-05-11","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15901","PKT","0","2018-05-09","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15902","PKT","0","2018-05-10","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15903","PKT","0","2018-05-07","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15904","PKT","0","2018-05-11","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15905","DBE","0","2018-05-10","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15906","DBE","0","2018-05-11","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15907","PKT","0","2018-05-11","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15908","CLA","0","2018-05-07","3","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15909","CLA","0","2018-05-09","5","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15910","SNK","0","2018-05-07","4","0","10SN/Sc","S6","B1.3.09","OVERLAP: Required practical food tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("15911","SNK","0","2018-05-09","2","0","10SN/Sc","S6","","Required Practical Enzymes planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15912","SNK","0","2018-05-10","5","0","10SN/Sc","S6","B1.3.10","Required Practical Enzymes","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15913","SNK","0","2018-05-11","3","0","10SN/Sc","S6","","Required Practical Enzymes write up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15914","CLA","0","2018-05-10","3","0","10TE/Sc","S1","","molymods","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15915","CLA","0","2018-05-11","3","0","10TE/Sc","S1","","molymods","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15916","CLA","0","2018-05-11","4","0","10TE/Sc","S1","","Molymods","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15917","PKT","0","2018-05-07","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15918","PKT","0","2018-05-09","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15919","LAN","0","2018-05-07","3","0","10TLK/Sc","S7","B2.1.5","","","Students should be able to explain the effect on cells of osmotic changes in body fluids\n\nStudents should be able to describe the function of kidneys in maintaining the water balance of the body.\n\nStudents should be able to translate tables and bar charts of glucose, ions and urea before and after filtration.\n","2) Water leaves the body via the lungs during exhalation.\n3) Water, ions and urea are lost from the skin in sweat.\n4) There is no control over water, ion or urea loss by the lungs or skin.\n5) Excess water, ions and urea are removed via the kidneys in the urine.\n6) If body cells lose or gain too much water by osmosis they do not function efficiently\n7) (HT only) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\n9) The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.\n10) Knowledge of other parts of the urinary system, the structure of the kidney and the structure of a nephron is not required.","How do osmotic changes in fluids affect red blood cells? If a red blood cell is placed in water, water enters the cell by osmosis. Because the membrane is quite weak the cell will burst as the volume and therefore the pressure in the cell increases. Red blood cells shrink when placed in concentrated solutions of sugar as water moves out of them by osmosis.\nHow does water from the lungs leave the body? Water leaves the body via the lungs during exhalation.\nWhat is lost from the skin through sweat? Water, ions and urea are lost from the skin in sweat.\nCan we control loss through the lungs and skin? There is no control over water, ion or urea loss by the lungs or skin.\nWhat is lost in urine? Excess water, ions and urea are removed via the kidneys in the urine.\nWhat happens to body cells if they lose of gain too much water? If body cells lose or gain too much water by osmosis they do not function efficiently.\n(HT) Where do excess amino acids come from and how do we safely get rid of them? (HT) The digestion of proteins from the diet results in excess amino acids which need to be excreted safely. In the liver these amino acids are deaminated to form ammonia. Ammonia is toxic and so it is immediately converted to urea for safe excretion.\nWhat is the function of the kidneys? The function of the kidneys is to maintain water balance by reabsorbing water from the blooodstream into the cells until balance is restored.\nHow do the kidneys produce urine? The kidneys produce urine by filtration of the blood and selective reabsorption of useful substances such as glucose, some ions and water.","","Ammonia\nAmino Acids\nKidneys\nExcretion\nLiver\nGlucose\nReabsorption\nToxic\nSkin\nLungs\nExhalation\nsolution\nOsmosis\nUrea\nIons\nSweat\nWater\nRed blood cell","","","","","","0","","0000-00-00","0","","0"),
("15920","LAN","0","2018-05-09","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15921","LAN","0","2018-05-10","3","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15922","LAN","0","2018-05-11","3","0","10TLK/Sc","S7","B2.1.8","Required Practical: Reaction Time: Data collection and graphing","","","1) Required Practical 7 - Reaction Time (AT skills 1,3,4)","","","","","","","Activity 1)\nMetre rules\nplastic cups\nstopclocks\nregular coke\ndecaffeinated coke\nMust be drunk outside the lab.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15923","LAN","0","2018-05-11","4","0","10TLK/Sc","S7","B2.1.9","Required Practical: Reaction Time: Conclusion and Evaluation","","","1) Required Practical 7 - Reaction Time (AT skills 1,3,4)\n2) B2.1 Review\n3) B2.1 Assessment\n4) B2.1 Assessment Reflection","","","","","","","","","0","","0000-00-00","0","","0"),
("15924","LAN","0","2018-05-07","4","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15925","SKT","0","2018-05-10","5","0","10TS/Sc","S4","","HOMEWORK LESSON","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15926","SKT","0","2018-05-11","3","0","10TS/Sc","S4","P2.1.06","What is the relationship between force and extension? (RP - Part 1)","","Students should be able to calculate a spring constant in linear cases\n\nStudents should be able to interpret data from an investigation of the relationship between force and extension\n\nStudents should be able to calculate work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:\nelastic potential energy = 0.5 x spring constant s extension(squared)\nE = 0.5 k e(squared)\n\nStudents should be able to calculate relevant values of stored energy and energy transfers.\n","1) A force that stretches (or compresses) a spring does work and elastic potential energy is stored in the spring. \n2) Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\n4) Required practical activity 6 (Part 1) -force and extension for a spring. (AT skills 1 and 2)","What is the relationship between the work done on the spring and the elastic potential energy stores? Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\nWhat equation is used to calculate elastic potential energy? Elastic potential energy can be calculated for the work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:;elastic potential energy = 0.5 x spring constant s extension(squared);E = 0.5 k e(squared)","","Energy store\nWork done\nExtension\nEnergy transfer\nLimit of proportionality\nForce\nSpring constant\nStretching\nElastic potential energy\nCompression\nLinear","","","","Activity 1)\nAQA Required Practical - Force and extension\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15927","MES","0","2018-05-09","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15928","LAN","0","2018-05-08","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15929","LAN","0","2018-05-09","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15930","LAN","0","2018-05-10","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15931","CPD","0","2018-05-08","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15932","CPD","0","2018-05-09","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15933","CPD","0","2018-05-10","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15934","MES","0","2018-05-09","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15935","MES","0","2018-05-10","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15936","MES","0","2018-05-08","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15937","PKT","0","2018-05-08","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15938","PKT","0","2018-05-09","4","0","11TS/Sc","S2","","Diamond Dozen lesson 4 Higher Bio","","","","","","","","","","Diamond Dozen lesson 4 Higher Bio","","0","","0000-00-00","0","","0"),
("15939","PKT","0","2018-05-10","4","0","11TS/Sc","S2","","Diamond Dozen lesson 5 Higher Chem","","","","","","","","","","Diamond Dozen lesson 5 Higher Chem","","0","","0000-00-00","0","","0"),
("15940","CPD","0","2018-05-09","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15941","CPD","0","2018-05-10","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15942","DBE","0","2018-05-07","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15943","DBE","0","2018-05-08","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15944","PKT","0","2018-05-07","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15945","PKT","0","2018-05-08","4","0","7A2/Sc","S2","3b.12","Reflect","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","X","","","","","","0","","0000-00-00","0","","0"),
("15946","LAN","0","2018-05-07","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15947","LAN","0","2018-05-08","4","0","7A3/Sc","S7","3b.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","","","Germinated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15948","MES","0","2018-05-10","2","0","7B1/Sc","S5","3B.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("15949","MES","0","2018-05-07","5","0","7B1/Sc","S5","3B.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","","","0","","0000-00-00","0","","0"),
("15950","DBE","0","2018-05-09","2","0","7B1/Sc","S3","3B.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("15951","MES","0","2018-05-08","5","0","7B1/Sc","S5","3B.8","Halfway Review","","","1) Review of 3B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3B.1","","","0","","0000-00-00","0","","0"),
("15952","CLA","0","2018-05-07","5","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15953","CLA","0","2018-05-08","5","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15954","CLA","0","2018-05-09","2","0","7B2/Sc","S1","","x","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles.\n8) H: SET HOMEWORK: Wordsearch","Which part of the magnet is the strongest? magnetic poles, attraction and repulsion\nWhat are the ends of a magnet called? The ends are called magnetic poles.\nHow do the poles of a magnet interact? Opposite poles attract and similar poles repel.\nHow can magnets be made by using another magnet? Magnets can be made by stroking an magnetic material in the same direction with the same pole on a magnet.\nWhy do magnetic materials become magnetic? Magnetic materials become magnetic when the domains inside are lined up in the same direction.\nWhat is a magnetic domain? Magnetic domains are small regions within the material that act like a magnet.\nHow are magnetic domains created? Domains are created by the spinning electrons in particles","","Domains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnet: An object with magnetic poles.\nMagnet
\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnetic material: Ferrous metals, or magnets themselves.\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.\nMagnetic material
","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","x","","0","","0000-00-00","0","","0"),
("15955","CLA","0","2018-05-10","2","0","7B2/Sc","S1","3B.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","","","Germinated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15956","SNK","0","2018-05-08","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15957","SNK","0","2018-05-07","1","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15958","LAN","0","2018-05-10","2","0","7S/Sc","S7","3B.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","","","Germinated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15959","LAN","0","2018-05-09","2","0","7S/Sc","S7","3P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15960","PKT","0","2018-05-07","5","0","7S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15961","LAN","0","2018-05-08","5","0","7S/Sc","S7","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15962","SKT","0","2018-05-11","1","0","8A1/Sc","S4","","6B Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15963","LAN","0","2018-05-10","5","0","8A1/Sc","S7","6B.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("15964","SKT","0","2018-05-07","4","0","8A1/Sc","S4","","","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","What is a magnetic field? The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\nWhat does the shape of a magnetic field depend on? magnetic fields by plotting with compass, representation by field lines\nHow do we represent magnetic fields in drawings? Magnetic fields are represented by field lines.\nWhere are the magnetic fields usually the strongest? The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\nHow can we plot magnetic field lines? Magnetic field lines can be plotted with a compass.\nWhich direction do magnetic field lines flow? Magnetic field lines flow from North to South poles outside a magnet.","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","","","0","","0000-00-00","0","","0"),
("15965","SKT","0","2018-05-08","1","0","8A1/Sc","S4","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What chan to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","Activity 9)\nUse the lung volume bags.","Activity 1)\nLung volume bags\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15966","SKT","0","2018-05-09","1","0","8A1/Sc","S4","6B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15967","CLA","0","2018-05-11","1","0","8A2/Sc","S1","6P.3","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","What shape is the Earth's magnetic field? Earth\'s magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)
\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15968","CLA","0","2018-05-07","4","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15969","CLA","0","2018-05-08","1","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("15970","CLA","0","2018-05-09","1","0","8A2/Sc","S1","6P.1","How do magnets behave? Mangnets Iron fillings and compasses and A3 paper.","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles.\n8) H: SET HOMEWORK: Wordsearch","Which part of the magnet is the strongest? magnetic poles, attraction and repulsion\nWhat are the ends of a magnet called? The ends are called magnetic poles.\nHow do the poles of a magnet interact? Opposite poles attract and similar poles repel.\nHow can magnets be made by using another magnet? Magnets can be made by stroking an magnetic material in the same direction with the same pole on a magnet.\nWhy do magnetic materials become magnetic? Magnetic materials become magnetic when the domains inside are lined up in the same direction.\nWhat is a magnetic domain? Magnetic domains are small regions within the material that act like a magnet.\nHow are magnetic domains created? Domains are created by the spinning electrons in particles","","Domains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnet: An object with magnetic poles.\nMagnet
\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnetic material: Ferrous metals, or magnets themselves.\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.\nMagnetic material
","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","Activity 1)
\nbar magnets
\n
\n-----------
\n
\nActivity 3)
\nfloating circular magnets
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15971","CLA","0","2018-05-10","5","0","8A2/Sc","S1","6P.2","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","What is a magnetic field? The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\nWhat does the shape of a magnetic field depend on? magnetic fields by plotting with compass, representation by field lines\nHow do we represent magnetic fields in drawings? Magnetic fields are represented by field lines.\nWhere are the magnetic fields usually the strongest? The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\nHow can we plot magnetic field lines? Magnetic field lines can be plotted with a compass.\nWhich direction do magnetic field lines flow? Magnetic field lines flow from North to South poles outside a magnet.","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)
\nBar magnets, pieces of card, wooden blocks,
\niron filings
\n
\n-----------","","0","","0000-00-00","0","","0"),
("15972","MES","0","2018-05-07","4","0","8A3/Sc","S5","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("15973","MES","0","2018-05-08","1","0","8A3/Sc","S5","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("15974","MES","0","2018-05-09","1","0","8A3/Sc","S5","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15975","MES","0","2018-05-10","5","0","8A3/Sc","S5","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15976","MES","0","2018-05-11","1","0","8A3/Sc","S5","6P.12","Progress Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("15977","PKT","0","2018-05-08","2","0","8B1/Sc","S2","6c.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("15978","PKT","0","2018-05-09","1","0","8B1/Sc","S2","6P.1","How do magnets behave?","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles.\n8) H: SET HOMEWORK: Wordsearch","Which part of the magnet is the strongest? magnetic poles, attraction and repulsion\nWhat are the ends of a magnet called? The ends are called magnetic poles.\nHow do the poles of a magnet interact? Opposite poles attract and similar poles repel.\nHow can magnets be made by using another magnet? Magnets can be made by stroking an magnetic material in the same direction with the same pole on a magnet.\nWhy do magnetic materials become magnetic? Magnetic materials become magnetic when the domains inside are lined up in the same direction.\nWhat is a magnetic domain? Magnetic domains are small regions within the material that act like a magnet.\nHow are magnetic domains created? Domains are created by the spinning electrons in particles","","Domains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnet: An object with magnetic poles.\nMagnet
\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnetic material: Ferrous metals, or magnets themselves.\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.\nMagnetic material
","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","Activity 1)\nbar magnets\n\n-----------\n\nActivity 3)\nfloating circular magnets\n\n-----------","","0","","0000-00-00","0","","0"),
("15979","PKT","0","2018-05-10","1","0","8B1/Sc","S2","6P.2","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","What is a magnetic field? The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\nWhat does the shape of a magnetic field depend on? magnetic fields by plotting with compass, representation by field lines\nHow do we represent magnetic fields in drawings? Magnetic fields are represented by field lines.\nWhere are the magnetic fields usually the strongest? The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\nHow can we plot magnetic field lines? Magnetic field lines can be plotted with a compass.\nWhich direction do magnetic field lines flow? Magnetic field lines flow from North to South poles outside a magnet.","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)\nBar magnets, pieces of card, wooden blocks,
\niron filings\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15980","PKT","0","2018-05-11","5","0","8B1/Sc","S2","6p.3","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","What shape is the Earth's magnetic field? Earth's magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15981","LAN","0","2018-05-11","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15982","LAN","0","2018-05-09","1","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15983","DBE","0","2018-05-08","2","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15984","DBE","0","2018-05-10","1","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15985","DBE","0","2018-05-11","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15986","DBE","0","2018-05-07","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15987","DBE","0","2018-05-08","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15988","DBE","0","2018-05-09","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15989","DBE","0","2018-05-10","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15990","SNK","0","2018-05-08","2","0","8S/Sc","S6","6c.05","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\nClass\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \n0.5M, 1.0M and 1.5M concentrations o\nUnknown concentration of acid solution \n0.5M base solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15991","SNK","0","2018-05-09","1","0","8S/Sc","S6","6C.11","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","water\nsalt
\nneutral
\nacid alkali
","","","","","","0","","0000-00-00","0","","0"),
("15992","SNK","0","2018-05-10","1","0","8S/Sc","S6","6C.10","Which oxides form acids?","","Identify types of oxides by testing pH","1) reactions of acids with alkalis to produce a salt plus water\n2) W: Metal oxides dissolve to form alkali solutions.\n3) W: Non-metal oxides dissolve to form acid solutions.\n4) A: Identify types of oxides by testing pH","What is formed when metal oxides dissolve? Metal oxides dissolve to form alkali solutions.\nWhat is formed when non-metal oxides dissolve? Non-metal oxides dissolve to form acid solutions.\nHow can we identify types of oxides? Identify types of oxides by testing pH","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt\nActivity 2)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\nActivity 3)\nDEMO\n Burning sulfur on deflangenated spoon in gas gar of oxygen.\nActivity 4)\nRSC Classic Chemistry Experiments: 21 Testing the pH of oxides.
\n
\nBut label samples A to E","Activity 3)\nBurn magnesium in bottle caps.\n\nBlue glass.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\n\nProvide solutions of :\n Nitric acid (labelled Nitrogen oxide and water) 0.2 mol dm–3 (Irritant)\n Sodium hydroxide (labelled Sodium oxide and water) 0.2 mol dm–3 (Irritant)\n Potassium hydroxide (labelled Potassium oxide and water) 0.2 mol dm–3 (Irritant)\n Phosphoric acid (labelled Phosphorus (V) oxide and water) 0.2 mol dm–3\n Calcium hydroxide (labelled Calcium oxide and water) 0.2 mol dm–3\n Universal Indicator (in bottle with dropping pipette).\n\n-----------\n","","0","","0000-00-00","0","","0"),
("15993","SNK","0","2018-05-11","5","0","8S/Sc","S6","6C.09","What happens when acids and alkalis react?","","Progress Observation Opportunity","1) reactions of acids with metals to produce a salt plus hydrogen\n2) reactions of acids with alkalis to produce a salt plus water","What are the products when you react an acid with an alkali? reactions of acids with alkalis to produce a salt plus water","https://www.mrcorfe.com/MemoryAnchors/Assess.png","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt.\nActivity 2)\nStudents plan method based on previous lesson.\n\nCollect gas from metal and acid.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","","","0","","0000-00-00","0","","0"),
("15994","MES","0","2018-05-11","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15995","PKT","0","2018-05-11","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15996","CLA","0","2018-05-11","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15997","SKT","0","2018-05-07","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("15998","SKT","0","2018-05-08","2","0","9ASK/Sc","S4","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","","","","","MODEL: Structure of a leaf (if we have one)\nMODEL: Structure of a plant cell (if we have one)","","0","","0000-00-00","0","","0"),
("15999","SKT","0","2018-05-11","5","0","9ASK/Sc","S4","B1.4.2","Exam Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16000","SKT","0","2018-05-07","1","0","9ASK/Sc","S4","","","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? :Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","","","","","","","0","","0000-00-00","0","","0"),
("16001","SNK","0","2018-05-11","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16002","PKT","0","2018-05-11","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16003","SKT","0","2018-05-11","2","0","9BSK/Sc","S4","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","","","","","","","0","","0000-00-00","0","","0"),
("16004","CLA","0","2018-05-09","3","0","9BSK/Sc","S1","","Homework Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16005","SKT","0","2018-05-07","3","0","9BSK/Sc","S4","","","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules. \n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle. \n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","","","","","","","0","","0000-00-00","0","","0"),
("16006","SKT","0","2018-05-08","5","0","9BSK/Sc","S4","","Exam Intervention","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules. \n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle. \n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","","","","","","","0","","0000-00-00","0","","0"),
("16007","SKT","0","2018-05-10","2","0","9BSK/Sc","S4","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","","","","","MODEL: Structure of a leaf (if we have one)\nMODEL: Structure of a plant cell (if we have one)","","0","","0000-00-00","0","","0"),
("16008","CLA","0","2018-05-07","1","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16009","CLA","0","2018-05-07","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16010","CLA","0","2018-05-08","2","0","9CLA/Sc","S1","","Collins B2.8","","","","","","","","","","Collins B2.8","","0","","0000-00-00","0","","0"),
("16011","CLA","0","2018-05-11","5","0","9CLA/Sc","S1","","Collins B2.9","","","","","","","","","","Collins B2.9","","0","","0000-00-00","0","","0"),
("16012","DBE","0","2018-05-07","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16013","DBE","0","2018-05-09","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16014","DBE","0","2018-05-10","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16015","DBE","0","2018-05-11","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16016","PKT","0","2018-05-08","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16017","MES","0","2018-05-07","1","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16018","MES","0","2018-05-07","2","0","9MES/Sc","S5","","","","","","","","","","","","Required practical - Photosynthesis","","0","","0000-00-00","0","","0"),
("16019","MES","0","2018-05-08","2","0","9MES/Sc","S5","","","","","","","","","","","","Required practical - Photosynthesis","","0","","0000-00-00","0","","0"),
("16020","MES","0","2018-05-11","5","0","9MES/Sc","S5","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","X","","0","","0000-00-00","0","","0"),
("16021","SNK","0","2018-05-07","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16022","SNK","0","2018-05-08","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16023","SNK","0","2018-05-09","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16024","SNK","0","2018-05-10","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16025","SNK","0","2018-05-11","2","0","9SNK/Sc","S6","B1.4.032","Required Practical: Photosynthesis?","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5):","","","","","","Activity 1)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16026","CPD","0","2018-05-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16027","PKT","0","2018-05-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16028","DBE","0","2018-05-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16029","SNK","0","2018-05-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16030","LAN","0","2018-05-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16031","CPD","0","2018-05-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16032","CPD","0","2018-05-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16033","CPD","0","2018-05-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16034","DBE","0","2018-05-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16035","LAN","0","2018-05-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16036","SKT","0","2018-05-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16037","CPD","0","2018-05-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("16039","SNK","0","2018-05-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16040","LAN","0","2018-05-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16041","CPD","0","2018-05-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16042","LAN","0","2018-05-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16043","CPD","0","2018-05-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16044","DBE","0","2018-05-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16045","MES","0","2018-05-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16046","CLA","0","2018-05-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16047","SKT","0","2018-05-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16048","CPD","0","2018-05-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16049","DBE","0","2018-05-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16050","CPD","0","2018-05-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16051","CPD","0","2018-05-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16052","SKT","0","2018-05-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16053","CPD","0","2018-05-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16054","MES","0","2018-05-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16055","PKT","0","2018-05-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16056","LAN","0","2018-05-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16057","SKT","0","2018-05-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16058","DBE","0","2018-05-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16059","DBE","0","2018-05-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16060","SNK","0","2018-05-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16061","SKT","0","2018-05-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16062","CPD","0","2018-05-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16063","MES","0","2018-05-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16064","CLA","0","2018-05-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16065","LAN","0","2018-05-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16066","SKT","0","2018-05-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16067","CPD","0","2018-05-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16068","PKT","0","2018-05-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16069","CPD","0","2018-05-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16070","PKT","0","2018-05-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16071","SNK","0","2018-05-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16072","SKT","0","2018-05-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16073","DBE","0","2018-05-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16074","CPD","0","2018-05-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16075","LAN","0","2018-05-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16076","CPD","0","2018-05-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16077","LAN","0","2018-05-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16078","CPD","0","2018-05-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16079","CPD","0","2018-05-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16080","DBE","0","2018-05-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16081","SNK","0","2018-05-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16082","SKT","0","2018-05-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16083","CPD","0","2018-05-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16084","DBE","0","2018-05-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16085","CPD","0","2018-05-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16086","MES","0","2018-05-18","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16087","MES","0","2018-05-14","4","0","10MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16088","MES","0","2018-05-15","5","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16089","MES","0","2018-05-17","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16090","PKT","0","2018-05-17","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16091","PKT","0","2018-05-18","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16092","PKT","0","2018-05-14","2","0","10PKT/Sc","S2","","","","","","","","","","","","Class Practical separation techniques.\nMixture of table salt and sand.\nFunnels, evaporating basins, filter paper, conical flasks,","","0","","0000-00-00","0","","0"),
("16093","PKT","0","2018-05-16","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16094","PKT","0","2018-05-17","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16095","DBE","0","2018-05-17","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16096","PKT","0","2018-05-14","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16097","PKT","0","2018-05-15","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16098","CLA","0","2018-05-18","4","0","10S/Sc","S1","","Collins C6.5","","","","","","","","","","Collins C6.5","","0","","0000-00-00","0","","0"),
("16099","SNK","0","2018-05-14","2","0","10SN/Sc","S6","","Required practical food tests","","","","","","","","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("16100","SNK","0","2018-05-16","5","0","10SN/Sc","S6","P1.2.02","","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance \n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.\n4) Required practical 4 - resistors \n5) Current, potential difference or resistance can be calculated using the\nequation:\npotential difference = current ? resistance\nV = I R ","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.\nHow are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","","","","","","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16101","SNK","0","2018-05-17","3","0","10SN/Sc","S6","","Cover","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16102","SNK","0","2018-05-17","4","0","10SN/Sc","S6","","Cover","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16103","SNK","0","2018-05-18","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16104","CLA","0","2018-05-14","4","0","10TE/Sc","S1","","AQA Physics Required practical 8
\nCollins C6.5","","","","","","","","","","AQA Physics Required practical 8
\nCollins C6.5","","0","","0000-00-00","0","","0"),
("16105","CLA","0","2018-05-15","5","0","10TE/Sc","S1","","AQA Physics Required practical 8
\nCollins C6.5","","","","","","","","","","AQA Physics Required practical 8
\nCollins C6.5","","0","","0000-00-00","0","","0"),
("16106","CLA","0","2018-05-17","4","0","10TE/Sc","S1","","Collins P6.10","","","","","","","","","","Collins P6.10","","0","","0000-00-00","0","","0"),
("16107","PKT","0","2018-05-18","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16108","LAN","0","2018-05-14","4","0","10TLK/Sc","S7","","Review unit","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16109","LAN","0","2018-05-15","5","0","10TLK/Sc","S7","","review unit x2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16110","LAN","0","2018-05-17","4","0","10TLK/Sc","S7","","end of topic test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16111","LAN","0","2018-05-18","4","0","10TLK/Sc","S7","","review end of topic test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16112","LAN","0","2018-05-16","5","0","10TS/Sc","S7","C2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","","","","Activity 1)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nper group: \n75 cm3 of 100 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16113","LAN","0","2018-05-18","5","0","10TS/Sc","S7","C2.1.5","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","","","","","","","0","","0000-00-00","0","","0"),
("16114","SKT","0","2018-05-17","4","0","10TS/Sc","S4","","HOMEWORK FEEDBACK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16115","MES","0","2018-05-14","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16116","MES","0","2018-05-17","3","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16117","LAN","0","2018-05-14","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16118","LAN","0","2018-05-15","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16119","LAN","0","2018-05-16","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16120","LAN","0","2018-05-17","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16121","LAN","0","2018-05-18","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16122","LAN","0","2018-05-18","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16123","CPD","0","2018-05-17","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16124","CPD","0","2018-05-18","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16125","CPD","0","2018-05-18","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16126","MES","0","2018-05-14","5","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16127","MES","0","2018-05-15","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16128","MES","0","2018-05-16","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16129","MES","0","2018-05-17","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16130","MES","0","2018-05-18","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16131","MES","0","2018-05-18","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16132","PKT","0","2018-05-14","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16133","PKT","0","2018-05-15","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16134","PKT","0","2018-05-16","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16135","CPD","0","2018-05-14","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16136","DBE","0","2018-05-14","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16137","DBE","0","2018-05-15","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16138","DBE","0","2018-05-16","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16139","DBE","0","2018-05-17","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16140","DBE","0","2018-05-18","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16141","PKT","0","2018-05-14","1","0","7A2/Sc","S2","","What is the difference between pure and impure?","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","","","0","","0000-00-00","0","","0"),
("16142","PKT","0","2018-05-16","3","0","7A2/Sc","S2","3C.1","What is the difference between pure and impure?","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Circus of labelled substances: (does not need to be all of these)\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel","","0","","0000-00-00","0","","0"),
("16143","PKT","0","2018-05-17","1","0","7A2/Sc","S2","3C.2","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture
\nfiltration
\nevaporation
","","","Activity 1)\nSeparate out sandy salt water.","Class Practical separation techniques.\nMixture of table salt and sand.\nFunnels, evaporating basins, filter paper, conical flasks,","","0","","0000-00-00","0","","0"),
("16144","PKT","0","2018-05-18","3","0","7A2/Sc","S2","3C.3","How can we separate a mixture of liquids?","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","Demo: Liebig condenser with inky water.","","0","","0000-00-00","0","","0"),
("16145","PKT","0","2018-05-15","2","0","7A2/Sc","S2","","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture
\nfiltration
\nevaporation
","","","Activity 1)\nSeparate out sandy salt water.","","","0","","0000-00-00","0","","0"),
("16146","LAN","0","2018-05-15","2","0","7A3/Sc","S7","3B.1","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","What does a plant require to grow?/\n\n2. What is photosynthesis?/\n\n3. What are the reactants and products of photosynthesis?/\n\n4.Where does photosynthesis take place?/\n\n5. What are the limiting factors of photosynthesis? plants making carbohydrates in their leaves by photosynthesis and gaining mineral nutrients and water from the soil via their roots","","
\nPhotosynthesis\nlight
\nleaf
\nGerminated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","Activity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16147","LAN","0","2018-05-17","1","0","7A3/Sc","S7","3B.3","What does the word equation for photosynthesis mean?","","Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\nChemical reactions result from the rearrangement of atoms.\nDESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\nPhotosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nRespiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\nMeasure cress seedlings","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","","","","","Activity 1)\nThe wavy arrow distinguishes between the Big Ideas of Particles and Energy.\nActivity 2)\nFor each chemical in photosynthesis eg:\n\nCarbon dioxide is made up of the elements of Carbon and Oxygen.\n\nThe molecule consists of three atoms.\nActivity 3)\nUse the chant and Particles -\n Chemical writing frame to explain what is happening:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 5)\nEnergy ENters in ENdothermic reactions\nActivity 7)\nEnergy EXits in EXothermic reactions","","","0","","0000-00-00","0","","0"),
("16148","LAN","0","2018-05-18","3","0","7A3/Sc","S7","3B.4","What does the symbol equation for photosynthesis mean?","","Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\nChemical reactions result from the rearrangement of atoms.\nDESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\nPhotosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nRespiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\nMeasure cress seedlings","1) T: The symbol equation for photosynthesis is:\n\nCO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>\n\nWith a wavy arrow showing the light energy.\n2) A: Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\n3) A: Chemical reactions result from the rearrangement of atoms.\n4) A: DESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\n5) A: Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\n6) T: The symbol equation for respiration is:\n\nC<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O\n\nWith a wavy arrow showing the energy leaving the reaction.\n7) A: Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\n8) D: Measure cress seedlings","What is the symbol equation for photosynthesis? The symbol equation for photosynthesis is:;;CO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>;;With a wavy arrow showing the light energy.\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms.\nWhat happens to the numbers of each atom in a chemical reaction? No particles are created or destroyed in a chemical reaction.;;Therefore the equation needs to be balanced.\nWhat makes photosynthesis an endothermic reaction? Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nWhat is the symbol equation for respiration? The symbol equation for respiration is:;;C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O;;With a wavy arrow showing the energy leaving the reaction.\nWhat makes respiration an exothermic reaction? Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.","","","","","Activity 1)\nThe wavy arrow distinguishes between the Big Ideas of Particles and Energy.\nActivity 2)\nFor each chemical in photosynthesis eg:\n\nCarbon dioxide is made up of the elements of Carbon and Oxygen.\n\nThe molecule consists of three atoms.\nActivity 3)\nUse the chant and Particles -\n Chemical writing frame to explain what is happening:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 5)\nEnergy ENters in ENdothermic reactions\nActivity 7)\nEnergy EXits in EXothermic reactions","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16149","SNK","0","2018-05-14","1","0","7A3/Sc","S7","","review poo and mark 2C POO","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16150","SNK","0","2018-05-16","3","0","7A3/Sc","S7","3b.2","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("16151","DBE","0","2018-05-16","1","0","7B1/Sc","S3","3B.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16152","DBE","0","2018-05-17","3","0","7B1/Sc","S3","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16153","MES","0","2018-05-15","4","0","7B1/Sc","S5","3B.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16154","CLA","0","2018-05-15","4","0","7B2/Sc","S1","3B.2","How do organisms get energy? Food chain tray with laminated organsims to create food chain.","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","Food chain tray with laminated organisms to create food chain.","","0","","0000-00-00","0","","0"),
("16155","CLA","0","2018-05-16","1","0","7B2/Sc","S1","3B.3","What does the word equation for photosynthesis mean?","","","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","","","","","","x","","0","","0000-00-00","0","","0"),
("16156","CLA","0","2018-05-17","3","0","7B2/Sc","S1","3B.4","What does the symbol equation for photosynthesis mean?","","Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\nChemical reactions result from the rearrangement of atoms.\nDESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\nPhotosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nRespiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\nMeasure cress seedlings","1) T: The symbol equation for photosynthesis is:\n\nCO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>\n\nWith a wavy arrow showing the light energy.\n2) A: Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\n3) A: Chemical reactions result from the rearrangement of atoms.\n4) A: DESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\n5) A: Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\n6) T: The symbol equation for respiration is:\n\nC<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O\n\nWith a wavy arrow showing the energy leaving the reaction.\n7) A: Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\n8) D: Measure cress seedlings","What is the symbol equation for photosynthesis? The symbol equation for photosynthesis is:;;CO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>;;With a wavy arrow showing the light energy.\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms.\nWhat happens to the numbers of each atom in a chemical reaction? No particles are created or destroyed in a chemical reaction.;;Therefore the equation needs to be balanced.\nWhat makes photosynthesis an endothermic reaction? Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nWhat is the symbol equation for respiration? The symbol equation for respiration is:;;C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O;;With a wavy arrow showing the energy leaving the reaction.\nWhat makes respiration an exothermic reaction? Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.","","","","","Activity 1)\nThe wavy arrow distinguishes between the Big Ideas of Particles and Energy.\nActivity 2)\nFor each chemical in photosynthesis eg:\n\nCarbon dioxide is made up of the elements of Carbon and Oxygen.\n\nThe molecule consists of three atoms.\nActivity 3)\nUse the chant and Particles -\n Chemical writing frame to explain what is happening:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 5)\nEnergy ENters in ENdothermic reactions\nActivity 7)\nEnergy EXits in EXothermic reactions","x","","0","","0000-00-00","0","","0"),
("16157","MES","0","2018-05-14","1","0","7E/Sc","S5","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("16158","MES","0","2018-05-16","3","0","7E/Sc","S5","3P.06","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16159","MES","0","2018-05-17","1","0","7E/Sc","S5","3P.07","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Motion Graphs\nVelocity\nGravity\nForce\nSpeed","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("16160","SNK","0","2018-05-15","2","0","7E/Sc","S6","3P.05","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\ntimer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16161","SNK","0","2018-05-18","3","0","7E/Sc","S6","3P.08","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Newtons\nWeight
\nMass
\nForce
\nGravity
","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16162","LAN","0","2018-05-17","3","0","7S/Sc","S7","3b.3","What does the word equation for photosynthesis mean?","","","1) T: The word summary for photosynthesis is:\n\nCarbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\n2) W: The reactants of photosynthesis are:\nCarbon Dioxide and Water\n3) W: Carbon Dioxide is absorbed from the air.\n4) W: Water is absorbed from the ground through the roots.\n5) T: Carbon dioxide is absorbed through the leaves.\n6) W: The products of photosynthesis are:\nGlucose and Oxygen\n7) W: Glucose is used or stored in the plant.\n8) W: Oxygen is released through the leaves into the air.\n9) T: Glucose is converted into starch for storage.\n10) T: The word summary for respiration is:\n\nGlucose plus Oxygen becomes Carbon Dioxide plus Water releasing energy.","What is the word equation for photosynthesis? The word summary for photosynthesis is:;;Carbon Dioxide plus Water becomes Glucose plus Oxygen using light energy.\nWhat are the reactants of photosynthesi:The reactants of photosynthesis are:;Carbon Dioxide and Water\nWhere does the plant get carbon dioxide from? Carbon Dioxide is absorbed from the air.\nWhere does water come from for the plant and where does it enter the plant? Water is absorbed from the ground through the roots.\nHow does carbon dioxide get absorbed into the plant? Carbon dioxide is absorbed through the leaves.\nWhat chemicals are the products of photosynthesis? The products of photosynthesis are:;Glucose and Oxygen\nWhat happens to the glucose in a plant? Glucose is used or stored in the plant.\nWhere does the oxygen made in a plant leave from? Oxygen is released through the leaves into the air.\nWhat is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is the word equation for aerobic respiration? the reactants in, and products of, photosynthesis, and a word summary for photosynthesis","","","","","","","","0","","0000-00-00","0","","0"),
("16163","PKT","0","2018-05-16","1","0","7S/Sc","S2","3b.2","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("16164","LAN","0","2018-05-15","4","0","7S/Sc","S7","3p.12","Reflection","","","1) REFELECTION","","","","","","","","","0","","0000-00-00","0","","0"),
("16165","CPD","0","2018-05-16","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16166","SKT","0","2018-05-16","5","0","8A1/Sc","S4","6P.01","How do magnets behave?","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles.\n8) H: SET HOMEWORK: Wordsearch","Which part of the magnet is the strongest? magnetic poles, attraction and repulsion\nWhat are the ends of a magnet called? The ends are called magnetic poles.\nHow do the poles of a magnet interact? Opposite poles attract and similar poles repel.\nHow can magnets be made by using another magnet? Magnets can be made by stroking an magnetic material in the same direction with the same pole on a magnet.\nWhy do magnetic materials become magnetic? Magnetic materials become magnetic when the domains inside are lined up in the same direction.\nWhat is a magnetic domain? Magnetic domains are small regions within the material that act like a magnet.\nHow are magnetic domains created? Domains are created by the spinning electrons in particles","","Domains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnet: An object with magnetic poles.\nMagnet
\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnetic material: Ferrous metals, or magnets themselves.\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.\nMagnetic material
","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","Activity 1)\nbar magnets\n\n-----------\n\nActivity 3)\nfloating circular magnets\n\n-----------","","0","","0000-00-00","0","","0"),
("16167","SKT","0","2018-05-18","5","0","8A1/Sc","S4","6P.02","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","What is a magnetic field? The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\nWhat does the shape of a magnetic field depend on? magnetic fields by plotting with compass, representation by field lines\nHow do we represent magnetic fields in drawings? Magnetic fields are represented by field lines.\nWhere are the magnetic fields usually the strongest? The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\nHow can we plot magnetic field lines? Magnetic field lines can be plotted with a compass.\nWhich direction do magnetic field lines flow? Magnetic field lines flow from North to South poles outside a magnet.","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)\nBar magnets, pieces of card, wooden blocks,\niron filings\n\n-----------","","0","","0000-00-00","0","","0"),
("16168","CLA","0","2018-05-16","5","0","8A2/Sc","S1","6P.4","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16169","CLA","0","2018-05-18","5","0","8A2/Sc","S1","6P.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","x","","0","","0000-00-00","0","","0"),
("16170","MES","0","2018-05-16","5","0","8A3/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16171","MES","0","2018-05-18","5","0","8A3/Sc","S5","","","","","","","","","","","","Egg drop materials\nEggs\nPlastic bags\nStraws\nNewspaper","","0","","0000-00-00","0","","0"),
("16172","PKT","0","2018-05-14","3","0","8B1/Sc","S2","6P.4","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16173","PKT","0","2018-05-16","4","0","8B1/Sc","S2","6P.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","","","0","","0000-00-00","0","","0"),
("16174","PKT","0","2018-05-17","5","0","8B1/Sc","S2","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","For each student group\nCopper wire, PVC-covered, 150 cm with bare ends\nIron filings\nNail, large, made of iron\nTintacks or paper clips, supply of\nPower supply, low-voltage ('Westminster pattern' very-low-voltage supplies are best) \nAmmeter, 0-1 A OPTIONAL\nhttp://practicalphysics.org/simple-electromagnet.html","","0","","0000-00-00","0","","0"),
("16175","LAN","0","2018-05-16","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16176","DBE","0","2018-05-14","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16177","DBE","0","2018-05-17","5","0","8B2/Sc","S3","","POO","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16178","DBE","0","2018-05-16","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16179","DBE","0","2018-05-18","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16180","SNK","0","2018-05-14","3","0","8S/Sc","S6","6C.08","What happens when acids and metals react?","","","1) reactions of acids with metals to produce a salt plus hydrogen","What are the products when you react an acid with a metal? reactions of acids with metals to produce a salt plus hydrogen","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nCollect gas from metal and acid. Use a variety of metals.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","Activity 1)\nDEMO - Hydrochloric acid, magnesium, test tubes, funnel, splints (gas test for hydrogen)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16181","SNK","0","2018-05-16","4","0","8S/Sc","S6","6C.09","What happens when acids and alkalis react?","","","1) reactions of acids with metals to produce a salt plus hydrogen\n2) reactions of acids with alkalis to produce a salt plus water","What are the products when you react an acid with an alkali? reactions of acids with alkalis to produce a salt plus water","","green \nend point\nneutral\nsalt\nalkali\nacid","","","Activity 1)\nExamine evaporated solution to find Salt.\nActivity 2)\nStudents plan method based on previous lesson.\n\nCollect gas from metal and acid.\n\nPerform gas tests to identify hydrogen.\n\nConcentrate solution.\n\nGo through word and formula equations.","Making salts from neutralisation","","0","","0000-00-00","0","","0"),
("16182","SNK","0","2018-05-17","5","0","8S/Sc","S6","6C.10","Which oxides form acids?","","Identify types of oxides by testing pH","1) reactions of acids with alkalis to produce a salt plus water\n2) W: Metal oxides dissolve to form alkali solutions.\n3) W: Non-metal oxides dissolve to form acid solutions.\n4) A: Identify types of oxides by testing pH","What is formed when metal oxides dissolve? Metal oxides dissolve to form alkali solutions.\nWhat is formed when non-metal oxides dissolve? Non-metal oxides dissolve to form acid solutions.\nHow can we identify types of oxides? Identify types of oxides by testing pH","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt\nActivity 2)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\nActivity 3)\nDEMO\n Burning sulfur on deflangenated spoon in gas gar of oxygen.\nActivity 4)\nRSC Classic Chemistry Experiments: 21 Testing the pH of oxides.
\n
\nBut label samples A to E","Activity 3)\nBurn magnesium in bottle caps.\n\nBlue glass.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\n\nProvide solutions of :\n Nitric acid (labelled Nitrogen oxide and water) 0.2 mol dm–3 (Irritant)\n Sodium hydroxide (labelled Sodium oxide and water) 0.2 mol dm–3 (Irritant)\n Potassium hydroxide (labelled Potassium oxide and water) 0.2 mol dm–3 (Irritant)\n Phosphoric acid (labelled Phosphorus (V) oxide and water) 0.2 mol dm–3\n Calcium hydroxide (labelled Calcium oxide and water) 0.2 mol dm–3\n Universal Indicator (in bottle with dropping pipette).\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16183","SKT","0","2018-05-14","3","0","9ASK/Sc","S4","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","","","","","MODEL: Structure of a leaf (if we have one)\nMODEL: Structure of a plant cell (if we have one)","","0","","0000-00-00","0","","0"),
("16184","SKT","0","2018-05-15","2","0","9ASK/Sc","S4","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","","","","","","","0","","0000-00-00","0","","0"),
("16185","SKT","0","2018-05-16","4","0","9ASK/Sc","S4","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide water -> glucose oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("16186","SKT","0","2018-05-17","5","0","9ASK/Sc","S4","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16187","SKT","0","2018-05-18","3","0","9ASK/Sc","S4","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","","","0","","0000-00-00","0","","0"),
("16188","CLA","0","2018-05-15","3","0","9BSK/Sc","S1","","HOMEWORK FEEDBACK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16189","SKT","0","2018-05-14","4","0","9BSK/Sc","S4","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.\n","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","","","","","MODEL: Structure of a leaf (if we have one)\nMODEL: Structure of a plant cell (if we have one)","","0","","0000-00-00","0","","0"),
("16190","SKT","0","2018-05-15","4","0","9BSK/Sc","S4","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","","","","","","","0","","0000-00-00","0","","0"),
("16191","SKT","0","2018-05-18","4","0","9BSK/Sc","S4","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide water -> glucose oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("16192","CLA","0","2018-05-17","5","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16193","CLA","0","2018-05-18","3","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16194","CLA","0","2018-05-14","3","0","9CLA/Sc","S1","","Collins B2.9","","","","","","","","","","Collins B2.9","","0","","0000-00-00","0","","0"),
("16195","CLA","0","2018-05-15","2","0","9CLA/Sc","S1","","whoosh bottle","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16196","CLA","0","2018-05-16","4","0","9CLA/Sc","S1","","boiling tubes and thermometers","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16197","DBE","0","2018-05-14","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16198","DBE","0","2018-05-15","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16199","DBE","0","2018-05-15","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16200","DBE","0","2018-05-18","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16201","MES","0","2018-05-17","5","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16202","MES","0","2018-05-18","3","0","9MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16203","MES","0","2018-05-14","3","0","9MES/Sc","S5","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16204","MES","0","2018-05-15","2","0","9MES/Sc","S5","B1.4.6","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16205","MES","0","2018-05-16","4","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16206","SNK","0","2018-05-14","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16207","SNK","0","2018-05-15","3","0","9SNK/Sc","S6","B1.4.06","OVERLAP: How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16208","SNK","0","2018-05-15","4","0","9SNK/Sc","S6","B1.4.05","OVERLAP: What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","","","0","","0000-00-00","0","","0"),
("16209","SNK","0","2018-05-18","4","0","9SNK/Sc","S6","B1.4.04","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16210","CLA","0","2018-05-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16211","LAN","0","2018-05-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16212","SKT","0","2018-05-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16213","CPD","0","2018-05-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16214","DBE","0","2018-05-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16215","CLA","0","2018-05-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16216","LAN","0","2018-05-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16217","SKT","0","2018-05-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16218","LAN","0","2018-05-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16219","CPD","0","2018-05-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16220","CPD","0","2018-05-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16221","DBE","0","2018-05-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16222","DBE","0","2018-05-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16223","CPD","0","2018-05-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16224","MES","0","2018-05-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16225","PKT","0","2018-05-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16226","LAN","0","2018-05-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16227","SKT","0","2018-05-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16228","CPD","0","2018-05-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16229","PKT","0","2018-05-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16230","CPD","0","2018-05-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16231","DBE","0","2018-05-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16232","SNK","0","2018-05-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16233","SKT","0","2018-05-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16234","CPD","0","2018-05-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16235","MES","0","2018-05-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16236","SNK","0","2018-05-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16237","LAN","0","2018-05-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16238","SKT","0","2018-05-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16239","CPD","0","2018-05-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16240","DBE","0","2018-05-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16241","CLA","0","2018-05-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16242","LAN","0","2018-05-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16243","SKT","0","2018-05-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16244","DBE","0","2018-05-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16245","CPD","0","2018-05-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16246","CPD","0","2018-05-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16247","CLA","0","2018-05-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16248","SNK","0","2018-05-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16249","SKT","0","2018-05-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16250","CPD","0","2018-05-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16251","DBE","0","2018-05-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16252","SKT","0","2018-05-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16253","CPD","0","2018-05-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16254","CPD","0","2018-05-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16255","LAN","0","2018-05-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16256","CPD","0","2018-05-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16257","DBE","0","2018-05-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16258","DBE","0","2018-05-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16259","CPD","0","2018-05-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16260","CPD","0","2018-05-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16261","CPD","0","2018-05-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16262","SNK","0","2018-05-21","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16263","DNM","0","2018-05-21","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16264","MES","0","2018-05-21","3","0","10MES/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16265","MES","0","2018-05-23","5","0","10MES/Sc","S5","R","Required Practical - Energy changes","","","","","","","","","","Required Practical - Energy changes","","0","","0000-00-00","0","","0"),
("16266","MES","0","2018-05-24","3","0","10MES/Sc","S5","P2.1.4","How much work is done to lift a coffee jar?","","Students should be able to convert between newton-metres and joules\n\nStudents should be able to describe the energy transfer involved when work is done.\n","1) When a force causes an object to move through a distance work is done on the object.\n2) A force does work on an object when the force causes a displacement of the object.\n3) One joule of work is done when a force of one newton causes a displacement of one metre.\n1 joule = 1 newton-metre\n5) (MS) The work done by a force on an object can be calculated using the equation:\nwork done = force ? distance moved along the line of action of the force\nW = F s\nwork done, W, in joules, J\nforce, F, in newtons, N\ndistance, s, in metres, m\n7) Work done against the frictional forces acting on an object causes a rise in\nthe temperature of the object.","When is work done on an object? When a force causes an object to move through a distance work is done on the object.\nWhen does a force do work on an object? A force does work on an object when the force causes a displacement of the object.\nWhat is one joule of work done equal to? One joule of work is done when a force of one newton causes a displacement of one metre.;1 joule = 1 newton-metre\nHow many joules are in 76 Nm? 1 joule = 1 newton-metre so 76 joules is equal to 76 Nm.\nWhat equation is used to calculate work done by a force on an object? Include SI units.:(MS) The work done by a force on an object can be calculated using the equation:;work done = force ? distance moved along the line of action of the force;W = F s;work done, W, in joules, J;force, F, in newtons, N;distance, s, in metres, m\nWhat is the energy transfer that occurs when work is done? Work done and energy transferred are measured in joules (J). The work done on an object can be calculated if the force and distance moved are known. A change in momentum happens when a force is applied to an object that is moving or is able to move.\nWhen work is done against the frictional forces acting on an object what happens to the temperature of the object? Work done against the frictional forces acting on an object causes a rise in;the temperature of the object.","","Newton-metre\nEnergy transfer\nFrictional forces\nTemperature\nNewton\nJoule\nForce\nDistance\nDisplacement\nWork done","","","","X","","0","","0000-00-00","0","","0"),
("16267","MES","0","2018-05-25","3","0","10MES/Sc","S5","P2.1.5","What happens to an object when it is stretched?","","Students should be able to give examples of the forces involved in stretching, bending or compressing an object\n\nStudents should be able to explain why, to change the shape of an object (by stretching, bending or compressing), more than one force has to be applied ? this is limited to stationary objects only\n\nStudents should be able to describe the difference between elastic deformation and inelastic deformation caused by stretching forces.\n\nStudents should be able to describe the difference between a linear and non-linear relationship between force and extension\n","4) The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\n5) (MS) force = spring constant ? extension\nF = k e\nforce, F, in newtons, N\nspring constant, k, in newtons per metre, N/m extension, e, in metres, m\nThis relationship also applies to the compression of an elastic object, where\n?e? would be the compression of the object.","What forces are involved in stretching, bending or compressing an object? Forces may change the shape of an object. An elastic object such as a spring stores elastic potential energy when stretched or squashed. The extension of an elastic object is directly proportional to the force applied.\nWhy, to change the shape of an object (by stretching, bending or compressing), does more than one force have to be applied? If one force only is applied to an object, for example a car, then the object will change speed or direction. If we want to change the shape of an object, we have to apply more than one force to it.\nWhat is the difference between elastic deformation and inelastic deformation caused by stretching forces? Elastic deformation is where a material changes in shape at low stress that is recoverable after the stress is removed. Inelastic deformation is caused a material is stretched beyond its limit of proportionality.\nWhat is the relationship between extension and force for an elastic object, such as a spring? The extension of an elastic object, such as a spring, is directly proportional to the force applied, provided that the limit of proportionality is not exceeded.\nWhat is the equation that links force, spring constant and extension? Include SI units.:(MS) force = spring constant ? extension;F = k e;force, F, in newtons, N;spring constant, k, in newtons per metre, N/m extension, e, in metres, m;This relationship also applies to the compression of an elastic object, where;?e? would be the compression of the object.\nWhat is the difference between a linear and non-linear relationship between force and extension? A linear relationship between force and extension is a directly proportional one, where a non-linear relationship shows that an elastic object has exceeded its limit of proportionality.","","Directly proportional\nElastic\nLimit of proportionality\nSpring constant\nNon-linear\nLinear\nExtension\nInelastic deformation\nBending\nStretching\nCompressing\nStationary\nElastic deformation\nForces","","","","X","","0","","0000-00-00","0","","0"),
("16268","MES","0","2018-05-25","4","0","10MES/Sc","S5","P2.1.6","What is the relationship between force and extension? (RP - Part 1)","","Students should be able to calculate a spring constant in linear cases\n\nStudents should be able to interpret data from an investigation of the relationship between force and extension\n\nStudents should be able to calculate work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:\nelastic potential energy = 0.5 x spring constant s extension(squared)\nE = 0.5 k e(squared)\n\nStudents should be able to calculate relevant values of stored energy and energy transfers.\n","1) A force that stretches (or compresses) a spring does work and elastic potential energy is stored in the spring. \n2) Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\n4) Required practical activity 6 (Part 1) -force and extension for a spring. (AT skills 1 and 2)","What is the relationship between the work done on the spring and the elastic potential energy stores? Provided the spring is not inelastically deformed, the work done on the spring and the elastic potential energy stored are equal.\nWhat equation is used to calculate elastic potential energy? Elastic potential energy can be calculated for the work done in stretching (or compressing) a spring (up to the limit of proportionality) using the equation:;elastic potential energy = 0.5 x spring constant s extension(squared);E = 0.5 k e(squared)","","Energy store\nWork done\nExtension\nEnergy transfer\nLimit of proportionality\nForce\nSpring constant\nStretching\nElastic potential energy\nCompression\nLinear","","","","Activity 1)\nAQA Required Practical - Force and extension\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16269","PKT","0","2018-05-23","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16270","PKT","0","2018-05-24","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16271","PKT","0","2018-05-21","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16272","PKT","0","2018-05-25","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16273","DBE","0","2018-05-24","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16274","DBE","0","2018-05-25","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16275","PKT","0","2018-05-25","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16276","CLA","0","2018-05-21","3","0","10S/Sc","S1","","Collins C6.6","","","","","","","","","","Collins C6.6","","0","","0000-00-00","0","","0"),
("16277","CLA","0","2018-05-23","5","0","10S/Sc","S1","","Collins C6.8 Require the following Catalysts: Manganese dioxide, Copper Oxide Zinc oxide, Iron III Oxide, Hydrogen peroxide, 20ml measuring cylinders, conical flasks and rubber bungs.","","","","","","","","","","Collins C6.8: Require the following Catalysts: Manganese dioxide, Copper Oxide Zinc oxide, Iron III Oxide, Hydrogen peroxide, 20ml measuring cylinders, conical flasks and rubber bungs.","","0","","0000-00-00","0","","0"),
("16278","SNK","0","2018-05-21","4","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16279","SNK","0","2018-05-23","2","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16280","SNK","0","2018-05-24","5","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16281","SNK","0","2018-05-25","3","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16282","CLA","0","2018-05-24","3","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16283","CLA","0","2018-05-25","3","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16284","CLA","0","2018-05-25","4","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16285","PKT","0","2018-05-21","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16286","PKT","0","2018-05-23","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16287","LAN","0","2018-05-21","3","0","10TLK/Sc","S7","B1.2.4","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16288","LAN","0","2018-05-23","5","0","10TLK/Sc","S7","B1.2.5","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) Water may move across cell membranes via osmosis. \n2) A single-celled organism has a relatively large surface area to volume ratio.\n3) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n10) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n11) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n12) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Oills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","","","","Activity 1)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.","Activity 1)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16289","LAN","0","2018-05-24","3","0","10TLK/Sc","S7","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.\n7) \n8) ","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? semi permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16290","LAN","0","2018-05-25","3","0","10TLK/Sc","S7","B1.2.8","Required practical 3 'Osmosis' - Planning and set up","","","1) To plan and carry out the first part of the osmosis in potato practical.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknife & tile\nSugar solns 1M-0.25M\naccurate balances\ndistilled water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16291","LAN","0","2018-05-25","4","0","10TLK/Sc","S7","B1.2.9","Required practical 3 'Osmosis' - Data collection and analysis","","","1) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16292","LAN","0","2018-05-21","4","0","10TS/Sc","S7","C2.1.6","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.\n","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","","","","Activity 10)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction. \n\nDemo 2: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\ndemo: \nammonium chloride in boiling tube with mineral wool in the top. \n\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16293","SKT","0","2018-05-24","5","0","10TS/Sc","S4","","HOMEWORK LESSON","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16294","SKT","0","2018-05-25","3","0","10TS/Sc","S4","P2.1.10","P2.1 - Review","","Students should be able to explain how levers and gears transmit the\nrotational effects of forces.\n\nStudents should be able to complete calculations involving an event, such as the collision of two objects.\n\nStudents should be able to explain safety features such as: air bags, seat belts, gymnasium crash mats, cycle helmets and cushioned surfaces for playgrounds with reference to the concept of rate of change of momentum.\n\nStudents should be able to apply equations relating force, mass, velocity and acceleration to explain how the changes involved are inter-related. (MS)\n","1) ","What can be used to transmit the rotational effects of a force? A simple lever and a simple gear system can both be used to transmit the;rotational effects of force\nHow do levers and gears transmit the rotational effects of forces? When someone uses a lever, they exert a force (the effort) around a pivot to move an object (the load). Levers rely on the principle of moments to act as 'force multipliers' - they reduce the effort needed to move the load by increasing the distance over which it is acting.\ntwo model cars collide reversing into one another), the blue car has a of mass 1.2Kg and the red car has a mass of 1.4 kg they collide at speeds of 0.5m/s (blue) and 0.2m/s (red) what is the velocity of the cars after the collision? 0.12m/s/s\nThe equations F = m Ă— a and a = ( v - u ) / t combine to give what equation? F = m Δ v / Δ t\nIn terms of rate of change of momentum, how do different examples of safety features work? air bags, seat belts, gymnasium crash mats, cycle helmets and cushioned surfaces. They deform and they increase the amount of time the person takes to come to a stop. They provide a softer surface (like a pillow) and seatbelts protect people in two ways during a crash.; The seatbelt prevents the person being thrown about in the car,; possibly through the windscreen; or hitting themselves on the steering wheel or other objects.; The seatbelt also stretches a little, while restraining;the person during a crash. The stretching; increases the amount of time it takes the person to stop.; to prevent the people hitting themselves on hard objects","","Force\nMomentum\nCollision\nAcceleration\nMass\nVelocity\nTime\nSafety\nGear\nRotation\nLever","","","","","","0","","0000-00-00","0","","0"),
("16295","MES","0","2018-05-23","2","0","10TS/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16296","LAN","0","2018-05-22","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16297","LAN","0","2018-05-23","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16298","LAN","0","2018-05-24","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16299","CPD","0","2018-05-22","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16300","CPD","0","2018-05-23","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16301","CPD","0","2018-05-24","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16302","MES","0","2018-05-23","4","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16303","MES","0","2018-05-24","4","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16304","MES","0","2018-05-22","3","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16305","PKT","0","2018-05-22","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16306","PKT","0","2018-05-23","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16307","PKT","0","2018-05-24","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16308","CPD","0","2018-05-23","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16309","CPD","0","2018-05-24","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16310","DBE","0","2018-05-21","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16311","DBE","0","2018-05-22","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16312","PKT","0","2018-05-21","1","0","7A2/Sc","S2","3c.4","Chromatography Enquiry - Planning","","To be able to describe simple techniques for separating mixtures: chromotography.\nChromatography can be used to separate mixtures of coloured compounds.","1) D: To be able to describe simple techniques for separating mixtures: chromotography.\n2) D: Chromatography can be used to separate mixtures of coloured compounds.\n3) Chromatography enquiry\nPLANNING:\nAim: To found out if red M&Ms contain the banned red food dye.","What is chromatography? To be able to describe simple techniques for separating mixtures: chromotography.\nWhy would we use chromatography to identify a type of sweet? Chromatography can be used to separate mixtures of coloured compounds.","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","To find out if red M&Ms contain the banned red food dye\n\n(would write in equipment but hoping you know it better than me).","","0","","0000-00-00","0","","0"),
("16313","PKT","0","2018-05-22","4","0","7A2/Sc","S2","3c.5","Chromatography Enquiry - Data collection","","","1) Chromatography enquiry\nDATA COLLECTION:\nAim: To found out if red M&Ms contain the banned red food dye.","","","separate\ncolour\nmixture\nink\nchromatography","","","","To find out if red M&Ms contain the banned red food dye\n\n(would write in equipment but hoping you know it better than me).","","0","","0000-00-00","0","","0"),
("16314","LAN","0","2018-05-21","1","0","7A3/Sc","S7","3b.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","chloroplasts\nleaves \nsurface area","","","","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16315","LAN","0","2018-05-22","4","0","7A3/Sc","S7","3B.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","iodine\nstarch \nstorage\nconverted ","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nplants with some leaves covered\niodine\nboiling tubes\nethanol\ntiles\nforceps\nbeakers\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16316","MES","0","2018-05-24","2","0","7B1/Sc","S5","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("16317","MES","0","2018-05-21","5","0","7B1/Sc","S5","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16318","DBE","0","2018-05-23","2","0","7B1/Sc","S3","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16319","MES","0","2018-05-22","5","0","7B1/Sc","S5","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16320","CLA","0","2018-05-21","5","0","7B2/Sc","S1","3B.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","chloroplasts\nleaves \nsurface area","","","","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16321","CLA","0","2018-05-22","5","0","7B2/Sc","S1","3B.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","iodine\nstarch \nstorage\nconverted ","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nplants with some leaves covered\niodine\nboiling tubes\nethanol\ntiles\nforceps\nbeakers\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16322","CLA","0","2018-05-23","2","0","7B2/Sc","S1","3B.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","gas exchange\nleaf \nstomata","","","","x","","0","","0000-00-00","0","","0"),
("16323","CLA","0","2018-05-24","2","0","7B2/Sc","S1","3B.8","Halfway Review","","","1) Review of 3B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3B.1","","","0","","0000-00-00","0","","0"),
("16324","SNK","0","2018-05-22","4","0","7E/Sc","S6","3P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16325","SNK","0","2018-05-21","1","0","7E/Sc","S6","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","How are different seasons caused? the seasons and the Earth\'s tilt, day length at different times of year, in different hemispheres","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16326","LAN","0","2018-05-24","2","0","7S/Sc","S7","3B.6","How can we prove that light is needed for photosynthesis","","Glucose is converted into starch for storage.\nTest half covered leaves for starch.\nMeasure cress seedlings","1) A: Glucose is converted into starch for storage.\n2) The test for starch is it reacts with iodine, turning black.\n3) D: Test half covered leaves for starch.\n4) EW: Write a conclusion and then explain it using big ideas\n5) D: Measure cress seedlings","What is glucose converted into when stored in a plant? Glucose is converted into starch for storage.\nWhat is used to test for starch and what is the colour change? The test for starch is it reacts with iodine, turning black.","","iodine\nstarch \nstorage\nconverted ","","","Activity 4)\nExtended Writing (TOWER)\n\nT - Talk in groups\nO - Organise visually (Flow map)\nL - Level up language (Keyword sheet)\nD - Draft first attempt\nE - Evaluate (mark up, rainbow writing)\nR - Redraft","Activity 1)\nplants with some leaves covered\niodine\nboiling tubes\nethanol\ntiles\nforceps\nbeakers\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16327","LAN","0","2018-05-23","2","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16328","PKT","0","2018-05-21","5","0","7S/Sc","S3","3b.4","What does the symbol equation for photosynthesis mean?","","Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\nChemical reactions result from the rearrangement of atoms.\nDESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\nPhotosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nRespiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\nMeasure cress seedlings","1) T: The symbol equation for photosynthesis is:\n\nCO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>\n\nWith a wavy arrow showing the light energy.\n2) A: Students can identify the number of elements in a compound from its formulae. - \n\nStudents can identify the number of atoms in a compound from its formulae\n3) A: Chemical reactions result from the rearrangement of atoms.\n4) A: DESIRABLE:\nNo particles are created or destroyed in a chemical reaction.\n\nTherefore the equation needs to be balanced.\n5) A: Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\n6) T: The symbol equation for respiration is:\n\nC<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O\n\nWith a wavy arrow showing the energy leaving the reaction.\n7) A: Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.\n8) D: Measure cress seedlings","What is the symbol equation for photosynthesis? The symbol equation for photosynthesis is:;;CO<SUB>2</SUB> plus H<SUB>2</SUB>O -> C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB>;;With a wavy arrow showing the light energy.\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms.\nWhat happens to the numbers of each atom in a chemical reaction? No particles are created or destroyed in a chemical reaction.;;Therefore the equation needs to be balanced.\nWhat makes photosynthesis an endothermic reaction? Photosynthesis is an endothermic chemical reactions because it takes energy to build bigger molecules.\nWhat is the symbol equation for respiration? The symbol equation for respiration is:;;C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB> -> CO<SUB>2</SUB> plus H<SUB>2</SUB>O;;With a wavy arrow showing the energy leaving the reaction.\nWhat makes respiration an exothermic reaction? Respiration is an exothermic chemical reactions because it releases energy when bigger molecules are split.","","energy\nexothermic\nmeasure\nreleases \nrespiration\nconservation of mass\nendothermic\natoms","","","Activity 1)\nThe wavy arrow distinguishes between the Big Ideas of Particles and Energy.\nActivity 2)\nFor each chemical in photosynthesis eg:\n\nCarbon dioxide is made up of the elements of Carbon and Oxygen.\n\nThe molecule consists of three atoms.\nActivity 3)\nUse the chant and Particles -\n Chemical writing frame to explain what is happening:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 5)\nEnergy ENters in ENdothermic reactions\nActivity 7)\nEnergy EXits in EXothermic reactions","","","0","","0000-00-00","0","","0"),
("16329","LAN","0","2018-05-22","5","0","7S/Sc","S7","3B.5","How are leaves adapted for photosynthesis?","","Measure cress seedlings","1) Leaves are flat and so have a large surface area to collect the sunlight.\n2) The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.\n3) D: Measure cress seedlings","How are leaves shaped to help photosynthesis? Leaves are flat and so have a large surface area to collect the sunlight.\nHow are palisade cells adapted to perform photosynthesis? The palisade cells, found towards the top of the leaves, have lots of chloroplast which perform photosynthesis.","","chloroplasts\nleaves \nsurface area","","","","Activity 1)\nNail varnish, leaves, slides, microscopes, prepared slides of cells.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16330","SKT","0","2018-05-25","1","0","8A1/Sc","S4","6P.08","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","How do objects become charged? Objects can become charged when objects are rubbed together.\nWhat do objects with the same charge do to each other? Objects charged in the same way repel each other.\nWhat do objects with opposite charges do to each other? Objects used to charge each other will attract each other.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\n\n-----------","","0","","0000-00-00","0","","0"),
("16331","LAN","0","2018-05-24","5","0","8A1/Sc","S7","6P.06","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","","","0","","0000-00-00","0","","0"),
("16332","SKT","0","2018-05-21","4","0","8A1/Sc","S4","6P.03","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","What shape is the Earth's magnetic field? Earth's magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16333","SKT","0","2018-05-22","1","0","8A1/Sc","S4","6P.04","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16334","SKT","0","2018-05-23","1","0","8A1/Sc","S4","6P.05","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","","","0","","0000-00-00","0","","0"),
("16335","CLA","0","2018-05-25","1","0","8A2/Sc","S1","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","x","","0","","0000-00-00","0","","0"),
("16336","CLA","0","2018-05-21","4","0","8A2/Sc","S1","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","x","","0","","0000-00-00","0","","0"),
("16337","CLA","0","2018-05-22","1","0","8A2/Sc","S1","6P.7","Halfway Review","","Review of 6P.1","1) A: Review of 6P.1\n2) H: SET HOMEWORK:\nLearn Definitions of keywords\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6P.1","x","","0","","0000-00-00","0","","0"),
("16338","CLA","0","2018-05-23","1","0","8A2/Sc","S1","6P.8","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","How do objects become charged? Objects can become charged when objects are rubbed together.\nWhat do objects with the same charge do to each other? Objects charged in the same way repel each other.\nWhat do objects with opposite charges do to each other? Objects used to charge each other will attract each other.","","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\n\n-----------","","0","","0000-00-00","0","","0"),
("16339","CLA","0","2018-05-24","5","0","8A2/Sc","S1","6P.9","How does a Van de Graaff generator work?","","","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What causes a negative charge? The negative charges which are transferred are electrons.\nWhat forces occur between charged objects? There are electrostatic forces between charged objects.\nWhy is it that electrons can be transferred by protons can't? Electrons are able to be transferred because they are on the outer edge of an atom.","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16340","MES","0","2018-05-21","4","0","8A3/Sc","S5","1B.3","","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------","","0","","0000-00-00","0","","0"),
("16341","MES","0","2018-05-22","1","0","8A3/Sc","S5","","","","","","","","","","","","Microscopes\nSlides of specialised cells","","0","","0000-00-00","0","","0"),
("16342","MES","0","2018-05-23","1","0","8A3/Sc","S5","1C.3","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: Anything that moves.\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------","","0","","0000-00-00","0","","0"),
("16343","MES","0","2018-05-24","5","0","8A3/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16344","MES","0","2018-05-25","1","0","8A3/Sc","S5","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16345","PKT","0","2018-05-22","2","0","8B1/Sc","S2","6P.8","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","How do objects become charged? Objects can become charged when objects are rubbed together.\nWhat do objects with the same charge do to each other? Objects charged in the same way repel each other.\nWhat do objects with opposite charges do to each other? Objects used to charge each other will attract each other.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\n\n-----------","","0","","0000-00-00","0","","0"),
("16346","PKT","0","2018-05-23","1","0","8B1/Sc","S2","6P.9","How does a Van de Graaff generator work?","","","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What causes a negative charge? The negative charges which are transferred are electrons.\nWhat forces occur between charged objects? There are electrostatic forces between charged objects.\nWhy is it that electrons can be transferred by protons can't? Electrons are able to be transferred because they are on the outer edge of an atom.","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16347","PKT","0","2018-05-24","1","0","8B1/Sc","S2","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("16348","PKT","0","2018-05-25","5","0","8B1/Sc","S2","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16349","LAN","0","2018-05-25","5","0","8B2/Sc","S7","6C.3","How are metals and non-metals different from each other?","","","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Activity 6)\nsamples of different metals to make observations (with names labelled)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16350","LAN","0","2018-05-23","1","0","8B2/Sc","S7","","review POO","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","group\nalkali
\nmetal
\nreactivity
","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","","","0","","0000-00-00","0","","0"),
("16351","DBE","0","2018-05-22","2","0","8B2/Sc","S3","6c.1","How did Mendeleev design the Periodic Table?","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","How did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","metal
\nalkali
\ngroup\nreactivity
\nperiodic\nmelting
\nboiling
\nelement
","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:
\n
\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/
\n
\nNote this original plan is split over two lessons.
\n
\n
\n
\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","","","0","","0000-00-00","0","","0"),
("16352","DBE","0","2018-05-24","1","0","8B2/Sc","S3","6C.2","How to do we use the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","group\nalkali
\nmetal
\nreactivity
","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16353","DBE","0","2018-05-25","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16354","DBE","0","2018-05-21","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16355","DBE","0","2018-05-22","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16356","DBE","0","2018-05-23","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16357","DBE","0","2018-05-24","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16358","SNK","0","2018-05-22","2","0","8S/Sc","S6","6C.10","Which oxides form acids?","","Identify types of oxides by testing pH","1) reactions of acids with alkalis to produce a salt plus water\n2) W: Metal oxides dissolve to form alkali solutions.\n3) W: Non-metal oxides dissolve to form acid solutions.\n4) A: Identify types of oxides by testing pH","What is formed when metal oxides dissolve? Metal oxides dissolve to form alkali solutions.\nWhat is formed when non-metal oxides dissolve? Non-metal oxides dissolve to form acid solutions.\nHow can we identify types of oxides? Identify types of oxides by testing pH","","green
\nend point\nneutral
\nsalt
\nalkali
\nacid
","","","Activity 1)\nExamine evaporated solution to find Salt\nActivity 2)\nBurn magnesium in bottle caps.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\nActivity 3)\nDEMO\n Burning sulfur on deflangenated spoon in gas gar of oxygen.\nActivity 4)\nRSC Classic Chemistry Experiments: 21 Testing the pH of oxides.\n\nBut label samples A to E","Activity 3)\nBurn magnesium in bottle caps.\n\nBlue glass.\n\nDissolve magnesium oxide in distilled water.\n\nTest solution with UI.\n\nProvide solutions of :\n Nitric acid (labelled Nitrogen oxide and water) 0.2 mol dm–3 (Irritant)\n Sodium hydroxide (labelled Sodium oxide and water) 0.2 mol dm–3 (Irritant)\n Potassium hydroxide (labelled Potassium oxide and water) 0.2 mol dm–3 (Irritant)\n Phosphoric acid (labelled Phosphorus (V) oxide and water) 0.2 mol dm–3\n Calcium hydroxide (labelled Calcium oxide and water) 0.2 mol dm–3\n Universal Indicator (in bottle with dropping pipette).\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16359","SNK","0","2018-05-23","1","0","8S/Sc","S6","6C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16360","SNK","0","2018-05-24","1","0","8S/Sc","S6","6C.12","Reflection","","REFLECTION","1) A: REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("16361","SNK","0","2018-05-25","5","0","8S/Sc","S6","","","","","","","","","","","","Cover","","0","","0000-00-00","0","","0"),
("16362","MES","0","2018-05-25","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16363","PKT","0","2018-05-25","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16364","CLA","0","2018-05-25","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16365","SKT","0","2018-05-21","2","0","9ASK/Sc","S4","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16366","SKT","0","2018-05-22","2","0","9ASK/Sc","S4","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","AQA Required Practical - Photosynthesis","","0","","0000-00-00","0","","0"),
("16367","SKT","0","2018-05-25","5","0","9ASK/Sc","S4","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16368","SKT","0","2018-05-21","1","0","9ASK/Sc","S4","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide water -> glucose oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("16369","SNK","0","2018-05-25","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16370","PKT","0","2018-05-25","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16371","SKT","0","2018-05-25","2","0","9BSK/Sc","S4","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16372","CLA","0","2018-05-23","3","0","9BSK/Sc","S1","","HOMEWORK FEEDBACK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16373","SKT","0","2018-05-21","3","0","9BSK/Sc","S4","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("16374","SKT","0","2018-05-22","5","0","9BSK/Sc","S4","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16375","SKT","0","2018-05-24","2","0","9BSK/Sc","S4","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","AQA Required Practical - Photosynthesis","","0","","0000-00-00","0","","0"),
("16376","CLA","0","2018-05-21","1","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16377","CLA","0","2018-05-21","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16378","CLA","0","2018-05-22","2","0","9CLA/Sc","S1","C1.2.1","What is the periodic table? Large periodic table with examples of metals and non metals to place on it.","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.","Explain how elements are ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nIn terms of electron structure, how are elements in the same group similar? lements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell","","","","","","","","0","","0000-00-00","0","","0"),
("16379","CLA","0","2018-05-25","5","0","9CLA/Sc","S1","C1.2.2","How was the periodic table developed?","","Students should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n2) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n3) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n4) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n5) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nWhat steps were involved in the development of the periodic table? ","","","","","","x","","0","","0000-00-00","0","","0"),
("16380","DBE","0","2018-05-21","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16381","DBE","0","2018-05-23","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16382","DBE","0","2018-05-24","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16383","DBE","0","2018-05-25","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16384","PKT","0","2018-05-22","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16385","MES","0","2018-05-21","1","0","9MES/Sc","S5","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16386","MES","0","2018-05-21","2","0","9MES/Sc","S5","B1.4.5","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------","","0","","0000-00-00","0","","0"),
("16387","MES","0","2018-05-22","2","0","9MES/Sc","S5","B1.4.6","REEEEview","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","x","","0","","0000-00-00","0","","0"),
("16388","MES","0","2018-05-25","5","0","9MES/Sc","S5","C1.2.1","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.","Explain how elements are ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nIn terms of electron structure, how are elements in the same group similar? lements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell","","","","","","X","","0","","0000-00-00","0","","0"),
("16389","SNK","0","2018-05-21","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16390","SNK","0","2018-05-22","5","0","9SNK/Sc","S6","B1.4.04","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16391","SNK","0","2018-05-23","3","0","9SNK/Sc","S6","B1.4.05","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16392","SNK","0","2018-05-24","2","0","9SNK/Sc","S6","B1.4.06","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16393","SNK","0","2018-05-25","2","0","9SNK/Sc","S6","B1.4.08","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16394","CPD","0","2018-05-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16395","PKT","0","2018-05-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16396","DBE","0","2018-05-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16397","SNK","0","2018-05-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16398","LAN","0","2018-05-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16399","CPD","0","2018-05-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16400","CPD","0","2018-05-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16401","CPD","0","2018-05-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16402","DBE","0","2018-05-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16403","LAN","0","2018-05-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16404","SKT","0","2018-05-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16405","CPD","0","2018-05-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16406","PKT","0","2018-05-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16407","SNK","0","2018-05-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16408","LAN","0","2018-05-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16409","CPD","0","2018-05-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16410","LAN","0","2018-05-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16411","CPD","0","2018-05-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16412","DBE","0","2018-05-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16413","MES","0","2018-05-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16414","CLA","0","2018-05-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16415","SKT","0","2018-05-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16416","CPD","0","2018-05-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16417","DBE","0","2018-05-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16418","CPD","0","2018-05-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16419","CPD","0","2018-05-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16420","SKT","0","2018-05-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16421","CPD","0","2018-05-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16422","MES","0","2018-05-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16423","PKT","0","2018-05-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16424","LAN","0","2018-05-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16425","SKT","0","2018-05-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16426","DBE","0","2018-05-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16427","DBE","0","2018-05-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16428","SNK","0","2018-05-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16429","SKT","0","2018-05-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16430","CPD","0","2018-05-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16431","MES","0","2018-05-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16432","CLA","0","2018-05-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16433","LAN","0","2018-05-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16434","SKT","0","2018-05-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16435","CPD","0","2018-05-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16436","PKT","0","2018-05-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16437","CPD","0","2018-05-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16438","PKT","0","2018-05-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16439","SNK","0","2018-05-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16440","SKT","0","2018-05-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16441","DBE","0","2018-05-24","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16442","CPD","0","2018-05-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16443","LAN","0","2018-05-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16444","CPD","0","2018-05-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16445","LAN","0","2018-05-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16446","CPD","0","2018-05-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16447","CPD","0","2018-05-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16448","DBE","0","2018-05-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16449","SNK","0","2018-05-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16450","SKT","0","2018-05-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16451","CPD","0","2018-05-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16452","DBE","0","2018-05-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16453","CPD","0","2018-05-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16454","SNK","0","2018-06-04","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16455","DNM","0","2018-06-04","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16456","MES","0","2018-06-04","3","0","10MES/Sc","S5","C2.2.1","What is crude oil?","","Students should be able to recognise substances as alkanes given their formulae in these forms.\n","1) Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \n2) Crude oil is a mixture of a very large number of compounds. \n3) Most of the compounds in crude oil are hydrocarbons, which are molecules made up of hydrogen and carbon atoms only.\n4) Most of the hydrocarbons in crude oil are hydrocarbons called alkanes. The general formula for the homologous series of alkanes is CnH2n+2\n5) The first four members of the alkanes are methane, ethane, propane and butane.\n6) Alkane molecules can be represented in the following forms: C2H6 or displayed formula.\n8) Students do not need to know the names of specific alkanes other than methane, ethane, propane and butane.","Where does crude oil come from? Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \nIs crude oil a mixture of elements, compounds or both? Crude oil is a mixture of a very large number of compounds called hydrocarbons.\nWhat is the definition of a hydrocarbon? Hydrocarbons are molecules made up of hydrogen and carbon atoms only.\nDoes crude oil contain mostly alkanes or alkenes? Most of the hydrocarbons in crude oil are hydrocarbons called alkanes\nWhat are the names of the first four members of alkanes? The first four members of the alkanes are: methane, ethane, propane and butane.\nWhat is the general formula for alkane molecules? The general formula for the homologous series of alkanes is CnH2n 2.\nWhich of the following are examples of alkanes: C4H10, C2H4, C5H12? C4H10 and C5H12 are both examples of alkanes.\nName the alkane with:\na) 1 carbon\nb) 2 carbons\nc) 3 carbons\nd) 4 carbons:a) Methane;b) Ethane;c) Propane;d) Butane","","Alkene\nAlkane\nHydrocarbon \nCarbon \nHydrogen","","","Activity 6)\nmodelling hydrocarbons","Activity 6)\nmolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16457","MES","0","2018-06-06","5","0","10MES/Sc","S5","C2.2.3","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16458","MES","0","2018-06-07","3","0","10MES/Sc","S5","C2.2.3","What is a combustion reaction?","","Students should be able to write balanced equations for the complete combustion of hydrocarbons with a given formula.\n","1) The combustion of hydrocarbon fuels releases energy. \n2) During combustion, the carbon and hydrogen in the fuels are oxidised. \n3) The complete combustion of a hydrocarbon produces carbon dioxide and water.","What is the useful outcome of the combustion of hydrocarbon fuels? :The useful outcome of the combustion of hydrocarbon fuels is that it releases energy.\nWhat happens to the carbon and hydrogen atoms during combustion reactions? :During combustion, the carbon and hydrogen in the fuels are oxidised.\nWhat are the products of the complete combustion? The complete combustion of a hydrocarbon produces carbon dioxide and water.\nWhat is the balanced symbol equation for the complete combustion of methane (CH4)? (include state symbols in your answer):CH4(g) + O2(g) -> CO2(g) + H2O(g)","","","","","","Combustion demo\nCandle\nCopper something crystals etc","","0","","0000-00-00","0","","0"),
("16459","MES","0","2018-06-08","3","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16460","MES","0","2018-06-08","4","0","10MES/Sc","S5","C2.2.5","How do alkenes differ from alkanes?","","Students should be able to describe the reactions and conditions for the addition of water alkenes\n\nStudents should be able to describe the reactions and conditions for the addition of halogens to alkenes\n\n\nStudents should be able to describe the reactions and conditions for the addition of hydrogen to alkenes\n\nStudents should be able to draw fully displayed structural formulae of the first four members of the alkenes and the products of their addition reactions with hydrogen, water, chlorine, bromine and iodine.\n","1) Alkenes are hydrocarbons with a double carbon-carbon bond.\n2) The general formula for the homologous series of alkenes is CnH2n. Recognise substances that are alkenes from their names or from given formulae in these forms.\n4) Alkene molecules are unsaturated because they contain two fewer hydrogen atoms than the alkane with the same number of carbon atoms.\n6) The first four members of the homologous series of alkenes are ethene, propene, butene and pentene.\n7) Alkene molecules can be represented in the following forms: C3H6 or displayed formula\n8) Students do not need to know the names of individual alkenes other than ethene, propene, butene and pentene.\n9) Alkenes are hydrocarbons with the functional group C=C.\n10) It is the generality of reactions of functional groups that determine the reactions of organic compounds.\n11) Alkenes react with oxygen in combustion reactions in the same way as other hydrocarbons, but they tend to burn in air with smoky flames because of incomplete combustion.\n12) Alkenes react with hydrogen, water and the halogens, by the addition of atoms across the carbon-carbon double bond so that the double bond becomes a single carbon-carbon bond.","What is the structure of an alkene like? Alkenes are hydrocarbons (molecules made up of only hydrogen and carbon) with a double carbon-carbon bond.\nWhat is the general formula for the homologous series of alkenes? The general formula for the homologous series of alkenes is CnH2n.\nWhat are the conditions for the addition of water to alkenes? The conditions for the additional of water to alkenes is to use steam passed over a catalyst of hot phosphoric acid. The resulting product is an alcohol.\nWhy are alkene molecules called unsaturated molecules? Alkene molecules are unsaturated because they contain two fewer hydrogen atoms than the alkane with the same number of carbon atoms.\nWhat are the conditions for the addition of halogens to alkenes? If the alkene is a gas the halogen must also be a gas. If the alkene is a liquid then the halogen can be bubbled through as a gas.\nWhat are the names of the first four members of the homologous series of alkenes? The first four members of the homologous series of alkenes are ethene, propene, butene and pentene.\nWhat is the structural and display formula ethene? The structural formula for ethene is C2H4, display formula shows C=C with 2 hydrogens bonded to each C by a single bond. ;\nWhat is the structural and display formula pentene? The structural formula for ethene is C5H10, display formula shows one C=C anywhere with all other carbons single bonded C-C. There are 10 carbons single bonded, each carbon has four bonds in total.\nWhat is the functional group for alkenes? Alkenes are hydrocarbons with the functional group C=C.\nWhat determines the reactions of organic compounds? It is the generality of reactions of functional groups that determine the reactions of organic compounds.\nHow does the combustion of alkenes differ in oxygen and in air? Alkenes react with oxygen in combustion reactions in the same way as other hydrocarbons, but they tend to burn in air with smoky flames because of incomplete combustion.\nHow do alkenes react with hydrogen, water and the halogens? Alkenes react with hydrogen, water and the halogens, by the addition of atoms across the carbon-carbon double bond so that the double bond becomes a single carbon-carbon bond.\nWhat are the conditions required for the addition of hydrogen to alkenes? The conditions for the addition of hydrogen to alkenes is 300oC and over a heated catalyst of finely divided nickel\nWhat are the structures of the following products of alkene addition reactions: \n1. dibromoethane\n2. dichloroethane\n3. ethanol\n4. ethane:The structures of the following products of alkene addition reactions are: ;1. dibromoethane = CH2BrCH2Br;2. dichloroethane = CH2ClCH2Cl;3. ethanol = C2H5OH;4. ethane = C2H6","","","","","","Testing to distinguish between alkanes/alkenes with bromine water","","0","","0000-00-00","0","","0"),
("16461","PKT","0","2018-06-06","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16462","PKT","0","2018-06-07","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16463","PKT","0","2018-06-04","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16464","PKT","0","2018-06-08","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16465","DBE","0","2018-06-07","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16466","DBE","0","2018-06-08","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16467","PKT","0","2018-06-08","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16468","CLA","0","2018-06-04","3","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16469","CLA","0","2018-06-06","5","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16470","SNK","0","2018-06-04","4","0","10SN/Sc","S6","P1.3.01","","","Students should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n2) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n3) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","","","","Activity 1)\nrequired practical 15: Use circuit diagrams to set up and check appropriate circuits to investigate the\nfactors that affect the resistance of an electrical circuit.","Activity 1)\nRP 15: \npower packs\nammeter\nvoltmeter\ncroc/plug leads\nbanjo boards\nmetre rules\nplug/plug leads\nwire-wound resistors, eg 10 Ω\n\n-----------","","0","","0000-00-00","0","","0"),
("16471","SNK","0","2018-06-06","2","0","10SN/Sc","S6","P1.3.02","","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","4) Mains electricity is an ac supply.\n\n\n5) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n6) [In the United Kingdom the domestic electricity supply] is about 230 V.\n8) Most electrical appliances are connected to the mains using three-core cable.\n9) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n10) The live wire carries the alternating potential difference from the supply. \n11) The neutral wire completes the circuit.\n12) The earth wire is a safety wire to stop the appliance becoming live.\n13) The potential difference between the live wire and earth (0 V) is about 230 V.\n14) The neutral wire is at, or close to, earth potential (0 V). \n15) The earth wire is at 0 V, it only carries a current if there is a fault.","What do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A \nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhat type of supply is mains electricity? Mains electricity is an ac supply.;;\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V. \nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.","","","","","","","","0","","0000-00-00","0","","0"),
("16472","SNK","0","2018-06-07","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16473","SNK","0","2018-06-08","3","0","10SN/Sc","S6","P1.3.05","","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","","","","","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16474","CLA","0","2018-06-07","3","0","10TE/Sc","S1","P2.4.8","How do we measure the risk?","","Students should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n","1) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n2) The effects depend on the type of radiation and the size of the dose.\n3) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n4) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","What types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)","","Sieverts
\nRisk\nDose\nMutations\nX-ray
\nGamma
\nIonising
","","","","","","0","","0000-00-00","0","","0"),
("16475","CLA","0","2018-06-08","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16476","CLA","0","2018-06-08","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16477","PKT","0","2018-06-04","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16478","PKT","0","2018-06-06","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16479","LAN","0","2018-06-04","3","0","10TLK/Sc","S7","","mass change in chemical reactions","","","","","","","","","","Mg ribbon\ncrucibles \nclay triangles \nmetal balances","","0","","0000-00-00","0","","0"),
("16480","LAN","0","2018-06-06","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16481","LAN","0","2018-06-07","3","0","10TLK/Sc","S7","","building circuits","","","","","","","","","","circuit equipment \nLDR's \nThermoistors \nlamps \nmeter rulers\nice water and hot water (kettle)\ndiode \n1x wire on ruler for length","","0","","0000-00-00","0","","0"),
("16482","LAN","0","2018-06-08","3","0","10TLK/Sc","S7","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n\nStudents should know the structure and functioning of the human heart and lungs\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.\n13) how lungs are adapted for gaseous exchange.\n14) The heart is an organ that pumps blood around the body in a double circulatory system.\n15) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n16) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n17) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n18) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n19) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.\n20) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol\nWhat is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","","","","","Enzyme required practical","","0","","0000-00-00","0","","0"),
("16483","LAN","0","2018-06-08","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16484","LAN","0","2018-06-04","4","0","10TS/Sc","S7","","review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16485","SKT","0","2018-06-07","5","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16486","SKT","0","2018-06-08","3","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16487","MES","0","2018-06-06","2","0","10TS/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16488","LAN","0","2018-06-05","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16489","LAN","0","2018-06-06","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16490","LAN","0","2018-06-07","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16491","CPD","0","2018-06-05","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16492","CPD","0","2018-06-06","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16493","CPD","0","2018-06-07","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16494","MES","0","2018-06-06","4","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16495","MES","0","2018-06-07","4","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16496","MES","0","2018-06-05","3","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16497","PKT","0","2018-06-05","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16498","PKT","0","2018-06-06","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16499","PKT","0","2018-06-07","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16500","CPD","0","2018-06-06","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16501","CPD","0","2018-06-07","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16502","DBE","0","2018-06-04","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16503","DBE","0","2018-06-05","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16504","PKT","0","2018-06-04","1","0","7A2/Sc","S2","3C.6","Chromatography Enquiry - Analysis and Evaluation","","","1) Chromatography enquiry\nANALYSIS & EVALUATION:\nAim: To found out if red M","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","","","0","","0000-00-00","0","","0"),
("16505","PKT","0","2018-06-05","4","0","7A2/Sc","S2","3c.8","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility","Range of low risk soluble and insoluble powders/crystals, e.g., sugar, table salt, iron oxide, zinc oxide (if not hazardous), glycerol (if not hazardous) etc., spatulas, beakers. To compare solubilities of different substances.\nAlso precise electric balances.","","0","","0000-00-00","0","","0"),
("16506","LAN","0","2018-06-04","1","0","7A3/Sc","S7","3b.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","gas exchange\nleaf \nstomata","","","","","","0","","0000-00-00","0","","0"),
("16507","LAN","0","2018-06-05","4","0","7A3/Sc","S7","3B.8","Halfway Review","","","1) Review of 3B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3B.1","","","0","","0000-00-00","0","","0"),
("16508","MES","0","2018-06-07","2","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16509","MES","0","2018-06-04","5","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16510","DBE","0","2018-06-06","2","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16511","MES","0","2018-06-05","5","0","7B1/Sc","S5","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("16512","CLA","0","2018-06-04","5","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16513","CLA","0","2018-06-05","5","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16514","CLA","0","2018-06-06","2","0","7B2/Sc","S1","","","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16515","CLA","0","2018-06-07","2","0","7B2/Sc","S1","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16516","SNK","0","2018-06-05","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16517","SNK","0","2018-06-04","1","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16518","LAN","0","2018-06-07","2","0","7S/Sc","S7","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16519","LAN","0","2018-06-06","2","0","7S/Sc","S7","3b.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","volume \nratio\nsurface area \nroot hair cells \nabsorb\nroots ","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16520","PKT","0","2018-06-04","5","0","7S/Sc","S3","3b.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","gas exchange\nleaf \nstomata","","","","","","0","","0000-00-00","0","","0"),
("16521","LAN","0","2018-06-05","5","0","7S/Sc","S7","3B.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16522","SKT","0","2018-06-08","1","0","8A1/Sc","S4","7P.01","Is light a wave and what determines the colour of light?","","Most respiration happens in the mitochondria of a cell.","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) When light (or waves) waves change speed they change direction. This is called refraction.\n6) Light waves can travel through a vacuum.\n7) Light is called electromagnetic radiation.\n8) When all colours of light mix they add up to form white light.\n9) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n10) T: The different colours have different frequencies of light.\n11) T: The higher the frequency of light, the more it is refracted by the prism.\n12) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n13) W: The higher the frequency the higher the energy of the wave.\n14) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n15) The speed of light through a vacuum is always 3x10^8 m/s\n16) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)\n17) When colours of paint are mix they subtract, forming brown.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nWhat is refraction? When light (or waves) waves change speed they change direction. This is called refraction.\nWhy can light travel through a vacuum? Light waves can travel everywhere including though a vacuum due to the fact that they don't need particles in order to travel.\nWhat is another name for light? Light is also known as electromagnetic radiation.\nWhat happens when all the colours of light mix? When different colours of light mix they combine to form white light.\nWhy are the colours of white light separated into a rainbow? The different colours of light bend different amounts.;Red is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).;Violet has the highest frequency (of visible light)\nWhat is the speed of light in a vacuum? The speed of light through a vacuum is always 3x10^8 m/s\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).;Violet has the highest energy (of visible light).\nWhat happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nRefracted\nFrequency\nPrism\ndisplay on board and using whiteboards to predict colours needed to make different colours\nsketch a diagram of prism practical and label to show increasing frequency\nColour\nWave\nWavelength\nAmplitude: The maximum displacement of a wave.\nPeak\nTrough\nDisplacement\nParticles","","","Activity 2)\nStarter: draw and label a transverse wave (recall from previous topic)\nActivity 4)\nUse string to model the movement of transverse waves (link back to sound waves being transverse)\nActivity 5)\nRefraction light\nActivity 8)\nSplitting white light class set\nActivity 12)\nBell in Bell jar and vacuum pump\nfocus on object in the jar as still being able to be seen by the light\nActivity 13)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave\nActivity 17)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html","Activity 4)\nlong lengths of string for paired work \nselection of slinkies\n\n-----------\n\nActivity 5)\nprisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 8)\n60 deg triangle prisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 12)\nElectric Bell in Bell jar \nPower supply\nVacuum pump\nLamp on other side of bell jar\n\n-----------\n\nActivity 13)\nLong (~3m) Rope or rubber tube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16523","LAN","0","2018-06-07","5","0","8A1/Sc","S7","6P.12","Progress Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("16524","SKT","0","2018-06-04","4","0","8A1/Sc","S4","6P.09","How does a Van de Graaff generator work?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What causes a negative charge? The negative charges which are transferred are electrons.\nWhat forces occur between charged objects? There are electrostatic forces between charged objects.\nWhy is it that electrons can be transferred by protons can't? Electrons are able to be transferred because they are on the outer edge of an atom.","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16525","SKT","0","2018-06-05","1","0","8A1/Sc","S4","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("16526","SKT","0","2018-06-06","1","0","8A1/Sc","S4","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16527","CLA","0","2018-06-08","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16528","CLA","0","2018-06-04","4","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16529","CLA","0","2018-06-05","1","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16530","CLA","0","2018-06-06","1","0","8A2/Sc","S1","6P.12","Progress Reflection","","Progress Observation Opportunity","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","x","","0","","0000-00-00","0","","0"),
("16531","CLA","0","2018-06-07","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16532","MES","0","2018-06-04","4","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16533","MES","0","2018-06-05","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16534","MES","0","2018-06-06","1","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16535","MES","0","2018-06-07","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16536","MES","0","2018-06-08","1","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16537","PKT","0","2018-06-05","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16538","PKT","0","2018-06-06","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16539","PKT","0","2018-06-07","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16540","PKT","0","2018-06-08","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16541","LAN","0","2018-06-08","5","0","8B2/Sc","S7","6P.7","Halfway Review","","Review of 6P.1","1) A: Review of 6P.1\n2) H: SET HOMEWORK:\nLearn Definitions of keywords\n (Crossword) and revise (Flashcards)","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6P.1","","","0","","0000-00-00","0","","0"),
("16542","LAN","0","2018-06-06","1","0","8B2/Sc","S7","6P.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16543","DBE","0","2018-06-05","2","0","8B2/Sc","S3","6p.4","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","What shape is the Earth's magnetic field? Earth\'s magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16544","DBE","0","2018-06-07","1","0","8B2/Sc","S3","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","","","0","","0000-00-00","0","","0"),
("16545","DBE","0","2018-06-08","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16546","DBE","0","2018-06-04","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16547","DBE","0","2018-06-05","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16548","DBE","0","2018-06-06","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16549","DBE","0","2018-06-07","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16550","SNK","0","2018-06-05","2","0","8S/Sc","S6","6B.01","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("16551","SNK","0","2018-06-06","1","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16552","SNK","0","2018-06-07","1","0","8S/Sc","S6","6B.02","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","Activity 2)\nGreen Agar cubes with UI\n0.25M 0.5M 1M 1.5M 2M HCL\nStopwatches\n\nPotassium Permangante Crystal and large beaker\n\nPerfume to spray\n\n-----------\n\nActivity 3)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16553","SNK","0","2018-06-08","5","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16554","MES","0","2018-06-08","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16555","PKT","0","2018-06-08","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16556","CLA","0","2018-06-08","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16557","SKT","0","2018-06-04","2","0","9ASK/Sc","S4","B1.4.05","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16558","SKT","0","2018-06-05","2","0","9ASK/Sc","S4","B1.4.04","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)\n7) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n10) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n11) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5):\nHow do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","Homework Review","","0","","0000-00-00","0","","0"),
("16559","SKT","0","2018-06-08","5","0","9ASK/Sc","S4","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16560","SKT","0","2018-06-04","1","0","9ASK/Sc","S4","B1.4.04","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)\n7) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n10) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n11) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5):\nHow do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","","","","","","","0","","0000-00-00","0","","0"),
("16561","SNK","0","2018-06-08","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16562","PKT","0","2018-06-08","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16563","SKT","0","2018-06-08","2","0","9BSK/Sc","S4","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16564","CLA","0","2018-06-06","3","0","9BSK/Sc","S1","","Homework Feedback (RP6 - Photosynthesis)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16565","SKT","0","2018-06-04","3","0","9BSK/Sc","S4","B1.4.05","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16566","SKT","0","2018-06-05","5","0","9BSK/Sc","S4","B1.4.06","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16567","SKT","0","2018-06-07","2","0","9BSK/Sc","S4","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","Explain how elements are ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? lements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.","","","","","","","","0","","0000-00-00","0","","0"),
("16568","CLA","0","2018-06-04","1","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16569","CLA","0","2018-06-04","2","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16570","CLA","0","2018-06-05","2","0","9CLA/Sc","S1","C1.2.3","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","","","","","","","0","","0000-00-00","0","","0"),
("16571","CLA","0","2018-06-08","5","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16572","DBE","0","2018-06-04","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16573","DBE","0","2018-06-06","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16574","DBE","0","2018-06-07","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16575","DBE","0","2018-06-08","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16576","PKT","0","2018-06-05","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16577","MES","0","2018-06-04","1","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16578","MES","0","2018-06-04","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16579","MES","0","2018-06-05","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16580","MES","0","2018-06-08","5","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16581","SNK","0","2018-06-04","3","0","9SNK/Sc","S6","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","Explain how elements are ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? lements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.","","","","","","","","0","","0000-00-00","0","","0"),
("16582","SNK","0","2018-06-05","5","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16583","SNK","0","2018-06-06","3","0","9SNK/Sc","S6","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? : metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","","","","","Activity 3)\nGroup 1 demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16584","SNK","0","2018-06-07","2","0","9SNK/Sc","S6","C1.2.05","Group 7","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell. \n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride + Fluorine -> Sodium Fluoride + Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","","","","","","","0","","0000-00-00","0","","0"),
("16585","SNK","0","2018-06-08","2","0","9SNK/Sc","S6","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? : metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","","","","","Activity 3)\nGroup 1 demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16586","CPD","0","2018-06-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16587","PKT","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16588","DBE","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16589","SNK","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16590","LAN","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16591","CPD","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16592","CPD","0","2018-06-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16593","CPD","0","2018-06-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16594","DBE","0","2018-06-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16595","LAN","0","2018-06-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16596","SKT","0","2018-06-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16597","CPD","0","2018-06-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16598","PKT","0","2018-06-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16599","SNK","0","2018-06-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16600","LAN","0","2018-06-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16601","CPD","0","2018-06-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16602","LAN","0","2018-06-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16603","CPD","0","2018-06-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16604","DBE","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16605","MES","0","2018-06-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16606","CLA","0","2018-06-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16607","SKT","0","2018-06-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16608","CPD","0","2018-06-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16609","DBE","0","2018-06-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16610","CPD","0","2018-06-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16611","CPD","0","2018-06-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16612","SKT","0","2018-06-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16613","CPD","0","2018-06-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16614","MES","0","2018-06-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16615","PKT","0","2018-06-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16616","LAN","0","2018-06-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16617","SKT","0","2018-06-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16618","DBE","0","2018-06-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16619","DBE","0","2018-06-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16620","SNK","0","2018-06-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16621","SKT","0","2018-06-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16622","CPD","0","2018-06-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16623","MES","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16624","CLA","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16625","LAN","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16626","SKT","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16627","CPD","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16628","PKT","0","2018-06-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16629","CPD","0","2018-06-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16630","PKT","0","2018-06-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16631","SNK","0","2018-06-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16632","SKT","0","2018-06-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16633","DBE","0","2018-06-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16634","CPD","0","2018-06-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16635","LAN","0","2018-06-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16636","CPD","0","2018-06-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16637","LAN","0","2018-06-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16638","CPD","0","2018-06-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16639","CPD","0","2018-06-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16640","DBE","0","2018-06-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16641","SNK","0","2018-06-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16642","SKT","0","2018-06-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16643","CPD","0","2018-06-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16644","DBE","0","2018-06-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16645","CPD","0","2018-06-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16646","MES","0","2018-06-04","4","0","10MES/Sc","S5","C2.2.1","What is crude oil?","","Students should be able to recognise substances as alkanes given their formulae in these forms.\n","1) Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \n2) Crude oil is a mixture of a very large number of compounds. \n3) Most of the compounds in crude oil are hydrocarbons, which are molecules made up of hydrogen and carbon atoms only.\n4) Most of the hydrocarbons in crude oil are hydrocarbons called alkanes. The general formula for the homologous series of alkanes is CnH2n+2\n5) The first four members of the alkanes are methane, ethane, propane and butane.\n6) Alkane molecules can be represented in the following forms: C2H6 or displayed formula.\n8) Students do not need to know the names of specific alkanes other than methane, ethane, propane and butane.","Where does crude oil come from? Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud. \nIs crude oil a mixture of elements, compounds or both? Crude oil is a mixture of a very large number of compounds called hydrocarbons.\nWhat is the definition of a hydrocarbon? Hydrocarbons are molecules made up of hydrogen and carbon atoms only.\nDoes crude oil contain mostly alkanes or alkenes? Most of the hydrocarbons in crude oil are hydrocarbons called alkanes\nWhat are the names of the first four members of alkanes? The first four members of the alkanes are: methane, ethane, propane and butane.\nWhat is the general formula for alkane molecules? The general formula for the homologous series of alkanes is CnH2n 2.\nWhich of the following are examples of alkanes: C4H10, C2H4, C5H12? C4H10 and C5H12 are both examples of alkanes.\nName the alkane with:\na) 1 carbon\nb) 2 carbons\nc) 3 carbons\nd) 4 carbons:a) Methane;b) Ethane;c) Propane;d) Butane","","Alkene\nAlkane\nHydrocarbon \nCarbon \nHydrogen","","","Activity 6)\nmodelling hydrocarbons","Activity 6)\nmolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16647","MES","0","2018-06-05","5","0","10MES/Sc","S5","C2.2.2","How can we seperate crude oil into useful fractions?","","Students should be able to explain how fractional distillation works in terms of evaporation and condensation.\n\nStudents should be able to recall how boiling point, viscosity and flammability change with increasing molecular size.\n","1) The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\n2) The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\n3) Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\n4) Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\n5) The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\n7) Knowledge of the names of other specific fractions or fuels is not required.\n8) Some properties of hydrocarbons depend on the size of their molecules, including boiling point, viscosity and flammability. These properties influence how hydrocarbons are used as fuels. (WS) Investigate the properties of different hydrocarbons.\n10) Knowledge of trends in properties of hydrocarbons is limited to: ? boiling points, ? viscosity, ? flammability.","How can crude oil be separated into fractions? The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\nWhy is it useful to separate crude oil into fractions? The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\nWhat type of fuels are produced from crude oil? Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\nWhat are three examples of useful materials produced by the petrochemical industry? Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\nWhy is it possible to produce such a vast array of products from crude oil? The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\nHow does fractional distillation separate crude oil into fractions? Fractional distillation seperates crude oil first by vaporisating all compounds, a column of varying temperatures allows molecules with similar condensation points to be seperated. This is due to their carbon chain length\nWhat factor of effects a hydrocarbons boiling point, viscosity and flammability? :The factor that effects a hydrocarbons boiling point, viscosity and flammability is the size of their molecule\nHow does boiling point, viscosity and flammability change with increasing molecular size? :As molecular size of hydrocarbons increases the boiling point increases, the viscosity increases and flammability decreases.\nDescribe how the each of the following properties changes as the length of hydrocarbon chains within a fraction increases:\na) Boiling point\nb) Flammability\nc) Viscosity:a) Boiling point increases as chain length increases.;b) Flammability decreases as chain length increases.;c) Viscosity increases as chain length increases.","https://www.mrcorfe.com/MemoryAnchors/ab2b29fccbc8821d578702aca0f27aba.","Separation\nBoiling Point\nFraction \nHydrocarbon","","","Activity 1)\nDemo: \n1. Distillation of ethanol and water.\n2. Fractional distillation of crude oil\n\nClass activity: \nModel distillation of pupils using their heights to represent carbon chain length.","Activity 1)\nCrude oil demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16648","MES","0","2018-06-07","4","0","10MES/Sc","S5","C2.2.3","What is a combustion reaction?","","Students should be able to write balanced equations for the complete combustion of hydrocarbons with a given formula.\n","1) The combustion of hydrocarbon fuels releases energy. \n2) During combustion, the carbon and hydrogen in the fuels are oxidised. \n3) The complete combustion of a hydrocarbon produces carbon dioxide and water.","What is the useful outcome of the combustion of hydrocarbon fuels? :The useful outcome of the combustion of hydrocarbon fuels is that it releases energy.\nWhat happens to the carbon and hydrogen atoms during combustion reactions? :During combustion, the carbon and hydrogen in the fuels are oxidised.\nWhat are the products of the complete combustion? The complete combustion of a hydrocarbon produces carbon dioxide and water.\nWhat is the balanced symbol equation for the complete combustion of methane (CH4)? (include state symbols in your answer):CH4(g) + O2(g) -> CO2(g) + H2O(g)","","","","","","Combustion demo\nCandle\nCopper something crystals etc","","0","","0000-00-00","0","","0"),
("16649","PKT","0","2018-06-07","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16650","PKT","0","2018-06-08","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16651","PKT","0","2018-06-04","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16652","PKT","0","2018-06-06","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16653","PKT","0","2018-06-07","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16654","DBE","0","2018-06-07","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16655","PKT","0","2018-06-04","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16656","PKT","0","2018-06-05","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16657","CLA","0","2018-06-08","4","0","10S/Sc","S1","","Collins C6.9","","","","","","","","","","Collins C6.9","","0","","0000-00-00","0","","0"),
("16658","SNK","0","2018-06-04","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16659","SNK","0","2018-06-06","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16660","SNK","0","2018-06-07","3","0","10SN/Sc","S6","P1.3.03","","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n\n\n\n\nStudents should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) Everyday electrical appliances are designed to bring about energy transfers.\n5) Negatively charged electrons are rubbed off one material and on to the other. \n6) The electric field is strongest close to the charged object.\n7) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\n8) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n9) The further away from the charged object, the weaker the field\n11) When two electrically charged objects are brought close together they exert a force on each other.\n12) A second charged object placed in the field experiences a force. \n14) Two objects that carry the same type of charge repel. \n15) The force gets stronger as the distance between the objects decreases.\n16) Two objects that carry different types of charge attract. \n18) Attraction and repulsion between two charged objects are examples of non-contact force.","What are the two equations used to calculate power? The two equations used to calculate power are:;power = potential difference ? current; P = V I;power ?= ? current2?? resistance; P ?= ?I2?R;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms, ??\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat is the purpose of everyday electrical appliances? Everyday electrical appliances are designed to bring about useful energy transfers.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat does the amount of energy an appliance transfers depend on? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhen is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force. \nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","","","","","","","0","","0000-00-00","0","","0"),
("16661","SNK","0","2018-06-07","4","0","10SN/Sc","S6","P1.3.04","","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\n\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","","","","","","","0","","0000-00-00","0","","0"),
("16662","SNK","0","2018-06-08","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16663","CLA","0","2018-06-04","4","0","10TE/Sc","S1","P2.4.3","RP 10 - iR Planning","","","1) Required practical activity 10: infrared radiation absorbed or radiated by a surface depends on the nature of that surface.(AT skills 1,4)","","https://www.mrcorfe.com/MemoryAnchors/LeslieCube.jpg","","","","","Activity 1)\nDEMO:\nLeslie cube\nkettle\nInfrared detector\nHeatproof mat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16664","CLA","0","2018-06-05","5","0","10TE/Sc","S1","P2.4.4","RP 10 - iR Analysis","","","1) Required practical activity 10: infrared radiation absorbed or radiated by a surface depends on the nature of that surface.(AT skills 1,4)","","https://www.mrcorfe.com/MemoryAnchors/LeslieCube.jpg","","","","","Activity 1)\nCLASS SET:\nLeslie cube\nkettle\nInfrared detector\nHeatproof mat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16665","CLA","0","2018-06-07","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16666","PKT","0","2018-06-08","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16667","LAN","0","2018-06-04","4","0","10TLK/Sc","S7","","mass change in chemical reactions","","","","","","","","","","Mg ribbon\ncrucibles \nclay triangles \nmetal balances","","0","","0000-00-00","0","","0"),
("16668","LAN","0","2018-06-05","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16669","LAN","0","2018-06-07","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16670","LAN","0","2018-06-06","5","0","10TS/Sc","S7","","end of topic test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16671","LAN","0","2018-06-08","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16672","SKT","0","2018-06-07","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16673","MES","0","2018-06-04","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16674","MES","0","2018-06-07","3","0","10TS/Sc","S5","","","","","","","","","","","","Required practical\nFood testing","","0","","0000-00-00","0","","0"),
("16675","CLA","0","2018-06-07","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16676","CLA","0","2018-06-04","5","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16677","CLA","0","2018-06-05","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16678","CLA","0","2018-06-06","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16679","CLA","0","2018-06-08","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16680","CLA","0","2018-06-08","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16681","LAN","0","2018-06-04","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16682","LAN","0","2018-06-05","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16683","LAN","0","2018-06-06","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16684","LAN","0","2018-06-07","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16685","LAN","0","2018-06-08","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16686","LAN","0","2018-06-08","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16687","CPD","0","2018-06-04","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16688","CPD","0","2018-06-05","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16689","CPD","0","2018-06-06","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16690","CPD","0","2018-06-07","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16691","CPD","0","2018-06-08","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16692","CPD","0","2018-06-08","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16693","SKT","0","2018-06-05","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16694","SKT","0","2018-06-04","5","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16695","SKT","0","2018-06-06","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16696","SKT","0","2018-06-07","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16697","SKT","0","2018-06-08","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16698","SKT","0","2018-06-08","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16699","SNK","0","2018-06-04","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16700","SNK","0","2018-06-05","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16701","SNK","0","2018-06-06","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16702","SNK","0","2018-06-07","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16703","SNK","0","2018-06-08","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16704","SNK","0","2018-06-08","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16705","MES","0","2018-06-04","5","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16706","MES","0","2018-06-05","1","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16707","MES","0","2018-06-06","2","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16708","MES","0","2018-06-07","2","0","11TE/Sc","S5","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16709","MES","0","2018-06-08","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16710","MES","0","2018-06-08","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16711","PKT","0","2018-06-07","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16712","PKT","0","2018-06-08","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16713","PKT","0","2018-06-08","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16714","PKT","0","2018-06-04","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16715","PKT","0","2018-06-05","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16716","PKT","0","2018-06-06","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16717","CPD","0","2018-06-04","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16718","DBE","0","2018-06-05","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16719","DBE","0","2018-06-06","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16720","DBE","0","2018-06-07","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16721","DBE","0","2018-06-08","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16722","PKT","0","2018-06-06","3","0","7A2/Sc","S2","3C.10","What is diffusion and how does it work?","","","1) Concentration is the number of a particular type of particle in a volume of space.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Particles in a fluid are always moving.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","What is concentration? Concentration is the number of a particular type of particle in a volume of space.\nWhat is diffusion? diffusion in liquids and gases driven by differences in concentration \nWhat happens to the particles in a fluid? diffusion in terms of the particle model\nWhy do particles move from an area where there are more to where ther:Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","","energy\ntemperature
\nconcentration
\nparticles
\ndiffusion
","","","Activity 1)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated)","Activity 1)\nDilute Potassium permanganate in large beaker\n\n-----------\n\nActivity 2)\nDEMO ONLY\nLead nitrate and Potassium iodide\nhttp://www.rsc.org/learn-chemistry/resource/res00000685/\n\n-----------\n\nActivity 3)\nPerfume \nM M's \nagar plates \nstopwatches\n\n-----------","","0","","0000-00-00","0","","0"),
("16723","PKT","0","2018-06-07","1","0","7A2/Sc","S2","3C.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16724","PKT","0","2018-06-08","3","0","7A2/Sc","S2","3c.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("16725","PKT","0","2018-06-05","2","0","7A2/Sc","S2","3C.8","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility","Range of low risk soluble and insoluble powders/crystals, e.g., sugar, table salt, iron oxide, zinc oxide (if not hazardous), glycerol (if not hazardous) etc., spatulas, beakers. To compare solubilities of different substances.\nAlso precise electric balances.","","0","","0000-00-00","0","","0"),
("16726","LAN","0","2018-06-05","2","0","7A3/Sc","S7","3B.8","Halfway Review","","","1) Review of 3B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3B.1","","","0","","0000-00-00","0","","0"),
("16727","LAN","0","2018-06-07","1","0","7A3/Sc","S7","3B.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","volume \nratio\nsurface area \nroot hair cells \nabsorb\nroots ","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16728","LAN","0","2018-06-08","3","0","7A3/Sc","S7","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16729","SNK","0","2018-06-04","1","0","7A3/Sc","S7","3b.7","Skill Focus: Analysis & Evaluations","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) the role of leaf stomata in gas exchange in plants\n2) A: Draw graphs for cress experiment\n3) A: Conclusions and Evaluations for cress experiment","What is the role of the stomata in the plant? the role of leaf stomata in gas exchange in plants","","gas exchange\nleaf \nstomata","","","","","","0","","0000-00-00","0","","0"),
("16730","SNK","0","2018-06-06","3","0","7A3/Sc","S7","3b.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16731","DBE","0","2018-06-06","1","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16732","DBE","0","2018-06-07","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16733","MES","0","2018-06-05","4","0","7B1/Sc","S5","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\ntimer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16734","CLA","0","2018-06-05","4","0","7B2/Sc","S1","3B.9","How do plants get the gasses they need without losing too much water?","","","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","","","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16735","CLA","0","2018-06-06","1","0","7B2/Sc","S1","3B.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","volume \nratio\nsurface area \nroot hair cells \nabsorb\nroots ","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16736","CLA","0","2018-06-07","3","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16737","MES","0","2018-06-04","1","0","7E/Sc","S5","","","","","","","","","","","","MARY","","0","","0000-00-00","0","","0"),
("16738","MES","0","2018-06-06","3","0","7E/Sc","S5","","","","","","","","","","","","MARY","","0","","0000-00-00","0","","0"),
("16739","MES","0","2018-06-07","1","0","7E/Sc","S5","","","","","","","","","","","","MARY","","0","","0000-00-00","0","","0"),
("16740","SNK","0","2018-06-05","2","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16741","SNK","0","2018-06-08","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16742","LAN","0","2018-06-07","3","0","7S/Sc","S7","3B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("16743","PKT","0","2018-06-06","1","0","7S/Sc","S2","3B.10","How do plants get the water and mineral nutrients they need?","","","1) Plants gaining water from the soil via their roots\n2) Plants gaining mineral nutrients from the soil via their roots\n3) Root hair cells have no chloroplast because they do not receive light.\n4) Root hair cells have a larger surface area to absorb more water and minerals.\n5) There are more stomata on the bottom of the leaf than on the top","How do plants gain water? plants gaining water from the soil via their roots\nHow do plants gain the mineral nutrients they need? plants gaining mineral nutrients from the soil via their roots\nWhy do root hair cells have no chloroplasts? Root hair cells have no chloroplast because they do not receive light.\nWhy do root hair cells have a large surface area? Root hair cells have a larger surface area to absorb more water and minerals.\nWhere do stomata occur on the leaf? There are more stomata on the bottom of the leaf than on the top","","volume \nratio\nsurface area \nroot hair cells \nabsorb\nroots ","","","Activity 5)\nTest CASE LESSON: \nActivity 2: Workcard C","","","0","","0000-00-00","0","","0"),
("16744","LAN","0","2018-06-05","4","0","7S/Sc","S7","3b.8","Halfway Review","","","1) Review of 3B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3B.1","","","0","","0000-00-00","0","","0"),
("16745","CPD","0","2018-06-06","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16746","SKT","0","2018-06-06","5","0","8A1/Sc","S4","6P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("16747","SKT","0","2018-06-08","5","0","8A1/Sc","S4","6C.01","How did Mendeleev design the Periodic Table?","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","What are the different physical and chemical properties that can vary? the varying physical and chemical properties of different elements; - Melting points.; - Boiling points.; - Densities.; - Hardness.; - Reactivity.\nHow did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","metal
\nalkali
\ngroup\nreactivity
\nperiodic\nmelting
\nboiling
\nelement
","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:
\n
\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/
\n
\nNote this original plan is split over two lessons.
\n
\n
\n
\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","","","0","","0000-00-00","0","","0"),
("16748","CLA","0","2018-06-06","5","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16749","CLA","0","2018-06-08","5","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16750","MES","0","2018-06-06","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16751","MES","0","2018-06-08","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16752","PKT","0","2018-06-04","3","0","8B1/Sc","S2","","6P POO feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16753","PKT","0","2018-06-06","4","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16754","PKT","0","2018-06-07","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16755","LAN","0","2018-06-06","4","0","8B2/Sc","S7","6p.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","","","","","","","0","","0000-00-00","0","","0"),
("16756","DBE","0","2018-06-04","3","0","8B2/Sc","S3","6p.3","How do we use the Earth's magnetic field?","","","1) The Earth has a magnetic field with a similar shape to that of a bar magnet.\n2) The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\n3) The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","What shape is the Earth's magnetic field? Earth\'s magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnet\nField\nForce","","","Activity 3)\nMake a survival compass:
\n
\nUnfold a paper clip, stroke in one direction with a bar magnet. Float the straight paper clip on a leaf or cork.","Activity 3)\nStraightened paper clips, bar magnets, petrie dishes, cork disks, water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16757","DBE","0","2018-06-07","5","0","8B2/Sc","S3","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow\nMagnetic material\nMagnet","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","","","0","","0000-00-00","0","","0"),
("16758","DBE","0","2018-06-06","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16759","DBE","0","2018-06-08","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16760","SNK","0","2018-06-04","3","0","8S/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16761","SNK","0","2018-06-06","4","0","8S/Sc","S6","6B.01","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("16762","SNK","0","2018-06-07","5","0","8S/Sc","S6","","","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("16763","SKT","0","2018-06-04","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16764","SKT","0","2018-06-06","4","0","9ASK/Sc","S4","B1.4.06","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16765","SKT","0","2018-06-07","5","0","9ASK/Sc","S4","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","Explain how elements are ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? lements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.","","","","","","","","0","","0000-00-00","0","","0"),
("16766","SKT","0","2018-06-08","3","0","9ASK/Sc","S4","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16767","CLA","0","2018-06-05","3","0","9BSK/Sc","S1","","Homework Review (RP6 - Photosynthesis)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16768","SKT","0","2018-06-04","4","0","9BSK/Sc","S4","B1.4.05","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water\n8) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","","","","","Activity 1)\nScreaming jelly baby\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16769","SKT","0","2018-06-05","4","0","9BSK/Sc","S4","B1.4.06","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.","","","","","","","","0","","0000-00-00","0","","0"),
("16770","SKT","0","2018-06-08","4","0","9BSK/Sc","S4","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16771","CLA","0","2018-06-07","5","0","9CLA/Sc","S1","C1.2.5","Group 7","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell. \n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride + Fluorine -> Sodium Fluoride + Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","","","","","","","0","","0000-00-00","0","","0"),
("16772","CLA","0","2018-06-08","3","0","9CLA/Sc","S1","P1.4.1","","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Salol -Melting solids.","","","Activity 3)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers","","","0","","0000-00-00","0","","0"),
("16773","CLA","0","2018-06-04","3","0","9CLA/Sc","S1","C1.2.2","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","x","","0","","0000-00-00","0","","0"),
("16774","CLA","0","2018-06-06","4","0","9CLA/Sc","S1","C1.2.4","What are the properties of Group 1 elements?\nLithium, Sodium and potassium demo in trough if water.","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? : metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","","","","","","","0","","0000-00-00","0","","0"),
("16775","DBE","0","2018-06-04","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16776","DBE","0","2018-06-05","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16777","DBE","0","2018-06-05","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16778","DBE","0","2018-06-08","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16779","MES","0","2018-06-07","5","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16780","MES","0","2018-06-08","3","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16781","MES","0","2018-06-04","3","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16782","MES","0","2018-06-06","4","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16783","SNK","0","2018-06-04","4","0","9SNK/Sc","S6","","","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16784","SNK","0","2018-06-05","3","0","9SNK/Sc","S6","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard ;\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? ","","","","","","","","0","","0000-00-00","0","","0"),
("16785","SNK","0","2018-06-05","4","0","9SNK/Sc","S6","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","","","","","","","0","","0000-00-00","0","","0"),
("16786","SNK","0","2018-06-08","4","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16787","CLA","0","2018-06-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16788","LAN","0","2018-06-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16789","SKT","0","2018-06-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16790","CLA","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16791","SKT","0","2018-06-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16792","LAN","0","2018-06-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16793","DBE","0","2018-06-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16794","MES","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16795","PKT","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16796","LAN","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16797","SKT","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16798","CPD","0","2018-06-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16799","PKT","0","2018-06-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16800","SNK","0","2018-06-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16801","SKT","0","2018-06-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16802","MES","0","2018-06-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16803","SNK","0","2018-06-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16804","LAN","0","2018-06-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16805","SKT","0","2018-06-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16806","DBE","0","2018-06-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16807","CLA","0","2018-06-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16808","CPD","0","2018-06-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16809","SNK","0","2018-06-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16810","DBE","0","2018-06-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16811","CPD","0","2018-06-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16812","CPD","0","2018-06-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16813","LAN","0","2018-06-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16814","DBE","0","2018-06-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16815","DBE","0","2018-06-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16816","SNK","0","2018-06-11","5","0","10a/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16817","DNM","0","2018-06-11","5","0","10a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16818","MES","0","2018-06-11","3","0","10MES/Sc","S5","C2.2.4","How can longer chain hydrocarbons be made into more useful shorter molecules?","","Students should be able to describe in general terms the conditions used for catalytic cracking and steam cracking.\n\nStudents should be able to recall the colour change when bromine water reacts with an alkene.\n\nStudents should be able to balance chemical equations as examples of cracking given the formulae of the reactants and products.\n\nStudents should be able to give examples to illustrate the usefulness of cracking. They should also be able to explain how modern life depends on the uses of hydrocarbons. (For Combined Science: Trilogy and Synergy students do not need to know the formulae or names of individual alkenes.)\n","1) Hydrocarbons can be broken down (cracked) to produce smaller, more useful molecules.\n2) Cracking can be done by various methods including catalytic cracking and steam cracking.\n4) The products of cracking include alkanes and another type of hydrocarbon called alkenes.\n5) Alkenes are more reactive than alkanes and react with bromine water, which is used as a test for alkenes.\n7) There is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\n8) Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.","What is cracking? :Cracking is when hydrocarbons are broken down into smaller more useful molecules\nDescribe the conditions required for catalytic cracking? Hydrocarbons are heated to vaporise them and passed through a hot catalyst breaking down the molecules into smaller ones by thermal decomposition\nHow is cracking done using steam? Hydrocarbons are heated to vaporise them and mixed with steam and heated to very high temperatures breaking down the molecules into smaller ones by thermal decomposition \nWhat are the products of cracking? The products of cracking include alkanes and another type of hydrocarbon called alkenes.\nWhy do do alkenes react with bromine water, but alkanes don't? Alkenes react with bromine water because they have a C=C making them more reactive than alkanes (which don?t react with bromine water)\nWhat is the chemical test and positive result for identifying alkenes? The chemical test for identifying alkenes is to add bromine water, the positive result is that the bormine was decolourises.\nWhy is cracking of hydrocarbons so important? Cracking is important because there is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\nHow are alkenes used in chemical industry? Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.\nWhat is the balanced equation for the cracking of this alkane? \nC15H32 --> 2C2H4 C3H6 _______:The balanced equation for the cracking is: ;C15H32 --> 2C2H4 + C3H6 + C8H18\nHow does modern life depend on the uses of hydrocarbons? Hydrocarbons are used to produce fuels for transport, generating electricity. They are the raw materials for producing plastics and other chemicals.","","","","","","Cracking paraffin","","0","","0000-00-00","0","","0"),
("16819","MES","0","2018-06-13","5","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16820","MES","0","2018-06-14","3","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16821","MES","0","2018-06-15","3","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16822","MES","0","2018-06-15","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16823","PKT","0","2018-06-13","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16824","PKT","0","2018-06-14","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16825","PKT","0","2018-06-11","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16826","PKT","0","2018-06-15","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16827","DBE","0","2018-06-14","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16828","DBE","0","2018-06-15","3","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16829","PKT","0","2018-06-15","4","0","10S/Sc","S2","B2.2.RP","Required Practical: Affect of Light / Gravitity on Seeds (Length and Biological Drawings)","","Students should be able to describe the effects of some plant hormones and the different ways people use them to control plant growth.","1) Required Practical 8 - Affect of Light / Gravitity on Seeds (Length and Biological Drawings) (AT skills 1,3,4,7)\n2) Required Practical 8 - Affect of Light / Gravitity on Seeds (Length and Biological Drawings) (AT skills 1,3,4,7)","Required Practical 8 - Affect of Light / Gravitity on Seeds (Length and Biological Drawings) (AT skills 1,3,4,7):","","","","","","Activity 1)\nRequired Practical 8 - Affect of Light / Gravitity on Seeds (Length and Biological Drawings) \nCress seeds\ngalley pots\ncotton wool\nohp pens\nwater bottles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16830","CLA","0","2018-06-11","3","0","10S/Sc","S1","","Collins C6.10","","","","","","","","","","Collins C6.10","","0","","0000-00-00","0","","0"),
("16831","CLA","0","2018-06-13","5","0","10S/Sc","S1","","Collins C6.11","","","","","","","","","","Collins C6.11","","0","","0000-00-00","0","","0"),
("16832","SNK","0","2018-06-11","4","0","10SN/Sc","S6","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16833","SNK","0","2018-06-13","2","0","10SN/Sc","S6","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16834","SNK","0","2018-06-14","5","0","10SN/Sc","S6","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16835","SNK","0","2018-06-15","3","0","10SN/Sc","S6","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16836","CLA","0","2018-06-14","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16837","CLA","0","2018-06-15","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16838","CLA","0","2018-06-15","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16839","PKT","0","2018-06-11","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16840","PKT","0","2018-06-13","5","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16841","LAN","0","2018-06-11","3","0","10TLK/Sc","S7","","How do enzymes aid in digestion?","","","","","","","","","","Enzyme required practical","","0","","0000-00-00","0","","0"),
("16842","LAN","0","2018-06-13","5","0","10TLK/Sc","S7","","national grid demo","","","","","","","","","","National grid demo (set up please)","","0","","0000-00-00","0","","0"),
("16843","LAN","0","2018-06-14","3","0","10TLK/Sc","S7","C1.6.01","Why are some metals more reactive than others?","","Students should be able to explain reduction and oxidation in terms of loss or gain of oxygen.\n\nStudents should be able to recall and describe the reactions, if any, of potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper with water or\ndilute acids and where appropriate, to place these metals in order\nof reactivity\n\nStudents should be able to explain how the reactivity of metals with water or dilute acids is related to the tendency of the metal to form its positive ion\n\nStudents should be able to deduce an order of reactivity of metals based on experimental\nresults.\n\nStudents should be able to identify in a given reaction, symbol equation or half equation which species are oxidised and which are reduced.\n","1) Metals can be arranged in order of their reactivity in a reactivity series. \n2) The reactivity of a metal is related to its tendency to form positive ions. \n3) The metals potassium, sodium, lithium, calcium, order of reactivity is from their reactions with water and dilute acids. \n4) Metals react with oxygen to produce metal oxides.\n5) The reactions are oxidation reactions because the metals gain oxygen.\n6) The non-metals hydrogen and carbon are often included in the reactivity series.\n8) A more reactive metal can displace a less reactive metal from a compound.\n10) Oxidation is the loss of electrons and reduction is the gain of electrons.\n12) Student should be able to write ionic equations for displacement reactions\n15) The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.","What is the list of metals (and non-metals) in the reactivity series, from most reactive to least reactive? Potassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. \nWhat does the reactivity of a metal depend on? The reactivity of a metal is related to its tendency to form positive ions. \nHow can the reactivity of group 1 metals be compared using a practical investigation? :Group 1 metal reactivity can be compared by observing their reactivity with water and dilute acids qualitatively by looking at the amount of gas produced using a magnifying glass or quantitatively by measuring the temperature changes.\nWhat happens when a metal reacts with oxygen? Metals react with oxygen to produce metal oxides.\nWhat happens to metals in an oxidation reaction? In oxidation reactions metals gain oxygen and looses electrons. \nWhere in the reactivity series does carbon appear and which elements can be displaced by carbon? The order of reactivity including non metals is: Pottassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. Only elements below carbon in the reactivity series can be displaced by carbon. \nWhat is meant by the term \'reduction\'? Reduction is the loss of oxygen and gain of electrons. \nWhat happens during a displacement reaction? :In a displacement reaction a more reactive metal can displace a less reactive metal from a compound.\nHow do each of the following metals react with each of water and dilute acids: potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper? Lithium, sodium and potassium have vigorous reactions with cold water and explosive reactions with dilute acids. ;Calcium, magnesium have less vigorous reactions with water and dilute acids but it is possible to see gas being produced. Zinc, iron and copper have far less vigorous reactions, decreasing in reactivity. \nWhat happens in terms of electrons during reduction and oxidation reactions? :During oxidation reactions substances loose/donate electrons and in reduction reactions substanced gain electrons.\nWhy is potassium more reactive than lithium? :Potassium is more reactive than lithium because it can form a postive ion easier. This is because the attraction between the outside electron and the nuclues is far lower in potassium than lithium. This is because potassium is a bigger atom with more electron shells, creating more sheilding of the electrostatic attraction. \nWrite the ionic equation for the displacement reaction between copper ions and magnesium:The equation for the displacement reaction between copper ions and magnesium is: ;Cu2 Mg --> Mg2 Cu\nWhat would the independent, dependent and control variables be for a quantitative investigation into the reactivity of metals? To investigate the reactivity of metals quantitatively the independent variable would be the type of metal. The dependent variable would be the temperature increase. The control variables would be the surface area of the metal, the volume and concentration of the water/acid, the temperature of the reactants and the mass of the metal. \nIdentify the species that are oxidised and reduced in the half equations below: \nCu2+ + Mg --> Mg2+ + Cu:The oxidation half equation is: ;Mg --> Mg2+ + 2e-;The reduction half equation is: ;Cu2+ + 2e- --> Cu\nWhat conditions are standard when investigating the reactivity of metals with water and acids? The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.","","","","","Activity 8)\ninvestigate the displacement reactions of metals and metal ion solutions","Activity 3)\nAlkali metals reacted in water, in large beakers.\nFilter paper, forceps, wahing up liquid.\n\n-----------\n\nActivity 8)\nreactivity mats \nsmall metal samples/granules \nspatulas\nwaste bowls \nmetal solutions\n\n-----------","","0","","0000-00-00","0","","0"),
("16844","LAN","0","2018-06-15","3","0","10TLK/Sc","S7","C2.2.02","How can we seperate crude oil into useful fractions?","","Students should be able to explain how fractional distillation works in terms of evaporation and condensation.\n\nStudents should be able to recall how boiling point, viscosity and flammability change with increasing molecular size.\n","1) The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\n2) The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\n3) Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\n4) Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\n5) The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\n7) Knowledge of the names of other specific fractions or fuels is not required.\n8) Some properties of hydrocarbons depend on the size of their molecules, including boiling point, viscosity and flammability. These properties influence how hydrocarbons are used as fuels. (WS) Investigate the properties of different hydrocarbons.\n10) Knowledge of trends in properties of hydrocarbons is limited to: ? boiling points, ? viscosity, ? flammability.","How can crude oil be separated into fractions? The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\nWhy is it useful to separate crude oil into fractions? The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\nWhat type of fuels are produced from crude oil? Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\nWhat are three examples of useful materials produced by the petrochemical industry? Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\nWhy is it possible to produce such a vast array of products from crude oil? The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\nHow does fractional distillation separate crude oil into fractions? Fractional distillation seperates crude oil first by vaporisating all compounds, a column of varying temperatures allows molecules with similar condensation points to be seperated. This is due to their carbon chain length\nWhat factor of effects a hydrocarbons boiling point, viscosity and flammability? :The factor that effects a hydrocarbons boiling point, viscosity and flammability is the size of their molecule\nHow does boiling point, viscosity and flammability change with increasing molecular size? :As molecular size of hydrocarbons increases the boiling point increases, the viscosity increases and flammability decreases.\nDescribe how the each of the following properties changes as the length of hydrocarbon chains within a fraction increases:\na) Boiling point\nb) Flammability\nc) Viscosity:a) Boiling point increases as chain length increases.;b) Flammability decreases as chain length increases.;c) Viscosity increases as chain length increases.","https://www.mrcorfe.com/MemoryAnchors/ab2b29fccbc8821d578702aca0f27aba.","Separation\nBoiling Point\nFraction \nHydrocarbon","","","Activity 1)\nDemo: \n1. Distillation of ethanol and water.\n2. Fractional distillation of crude oil\n\nClass activity: \nModel distillation of pupils using their heights to represent carbon chain length.\nActivity 10)\nInvestigating the flammability (how easy is it to ignite and cleanness of flame) and viscosity of different hydrocarbons (timing how long it takes to drip down the tile)","Activity 1)\nCrude oil demo\n\n-----------\n\nActivity 10)\nwhite tiles \nsamples of hydrocabons \nsmall metal tubs (mineral wool) \npipettes \nsplints \ntimers\n\n-----------","","0","","0000-00-00","0","","0"),
("16845","LAN","0","2018-06-15","4","0","10TLK/Sc","S7","","","","","","","","","","","","as above","","0","","0000-00-00","0","","0"),
("16846","LAN","0","2018-06-11","4","0","10TS/Sc","S7","","mark test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16847","SKT","0","2018-06-14","5","0","10TS/Sc","S4","","Homework Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16848","SKT","0","2018-06-15","3","0","10TS/Sc","S4","","Homework Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16849","MES","0","2018-06-13","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16850","CLA","0","2018-06-12","3","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16851","CLA","0","2018-06-13","4","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16852","CLA","0","2018-06-14","4","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16853","LAN","0","2018-06-12","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16854","LAN","0","2018-06-13","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16855","LAN","0","2018-06-14","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16856","CPD","0","2018-06-12","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16857","CPD","0","2018-06-13","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16858","CPD","0","2018-06-14","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16859","SKT","0","2018-06-12","3","0","11SKT/Sc","S4","","DD11","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("16860","SKT","0","2018-06-13","4","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16861","SKT","0","2018-06-14","4","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16862","SNK","0","2018-06-12","3","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16863","SNK","0","2018-06-13","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16864","SNK","0","2018-06-14","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16865","MES","0","2018-06-13","4","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16866","MES","0","2018-06-14","4","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16867","MES","0","2018-06-12","3","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16868","PKT","0","2018-06-12","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16869","PKT","0","2018-06-13","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16870","PKT","0","2018-06-14","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16871","CPD","0","2018-06-13","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16872","CPD","0","2018-06-14","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16873","DBE","0","2018-06-11","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16874","DBE","0","2018-06-12","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16875","PKT","0","2018-06-11","1","0","7A2/Sc","S2","3C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("16876","PKT","0","2018-06-12","4","0","7A2/Sc","S2","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16877","LAN","0","2018-06-11","1","0","7A3/Sc","S7","3b.12","Reflect","","Pure substances can be identified by being unable to separate them.","1) REFLECTION","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","https://www.mrcorfe.com/MemoryAnchors/Improve.png","X","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","","","0","","0000-00-00","0","","0"),
("16878","LAN","0","2018-06-12","4","0","7A3/Sc","S7","3C.1","What is the difference between pure and impure?","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Activity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16879","MES","0","2018-06-14","2","0","7B1/Sc","S5","3P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","X","","0","","0000-00-00","0","","0"),
("16880","MES","0","2018-06-11","5","0","7B1/Sc","S5","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Newtons\nWeight
\nMass
\nForce
\nGravity
","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16881","DBE","0","2018-06-13","2","0","7B1/Sc","S3","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","How are different seasons caused? the seasons and the Earth\'s tilt, day length at different times of year, in different hemispheres","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16882","MES","0","2018-06-12","5","0","7B1/Sc","S5","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside\n3P lesson 7 scavenger hunt card activity","Activity 1)\nLarge inflatable planets (blown up for lesson)\n3P lesson 7 scavenger hunt card activity\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16883","CLA","0","2018-06-11","5","0","7B2/Sc","S1","","Demo set of Enquiry:","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Demo set of Enquiry:","","0","","0000-00-00","0","","0"),
("16884","CLA","0","2018-06-12","5","0","7B2/Sc","S1","","Demo set of Enquiry:","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16885","CLA","0","2018-06-13","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16886","CLA","0","2018-06-14","2","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16887","SNK","0","2018-06-12","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16888","SNK","0","2018-06-11","1","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16889","LAN","0","2018-06-14","2","0","7S/Sc","S7","3C.3","How can we separate a mixture of liquids?","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","Activity 2)\nLiebig condenser with inky water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16890","LAN","0","2018-06-13","2","0","7S/Sc","S7","3C.2","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture
\nfiltration
\nevaporation
","","","Activity 1)\nSeparate out sandy salt water.","Activity 1)\nmixtures of salt, sand and water. evaporation dishes, clay triangles. filter paper, conical flasks. distilled water bottles.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16891","PKT","0","2018-06-11","5","0","7S/Sc","S3","3b.12","Reflect","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","X","","","","Mark POO and enter marks into spreadsheet","","0","","0000-00-00","0","","0"),
("16892","LAN","0","2018-06-12","5","0","7S/Sc","S7","3c.1","What is the difference between pure and impure?","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Activity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16893","SKT","0","2018-06-15","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16894","LAN","0","2018-06-14","5","0","8A1/Sc","S7","7C.4","Skill Focus: Planning","","","1) Gas can be collected over water using a delivery tube.\n2) PLANNING\nGas produced by metal & acid.","Draw a labelled diagram to show how to collect gas over water.:- Up turned measuring cylinder / test tube;- In tub of water;- Delivery tube from reaction to under measuring cylinder;- Reaction in a conical flask.","","","","","Activity 1)\nhttps://www.google.co.uk/images?q=collecting gas over water\nActivity 2)\nIdeally use AQA required practical proforma.\n\nStudents to develop their own hypothesis and therefore plan\n\nPossible IVs:\nConcentration of acid\nVolume of acid\nType of acid\n\nMass of metal\nShape (Surface Area) of metal\nType of metal","Activity 1)\nDEMO:\nTroughs\nMeasuring cylinders\nDelivery tubes conical flasks\n\nOPTIONAL\n1M Hydrochloric acid\n2cm Magnesium ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16895","SKT","0","2018-06-11","4","0","8A1/Sc","S4","7C.1","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nyellow precipitate demo\n\n-----------\n\nActivity 2)\nDisplacement reactions, in tray & laminated sheets\n\n-----------\n\nActivity 3)\nMagnesium Ribbon
\nIron filings
\nCopper Turnings
\nZinc granules
\n
\nTest tubes
\n bungs
\n0.5M HCl
\n0.5M Sulphuric
\n
\nDEMO
\nGroup 1 metals as SoP\n\n-----------\n\nActivity 4)\nSpills\n\n-----------\n\nActivity 7)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16896","SKT","0","2018-06-12","1","0","8A1/Sc","S4","7C.2","What is a displacement reaction?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16897","SKT","0","2018-06-13","1","0","8A1/Sc","S4","7C.3","How do we get metals from rocks?","","Carbon can only displace metals that are less reactive than itself.","1) Carbon and Hydrogen are often added to the reactivity series for comparison.\n2) Metals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\n3) The rocks that have significant amounts of metal oxides in are known as ores.\n4) In order to obtain useable metal it needs to be chemically separated from the oxygen.\n5) The blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\n6) Carbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\n7) A: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? The metal displaces the hydrogen, found in ground water, to produce metal oxides.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhat needs to be done to get useable metals? Metal in metal oxides needs to be chemical separated from the oxygen.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat is added to to the furnace to remove the oxygen from the ore? Carbon is added to blast furnace remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? Carbon can only displace metals that are less reactive than itself.","","Oxide\nDisplacement\nProduct\nReactant","","","Activity 1)\nShow old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals\nActivity 5)\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 7)\nUsing reactivity series student to predict which metals are obtained using carbon.","Activity 3)\nSelection of metal ores and hand lenses?\n\n-----------\n\nActivity 5)\n0.5 g of the metal oxides:\n - Copper\n - Lead\n - Iron\n(Groups to do one and show results.)\n\n0.15 and 0.2 g of powdered carbon\nBalances\nBottle tops\nspatulas\npipe clay triangles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16898","CLA","0","2018-06-15","1","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16899","CLA","0","2018-06-11","4","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16900","CLA","0","2018-06-12","1","0","8A2/Sc","S1","","Demo set only- Tsunami Enquiry: plastic Trays Stop watches Large measuring cylinders","","","","","","","","","","Demo set only- Tsunami Enquiry:\nplastic Trays \nStop watches\nLarge measuring cylinders","","0","","0000-00-00","0","","0"),
("16901","CLA","0","2018-06-13","1","0","8A2/Sc","S1","","Class set only- Tsunami Enquiry: plastic Trays Stop watches Large measuring cylinders.","","","","","","","","","","Class set only- Tsunami Enquiry: plastic Trays Stop watches Large measuring cylinders.","","0","","0000-00-00","0","","0"),
("16902","CLA","0","2018-06-14","5","0","8A2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16903","MES","0","2018-06-11","4","0","8A3/Sc","S5","","Reactivity series","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16904","MES","0","2018-06-12","1","0","8A3/Sc","S5","4C.6","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire. \nsmall cuvettes with lids.\n pipettes. \nohp pens.\n\n-----------","","0","","0000-00-00","0","","0"),
("16905","MES","0","2018-06-13","1","0","8A3/Sc","S5","4C.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus\n - 250 cm3\n cylinders – one for each catalyst to be used.\n - A tray to catch any foam that spills over the top of the cylinders.\n Stopwatch \nwashing up liquid 1cm\n\nChemicals\nThe quantities given are for one demonstration.\n -25ml of 50 vol. hydrogen peroxide solution for each demo.\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).\n - A small piece of potato.\n - A small piece of liver.\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------","","0","","0000-00-00","0","","0"),
("16906","MES","0","2018-06-14","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16907","MES","0","2018-06-15","1","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16908","PKT","0","2018-06-12","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16909","PKT","0","2018-06-13","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16910","PKT","0","2018-06-14","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16911","PKT","0","2018-06-15","5","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16912","LAN","0","2018-06-15","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16913","LAN","0","2018-06-13","1","0","8B2/Sc","S7","","Is light a wave and what determines the colour of light?","","","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) When light (or waves) waves change speed they change direction. This is called refraction.\n6) Light waves can travel through a vacuum.\n7) Light is called electromagnetic radiation.\n8) When all colours of light mix they add up to form white light.\n9) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n10) T: The different colours have different frequencies of light.\n11) T: The higher the frequency of light, the more it is refracted by the prism.\n12) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n13) W: The higher the frequency the higher the energy of the wave.\n14) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n15) The speed of light through a vacuum is always 3x10^8 m/s\n16) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)\n17) When colours of paint are mix they subtract, forming brown.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nWhat is refraction? When light (or waves) waves change speed they change direction. This is called refraction.\nWhy can light travel through a vacuum? Light waves can travel everywhere including though a vacuum due to the fact that they don't need particles in order to travel.\nWhat is another name for light? Light is also known as electromagnetic radiation.\nWhat happens when all the colours of light mix? When different colours of light mix they combine to form white light.\nWhy are the colours of white light separated into a rainbow? The different colours of light bend different amounts.;Red is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).;Violet has the highest frequency (of visible light)\nWhat is the speed of light in a vacuum? The speed of light through a vacuum is always 3x10^8 m/s\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).;Violet has the highest energy (of visible light).\nWhat happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nRefracted\nFrequency\nPrism\ndisplay on board and using whiteboards to predict colours needed to make different colours\nsketch a diagram of prism practical and label to show increasing frequency\nColour\nWave\nWavelength\nAmplitude: The maximum displacement of a wave.\nPeak\nTrough\nDisplacement\nParticles","","","Activity 2)\nStarter: draw and label a transverse wave (recall from previous topic)\nActivity 4)\nUse string to model the movement of transverse waves (link back to sound waves being transverse)\nActivity 5)\nRefraction light\nActivity 8)\nSplitting white light class set\nActivity 12)\nBell in Bell jar and vacuum pump\nfocus on object in the jar as still being able to be seen by the light\nActivity 13)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave\nActivity 17)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html","","","0","","0000-00-00","0","","0"),
("16914","DBE","0","2018-06-12","2","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16915","DBE","0","2018-06-14","1","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16916","DBE","0","2018-06-15","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16917","DBE","0","2018-06-11","4","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16918","DBE","0","2018-06-12","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16919","DBE","0","2018-06-13","1","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16920","DBE","0","2018-06-14","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16921","SNK","0","2018-06-12","2","0","8S/Sc","S6","6B.03","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("16922","SNK","0","2018-06-13","1","0","8S/Sc","S6","6B.04","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("16923","SNK","0","2018-06-14","1","0","8S/Sc","S6","6B.05","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","tennis balls\nmasses for lifting\nresistance bands?","","0","","0000-00-00","0","","0"),
("16924","SNK","0","2018-06-15","5","0","8S/Sc","S6","6B.06","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("16925","MES","0","2018-06-15","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16926","PKT","0","2018-06-15","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16927","CLA","0","2018-06-15","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16928","SKT","0","2018-06-11","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16929","SKT","0","2018-06-12","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16930","SKT","0","2018-06-15","5","0","9ASK/Sc","S4","7P.1","Is light a wave and what determines the colour of light?","","","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) When light (or waves) waves change speed they change direction. This is called refraction.\n6) Light waves can travel through a vacuum.\n7) Light is called electromagnetic radiation.\n8) When all colours of light mix they add up to form white light.\n9) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n10) T: The different colours have different frequencies of light.\n11) T: The higher the frequency of light, the more it is refracted by the prism.\n12) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n13) W: The higher the frequency the higher the energy of the wave.\n14) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n15) The speed of light through a vacuum is always 3x10^8 m/s\n16) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)\n17) When colours of paint are mix they subtract, forming brown.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nWhat is refraction? When light (or waves) waves change speed they change direction. This is called refraction.\nWhy can light travel through a vacuum? Light waves can travel everywhere including though a vacuum due to the fact that they don't need particles in order to travel.\nWhat is another name for light? Light is also known as electromagnetic radiation.\nWhat happens when all the colours of light mix? When different colours of light mix they combine to form white light.\nWhy are the colours of white light separated into a rainbow? The different colours of light bend different amounts.;Red is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).;Violet has the highest frequency (of visible light)\nWhat is the speed of light in a vacuum? The speed of light through a vacuum is always 3x10^8 m/s\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).;Violet has the highest energy (of visible light).\nWhat happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nRefracted\nFrequency\nPrism\ndisplay on board and using whiteboards to predict colours needed to make different colours\nsketch a diagram of prism practical and label to show increasing frequency\nColour\nWave\nWavelength\nAmplitude: The maximum displacement of a wave.\nPeak\nTrough\nDisplacement\nParticles","","","Activity 2)\nStarter: draw and label a transverse wave (recall from previous topic)\nActivity 4)\nUse string to model the movement of transverse waves (link back to sound waves being transverse)\nActivity 5)\nRefraction light\nActivity 8)\nSplitting white light class set\nActivity 12)\nBell in Bell jar and vacuum pump\nfocus on object in the jar as still being able to be seen by the light\nActivity 13)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave\nActivity 17)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html","Activity 4)\nlong lengths of string for paired work \nselection of slinkies\n\n-----------\n\nActivity 5)\nprisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 8)\n60 deg triangle prisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 12)\nElectric Bell in Bell jar \nPower supply\nVacuum pump\nLamp on other side of bell jar\n\n-----------\n\nActivity 13)\nLong (~3m) Rope or rubber tube\n\n-----------","","0","","0000-00-00","0","","0"),
("16931","SKT","0","2018-06-11","1","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16932","SNK","0","2018-06-15","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16933","PKT","0","2018-06-15","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16934","SKT","0","2018-06-15","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16935","CLA","0","2018-06-13","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16936","SKT","0","2018-06-11","3","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16937","SKT","0","2018-06-12","5","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16938","SKT","0","2018-06-14","2","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16939","CLA","0","2018-06-11","1","0","9CLA/Sc","S1","","Transition elements:\nExamples of different types of transition elements","","","","","","","","","","Examples of different types of transition elements","","0","","0000-00-00","0","","0"),
("16940","CLA","0","2018-06-11","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16941","CLA","0","2018-06-12","2","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16942","CLA","0","2018-06-15","5","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16943","DBE","0","2018-06-11","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16944","DBE","0","2018-06-13","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16945","DBE","0","2018-06-14","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16946","DBE","0","2018-06-15","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16947","PKT","0","2018-06-12","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16948","MES","0","2018-06-11","1","0","9MES/Sc","S5","C1.2.4","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? : metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","","","","","Activity 3)\nGroup 1 demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16949","MES","0","2018-06-11","2","0","9MES/Sc","S5","C1.2.5","Group 1","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride + Fluorine -> Sodium Fluoride + Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","","","","","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.
\nPotassium chloride
\nPotassium bromide
\nPotassium iodide
\nCyclohexane
\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.
\nPotassium chloride
\nPotassium bromide
\nPotassium iodide
\nCyclohexane
\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("16950","MES","0","2018-06-12","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16951","MES","0","2018-06-15","5","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("16952","SNK","0","2018-06-11","3","0","9SNK/Sc","S6","C1.2.05","Group 7","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell. \n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride + Fluorine -> Sodium Fluoride + Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","","","","","","","0","","0000-00-00","0","","0"),
("16953","SNK","0","2018-06-12","5","0","9SNK/Sc","S6","C1.2.06","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16954","SNK","0","2018-06-13","3","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16955","SNK","0","2018-06-14","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16956","SNK","0","2018-06-15","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16957","CPD","0","2018-06-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16958","PKT","0","2018-06-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16959","DBE","0","2018-06-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16960","SNK","0","2018-06-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16961","LAN","0","2018-06-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16962","CPD","0","2018-06-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16963","CPD","0","2018-06-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16964","CPD","0","2018-06-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16965","DBE","0","2018-06-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16966","LAN","0","2018-06-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16967","SKT","0","2018-06-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16968","CPD","0","2018-06-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16969","PKT","0","2018-06-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16970","SNK","0","2018-06-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16971","LAN","0","2018-06-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16972","CPD","0","2018-06-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16973","LAN","0","2018-06-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16974","CPD","0","2018-06-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16975","DBE","0","2018-06-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16976","MES","0","2018-06-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16977","CLA","0","2018-06-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16978","SKT","0","2018-06-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16979","CPD","0","2018-06-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16980","DBE","0","2018-06-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16981","CPD","0","2018-06-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16982","CPD","0","2018-06-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16983","SKT","0","2018-06-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16984","CPD","0","2018-06-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16985","MES","0","2018-06-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16986","PKT","0","2018-06-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16987","LAN","0","2018-06-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16988","SKT","0","2018-06-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16989","DBE","0","2018-06-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16990","DBE","0","2018-06-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16991","SNK","0","2018-06-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16992","SKT","0","2018-06-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16993","CPD","0","2018-06-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16994","MES","0","2018-06-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16995","CLA","0","2018-06-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16996","LAN","0","2018-06-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16997","SKT","0","2018-06-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16998","CPD","0","2018-06-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("16999","PKT","0","2018-06-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17000","CPD","0","2018-06-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17001","PKT","0","2018-06-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17002","SNK","0","2018-06-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17003","SKT","0","2018-06-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17004","DBE","0","2018-06-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17005","CPD","0","2018-06-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17006","LAN","0","2018-06-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17007","CPD","0","2018-06-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17008","LAN","0","2018-06-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17009","CPD","0","2018-06-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17010","CPD","0","2018-06-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17011","DBE","0","2018-06-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17012","SNK","0","2018-06-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17013","SKT","0","2018-06-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17014","CPD","0","2018-06-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17015","DBE","0","2018-06-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17016","CPD","0","2018-06-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17017","MES","0","2018-06-22","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17018","MES","0","2018-06-18","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17019","MES","0","2018-06-19","5","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17020","MES","0","2018-06-21","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17021","PKT","0","2018-06-21","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17022","PKT","0","2018-06-22","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17023","PKT","0","2018-06-18","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17024","PKT","0","2018-06-20","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17025","PKT","0","2018-06-21","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17026","DBE","0","2018-06-21","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17027","PKT","0","2018-06-18","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17028","PKT","0","2018-06-19","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17029","CLA","0","2018-06-22","4","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17030","SNK","0","2018-06-18","2","0","10SN/Sc","S6","","","","","","","","","","","","No year 10","","0","","0000-00-00","0","","0"),
("17031","SNK","0","2018-06-20","5","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17032","SNK","0","2018-06-21","3","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17033","SNK","0","2018-06-21","4","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17034","SNK","0","2018-06-22","5","0","10SN/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17035","CLA","0","2018-06-18","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17036","CLA","0","2018-06-19","5","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17037","CLA","0","2018-06-21","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17038","PKT","0","2018-06-22","4","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17039","LAN","0","2018-06-18","4","0","10TLK/Sc","S7","C1.1.5","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation\nDistillation\nInsoluble\nChromatography\nFractional distillation\nFraction","","","Activity 1)\nDEMO: Fractional distillation\nActivity 2)\nPaper chromatography","** \nDEMO \ndistillation of ethanol and water \n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes","","0","","0000-00-00","0","","0"),
("17040","LAN","0","2018-06-19","5","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17041","LAN","0","2018-06-21","4","0","10TLK/Sc","S7","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","**\nActivity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\n\n-----------","","0","","0000-00-00","0","","0"),
("17042","LAN","0","2018-06-22","4","0","10TLK/Sc","S7","C1.2.4","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------","","0","","0000-00-00","0","","0"),
("17043","LAN","0","2018-06-20","5","0","10TS/Sc","S7","","","","","","","","","","","","*\nx","","0","","0000-00-00","0","","0"),
("17044","LAN","0","2018-06-22","5","0","10TS/Sc","S7","","","","","","","","","","","","*\nX","","0","","0000-00-00","0","","0"),
("17045","SKT","0","2018-06-21","4","0","10TS/Sc","S4","","Homework Feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17046","MES","0","2018-06-18","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17047","MES","0","2018-06-21","3","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17048","CLA","0","2018-06-21","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17049","CLA","0","2018-06-18","5","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17050","CLA","0","2018-06-19","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17051","CLA","0","2018-06-20","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17052","CLA","0","2018-06-22","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17053","CLA","0","2018-06-22","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17054","LAN","0","2018-06-18","5","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17055","LAN","0","2018-06-19","1","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17056","LAN","0","2018-06-20","2","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17057","LAN","0","2018-06-21","2","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17058","LAN","0","2018-06-22","1","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17059","LAN","0","2018-06-22","2","0","11LCY/Sc","S7","","","","","","","","","","","","*","","0","","0000-00-00","0","","0"),
("17060","CPD","0","2018-06-18","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17061","CPD","0","2018-06-19","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17062","CPD","0","2018-06-20","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17063","CPD","0","2018-06-21","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17064","CPD","0","2018-06-22","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17065","CPD","0","2018-06-22","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17066","SKT","0","2018-06-19","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17067","SKT","0","2018-06-18","5","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17068","SKT","0","2018-06-20","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17069","SKT","0","2018-06-21","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17070","SKT","0","2018-06-22","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17071","SKT","0","2018-06-22","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17072","SNK","0","2018-06-18","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17073","SNK","0","2018-06-19","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17074","SNK","0","2018-06-20","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17075","SNK","0","2018-06-21","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17076","SNK","0","2018-06-22","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17077","SNK","0","2018-06-22","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17078","MES","0","2018-06-18","5","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17079","MES","0","2018-06-19","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17080","MES","0","2018-06-20","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17081","MES","0","2018-06-21","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17082","MES","0","2018-06-22","1","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17083","MES","0","2018-06-22","2","0","11TE/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17084","PKT","0","2018-06-21","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17085","PKT","0","2018-06-22","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17086","PKT","0","2018-06-22","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17087","PKT","0","2018-06-18","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17088","PKT","0","2018-06-19","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17089","PKT","0","2018-06-20","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17090","CPD","0","2018-06-18","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17091","DBE","0","2018-06-18","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17092","DBE","0","2018-06-19","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17093","DBE","0","2018-06-20","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17094","DBE","0","2018-06-21","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17095","DBE","0","2018-06-22","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17096","PKT","0","2018-06-18","1","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17097","PKT","0","2018-06-20","3","0","7A2/Sc","S2","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","*\nActivity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------","","0","","0000-00-00","0","","0"),
("17098","PKT","0","2018-06-21","1","0","7A2/Sc","S2","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","*\nActivity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------","","0","","0000-00-00","0","","0"),
("17099","PKT","0","2018-06-22","3","0","7A2/Sc","S2","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","*\nActivity 2)\ntimer\n\n-----------","","0","","0000-00-00","0","","0"),
("17100","PKT","0","2018-06-19","2","0","7A2/Sc","S2","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","*\nActivity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------","","0","","0000-00-00","0","","0"),
("17101","LAN","0","2018-06-19","2","0","7A3/Sc","S7","3C.2","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture\nfiltration\nevaporation","","","Activity 1)\nSeparate out sandy salt water.","*\nActivity 1)\nmixtures of salt, sand and water. evaporation dishes, clay triangles. filter paper, conical flasks. distilled water bottles.\n\n-----------","","0","","0000-00-00","0","","0"),
("17102","LAN","0","2018-06-21","1","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17103","LAN","0","2018-06-22","3","0","7A3/Sc","S7","3C.4","Chromatography Enquiry - Planning","","To be able to describe simple techniques for separating mixtures: chromotography.\nChromatography can be used to separate mixtures of coloured compounds.","1) D: To be able to describe simple techniques for separating mixtures: chromotography.\n2) D: Chromatography can be used to separate mixtures of coloured compounds.\n3) Chromatography enquiry\nPLANNING:\nAim: To found out if red M&Ms contain the banned red food dye.","What is chromatography? To be able to describe simple techniques for separating mixtures: chromotography.\nWhy would we use chromatography to identify a type of sweet? Chromatography can be used to separate mixtures of coloured compounds.","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","","","0","","0000-00-00","0","","0"),
("17104","SNK","0","2018-06-18","1","0","7A3/Sc","S7","3c.1","What is the difference between pure and impure? (stick in and complete 3B POO sheets)","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","*\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n-----------","","0","","0000-00-00","0","","0"),
("17105","SNK","0","2018-06-20","3","0","7A3/Sc","S7","3C.3","How can we separate a mixture of liquids?","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","*\nActivity 2)\nLiebig condenser with inky water.\n\n-----------","","0","","0000-00-00","0","","0"),
("17106","DBE","0","2018-06-20","1","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17107","DBE","0","2018-06-21","3","0","7B1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17108","MES","0","2018-06-19","4","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17109","CLA","0","2018-06-19","4","0","7B2/Sc","S1","","Demo set: Friction enquiry\ndifferent types of surfaces \nNewton meters\nmasses","","","","","","","","","","Demo set: Friction enquiry\ndifferent types of surfaces \nNewton meters\nmasses","","0","","0000-00-00","0","","0"),
("17110","CLA","0","2018-06-20","1","0","7B2/Sc","S1","","Class set: Friction enquiry\ndifferent types of surfaces \nNewton meters\nmasses","","","","","","","","","","Class set: Friction enquiry\ndifferent types of surfaces \nNewton meters\nmasses","","0","","0000-00-00","0","","0"),
("17111","CLA","0","2018-06-21","3","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17112","MES","0","2018-06-18","1","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17113","MES","0","2018-06-20","3","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17114","MES","0","2018-06-21","1","0","7E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17115","SNK","0","2018-06-19","2","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17116","SNK","0","2018-06-22","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17117","LAN","0","2018-06-21","3","0","7S/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17118","PKT","0","2018-06-20","1","0","7S/Sc","S2","3c.3","How can we separate a mixture of liquids?","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","*\nActivity 2)\nLiebig condenser with inky water.\n\n-----------","","0","","0000-00-00","0","","0"),
("17119","LAN","0","2018-06-19","4","0","7S/Sc","S7","3C.2","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture\nfiltration\nevaporation","","","Activity 1)\nSeparate out sandy salt water.","*\nActivity 1)\nmixtures of salt, sand and water. evaporation dishes, clay triangles. filter paper, conical flasks. distilled water bottles.\n\n-----------","","0","","0000-00-00","0","","0"),
("17120","CPD","0","2018-06-20","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17121","SKT","0","2018-06-20","5","0","8A1/Sc","S4","7C.1","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nyellow precipitate demo\n\n-----------\n\nActivity 2)\nDisplacement reactions, in tray & laminated sheets\n\n-----------\n\nActivity 3)\nMagnesium Ribbon
\nIron filings
\nCopper Turnings
\nZinc granules
\n
\nTest tubes
\n bungs
\n0.5M HCl
\n0.5M Sulphuric
\n
\nDEMO
\nGroup 1 metals as SoP\n\n-----------\n\nActivity 4)\nSpills\n\n-----------\n\nActivity 7)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17122","SKT","0","2018-06-22","5","0","8A1/Sc","S4","7C.3","How do we get metals from rocks?","","Carbon can only displace metals that are less reactive than itself.","1) Carbon and Hydrogen are often added to the reactivity series for comparison.\n2) Metals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\n3) The rocks that have significant amounts of metal oxides in are known as ores.\n4) In order to obtain useable metal it needs to be chemically separated from the oxygen.\n5) The blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\n6) Carbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\n7) A: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? The metal displaces the hydrogen, found in ground water, to produce metal oxides.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhat needs to be done to get useable metals? Metal in metal oxides needs to be chemical separated from the oxygen.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat is added to to the furnace to remove the oxygen from the ore? Carbon is added to blast furnace remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? Carbon can only displace metals that are less reactive than itself.","","Oxide\nDisplacement\nProduct\nReactant","","","Activity 1)\nShow old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals\nActivity 5)\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 7)\nUsing reactivity series student to predict which metals are obtained using carbon.","Activity 3)\nSelection of metal ores and hand lenses?\n\n-----------\n\nActivity 5)\n0.5 g of the metal oxides:\n - Copper\n - Lead\n - Iron\n(Groups to do one and show results.)\n\n0.15 and 0.2 g of powdered carbon\nBalances\nBottle tops\nspatulas\npipe clay triangles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17123","CLA","0","2018-06-20","5","0","8A2/Sc","S1","8P.1","Charge, Potential Difference, Current, Resistance: Electricity trolley, voltmeter ammeter, powerpacks,leads, batteries.","","","","","","","","","","Charge, Potential Difference, Current, Resistance: Electricity trolley, voltmeter ammeter, powerpacks,leads, batteries.","","0","","0000-00-00","0","","0"),
("17124","CLA","0","2018-06-22","5","0","8A2/Sc","S1","8P.1","8P.1\nElectricity trolley\nvoltmeter\nammeter\nleads\npowerpacks\nbatteries","","","","","","","","","","Electricity trolley\nvoltmeter\nammeter\nleads\npowerpacks\nbatteries","","0","","0000-00-00","0","","0"),
("17125","MES","0","2018-06-20","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17126","MES","0","2018-06-22","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17127","PKT","0","2018-06-18","3","0","8B1/Sc","S2","8P.1","Charge, Potential Difference, Current, Resistance","","","","","","","","","","*\nEquipment Required:\n\nElectricity trolley\n voltmeter\n ammeter\n leads\n powerpacks\n batteries","","0","","0000-00-00","0","","0"),
("17128","PKT","0","2018-06-20","4","0","8B1/Sc","S2","8P.2","","","","","","","","","","","*\nEquipment Required:\nBulbs\n Cells\n Connecting wires\n Switch\nExamples of components: \n Cell\n Battery\n Wire\n Bulb\n Switch\n Voltmeter\n Ammeter","","0","","0000-00-00","0","","0"),
("17129","PKT","0","2018-06-21","5","0","8B1/Sc","S2","8P.3","","","","","","","","","","","*\nEquipment Required:\n\nPowerpacks\n Large variable resistors\n copper wire (for measuring resistance in length of wire)\n ammeter\n voltmeter\n leads\n electricity trolley","","0","","0000-00-00","0","","0"),
("17130","LAN","0","2018-06-20","4","0","8B2/Sc","S7","7P.1","Is light a wave and what determines the colour of light?","","","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) When light (or waves) waves change speed they change direction. This is called refraction.\n6) Light waves can travel through a vacuum.\n7) Light is called electromagnetic radiation.\n8) When all colours of light mix they add up to form white light.\n9) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n10) T: The different colours have different frequencies of light.\n11) T: The higher the frequency of light, the more it is refracted by the prism.\n12) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n13) W: The higher the frequency the higher the energy of the wave.\n14) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n15) The speed of light through a vacuum is always 3x10^8 m/s\n16) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)\n17) When colours of paint are mix they subtract, forming brown.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nWhat is refraction? When light (or waves) waves change speed they change direction. This is called refraction.\nWhy can light travel through a vacuum? Light waves can travel everywhere including though a vacuum due to the fact that they don't need particles in order to travel.\nWhat is another name for light? Light is also known as electromagnetic radiation.\nWhat happens when all the colours of light mix? When different colours of light mix they combine to form white light.\nWhy are the colours of white light separated into a rainbow? The different colours of light bend different amounts.;Red is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).;Violet has the highest frequency (of visible light)\nWhat is the speed of light in a vacuum? The speed of light through a vacuum is always 3x10^8 m/s\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).;Violet has the highest energy (of visible light).\nWhat happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nRefracted\nFrequency\nPrism\ndisplay on board and using whiteboards to predict colours needed to make different colours\nsketch a diagram of prism practical and label to show increasing frequency\nColour\nWave\nWavelength\nAmplitude: The maximum displacement of a wave.\nPeak\nTrough\nDisplacement\nParticles","","","Activity 2)\nStarter: draw and label a transverse wave (recall from previous topic)\nActivity 4)\nUse string to model the movement of transverse waves (link back to sound waves being transverse)\nActivity 5)\nRefraction light\nActivity 8)\nSplitting white light class set\nActivity 12)\nBell in Bell jar and vacuum pump\nfocus on object in the jar as still being able to be seen by the light\nActivity 13)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave\nActivity 17)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html","*\nActivity 4)\nlong lengths of string for paired work \nselection of slinkies\n\n-----------\n\nActivity 5)\nprisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 8)\n60 deg triangle prisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 12)\nElectric Bell in Bell jar \nPower supply\nVacuum pump\nLamp on other side of bell jar\n\n-----------\n\nActivity 13)\nLong (~3m) Rope or rubber tube\n\n-----------","","0","","0000-00-00","0","","0"),
("17131","DBE","0","2018-06-18","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17132","DBE","0","2018-06-21","5","0","8B2/Sc","S3","7P.2","What happens when light bounces off a surface?","","","1) W: When a wave encounters a material it is either: \nreflected; \nabsorbed or;\ntransmitted\n2) Light (waves) travels in straight lines. We use rays to show this.\n3) W: When a wave is reflected from an object like a mirror, the angle of reflection equals the angle of incidence.\n4) W: Use of ray model to explain imaging in mirrors\n5) When a wave is reflected from an object like a mirror, it is called specular reflection.\n6) In specular reflection rays are reflected at a consistent angle, allowing an image to be formed.\n7) Diffuse scattering occurs when rays are reflected from a surface in a variety of angles.\n8) Differential colour effects in absorption and diffuse reflection","What three things can happen to a wave when it encounters a material? When a wave encounters a material it is either: ;reflected, absorbed or transmitted.\nHow do light waves travel? Light (waves) travels in straight lines. We use rays to show this.\nWhat is the law of reflection off a plane surface? When a wave is reflected from an object like a mirror, the angle of reflection equals the angle of incidence.\nWhat is the symbol of a mirror for ray diagrams? The symbol for a mirror in ray diagrams is a straight light with perpendicular lines on the back side.\nWhat is it called when a wave hits a flat, shiny surface and bounces back? When a wave hits an object like a mirror, and bounces back it is called specular reflection.\nHow does specular reflection allow an image to be formed? In specular reflection rays are reflected at a consistent angle, allowing an image to be formed.\nWhen does diffuse scattering occur? Diffuse scattering occurs when rays are reflected from a surface in a variety of angles.\nWhy does a red object look red in white light? A red object only reflects red light back to the observer. It absorbs all other colours.","https://www.mrcorfe.com/MemoryAnchors/b491badab749a0b0dc82eee33c6e4992.jpg","Specular\nDiffuse\nScattering\nRay\nReflection\nabsorbed: When the energy of the wave is transferred to a material.\ntransmitted: When a wave passes through a material.\nIncidence\nreflected: When a wave bounces off.","","","Activity 1)\nThought exp:\nWhat could happen when an attacking rugby player becomes comes in contact with a defensive player. NB Stopped means energy is absorbed\nActivity 3)\nRay diagrams with mirrors\nActivity 4)\nRay diagrams with mirrors to form image.\nActivity 7)\nDiscuss the viewing angle of a projector screen - people can see what is reflecting from the screen all around the room. So the rays of light must be reflecting in all directions.\nIs there a particular angle it is brighter? There is probably a bright spot if the projector is illuminating a whiteboard.\nActivity 8)\nLight from a ray box reflecting of different colour paper\n\nNB: We only have 5 data loggers so it advisable to have half the class doing the previous","*\nActivity 3)\nRay boxes\nSlit cards\nProtractors\nMirrors\nMirror holders\n\n-----------\n\nActivity 8)\nRay boxes\nPower supplies\nData loggers light meters\n10 Different colours of paper sqaures\n\n-----------","","0","","0000-00-00","0","","0"),
("17133","DBE","0","2018-06-20","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17134","DBE","0","2018-06-22","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17135","SNK","0","2018-06-18","3","0","8S/Sc","S6","6B.09","","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","X","","0","","0000-00-00","0","","0"),
("17136","SNK","0","2018-06-20","4","0","8S/Sc","S6","6B.07","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","","","0","","0000-00-00","0","","0"),
("17137","SNK","0","2018-06-21","5","0","8S/Sc","S6","6B.08","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)\nLung\nScalpel\nScissors\nForceps\nBoard\nPins\nPump\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17138","SKT","1","2018-06-18","3","0","9ASK/Sc","S4","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties","https://www.mrcorfe.com/MemoryAnchors/b491badab749a0b0dc82eee33c6e4992.jpg","metals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\npattern: similar properties or characteristics\nphysical properties: physical characteristics of elements","","","Activity 1)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 2)\nInvestigate the physical properties of transition metals\nActivity 5)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 6)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 7)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 8)\nGF: Why are isotopes chemically similar but physically different?\nActivity 9)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","X","","0","","0000-00-00","0","","0"),
("17139","SKT","0","2018-06-19","2","0","9ASK/Sc","S4","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","Activity 1)\nRay boxes\nPower supplies\nData loggers light meters\nTracing paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17140","SKT","0","2018-06-20","4","0","9ASK/Sc","S4","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","https://www.mrcorfe.com/MemoryAnchors/0299d478666bbe8428c738328b9f9aab.png","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17141","SKT","1","2018-06-21","5","0","9ASK/Sc","S4","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","X","","0","","0000-00-00","0","","0"),
("17142","SKT","1","2018-06-22","3","0","9ASK/Sc","S4","C1.2.06","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","X","","0","","0000-00-00","0","","0"),
("17143","CLA","0","2018-06-19","3","0","9BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17144","SKT","1","2018-06-18","4","0","9BSK/Sc","S4","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","X","","0","","0000-00-00","0","","0"),
("17145","SKT","0","2018-06-19","4","0","9BSK/Sc","S4","","Homework Feedback","","","","","","","","","","Demo: Group 1 elements","","0","","0000-00-00","0","","0"),
("17146","SKT","1","2018-06-22","4","0","9BSK/Sc","S4","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","X","","0","","0000-00-00","0","","0"),
("17147","CLA","0","2018-06-21","5","0","9CLA/Sc","S1","P1.4.4","x","","","1) If a change of state happens the energy needed for a substance to change state is called latent heat.\n2) When a change of state occurs, the energy supplied changes the energy stored (internal energy) but not the temperature.\n3) The specific latent heat of a substance is the amount of energy required to change the state of one kilogram of the substance with no change in temperature.","What is meant by the latent heat of a substance? Latent heat is the amount of energy needed for a substance to change state.\nWhat happens to the temperature when a change of state occurs? When a change of state occurs, the energy supplied changes the energy stored (internal energy) but not the temperature.\nWhat is the specific latent heat of a substance? The specific latent heat of a substance is the amount of energy required to change the state of one kilogram of the substance with no change in temperature.","","","","","","x","","0","","0000-00-00","0","","0"),
("17148","CLA","0","2018-06-22","3","0","9CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17149","CLA","0","2018-06-18","3","0","9CLA/Sc","S1","P1.4.1","Kinetic theory (Activity 1)\nSalol in test tubes\nthermometers\nKettles\nstop watches\nBeakers","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Salol -Melting solids.","","","Activity 3)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers","Activity 1)\nSalol in test tubes\nthermometers\nKettles\nstop watches\nBeakers\n\n-----------","","0","","0000-00-00","0","","0"),
("17150","CLA","0","2018-06-19","2","0","9CLA/Sc","S1","P1.4.2","Specific heat capacity of materials","","","1) Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\n2) If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\n3) Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\n4) Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","What is meant by the term \'internal energy\', in terms of particles? Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\nIf the temperature of a system increases, what three different things does the increase in temperature depend on? If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\nWhat is meant by the term \'internal energy\', in terms of kinetic and potential energy? Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\nWhat effect does heating change have on the energy stored within the system or state of matter? Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","","","","","Activity 1)\nSpecific heat capacity of materials.","Activity 1)\nTwo 250 ml beakers
\nDensity cubes tied to a string, for example, brass and aluminium
\nTripod, gauze, Bunsen burner, heatproof mat
\nThermometer
\nBalance (mass)
\nCardboard lid\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17151","CLA","0","2018-06-20","4","0","9CLA/Sc","S1","P1.4.3","Required practical density\nActivity 1)\nDigital balances\ndisplacement cans\n250ml beakers\nmeasuring cylinders\nthin string or cotton\nirregularly shaped objects (to fit in cans)\n\n-----------","","","1) Required practical 5 - density (AT skills 1)","","","","","","","Activity 1)\nDigital balances\ndisplacement cans\n250ml beakers\nmeasuring cylinders\nthin string or cotton\nirregularly shaped objects (to fit in cans)\n\n-----------","","0","","0000-00-00","0","","0"),
("17152","DBE","0","2018-06-18","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17153","DBE","0","2018-06-19","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17154","DBE","0","2018-06-19","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17155","DBE","0","2018-06-22","4","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17156","MES","0","2018-06-21","5","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17157","MES","0","2018-06-22","3","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17158","MES","0","2018-06-18","3","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17159","MES","0","2018-06-19","2","0","9MES/Sc","S5","P1.4.5","","","Students should be able to distinguish between specific heat capacity and specific latent heat.\n","1) (MS) energy for a change of state = mass ? specific latent heat\nE = m L\nenergy, E, in joules, J\nmass, m, in kilograms, kg\nspecific latent heat, L, in joules per kilogram, J/kg\n2) Specific latent heat of fusion is the change of state from solid to liquid\n4) Specific latent heat of vaporisation is the change of state from liquid to vapour","What is the equation used to calculate the energy for a change of state? Include units in your response.:(MS) energy for a change of state = mass ? specific latent heat;E = m L;energy, E, in joules, J;mass, m, in kilograms, kg;specific latent heat, L, in joules per kilogram, J/kg\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of fusion is the change of state from solid to liquid for instance ice melting to water\nWhat is the difference between specific heat capacity and specific latent heat? Specific heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree. specific latent heat is the amount of energy needed to change the state of a substance.\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of vaporisation is the change of state from liquid to vapour. For example liquid water to steam.","","","","","","Stearic Acid\nKettles\nThermometers","","0","","0000-00-00","0","","0"),
("17160","MES","0","2018-06-20","4","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17161","SNK","0","2018-06-18","4","0","9SNK/Sc","S6","","","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n\nStudents should be able to describe, explain and give examples of the specified processes of separation.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict products from given reactants\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to use the formulae of common ions to deduce the formulae of salts.\n\nStudents should understand that the measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to use the relative formula mass of a substance to calculate the number of moles in a given mass of that substance and vice versa.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n4) Chemical amounts are measured in moles. The symbol for the unit mole is mol.\n5) Acids are neutralised by alkalis (eg soluble metal hydroxides) and bases (eg insoluble metal hydroxides and metal oxides) to produce salts and water\n6) Required practical 4 - temperature change in reactions (AT skills 1,3,5,6)\n7) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n8) The chemical properties of each substance in the mixture are unchanged.\n10) Covalently bonded substances may consist of small molecules.\n11) How the mass of one mole of a substance calculated.\n12) Acids are neutralised by metal carbonates to produce salts, water and carbon dioxide.\n13) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n14) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n15) In Group 1, the reactivity of the elements increases going down the group.\n17) One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n18) The particular salt produced in any reaction between an acid and a base or alkali depends on:\n- the acid used (hydrochloric acid produces chlorides, nitric acid produces nitrates, sulfuric acid produces sulfates)\n- the positive ions in the base, alkali or carbonate.\n22) Some covalently bonded substances have very large molecules, such as polymers.\n23) The number of atoms, molecules or ions in a mole of a given substance is the Avogadro constant. \n25) Condensation polymerisation involves monomers with two functional groups.\n26) Filtration (review from KS3)\n28) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n29) The value of the Avogadro constant is 6.02 x 1023 per mole.\n31) Crystallisation (review from KS3)\n32) The transition elements are metals with similar properties which are different from those of the elements in Group 1.\n33) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n35) Simple distillation (review from KS3)\n37) Polymers can be represented using displayed formulae, where n is a large number.","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat is the common name given to the group 1 elements? Alkali metals\nWhat are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nChemical amounts are measured in moles. What is the symbol of the unit for moles? The symbol for the unit mole is mol.\nWhen an acid (such as hydrochloric acid) reacts with an alkali or a base (such as sodium hydroxide), what will the two products be? When an acid reacts with an alkali or base it produces salts and water.\nHow can the amount of energy transferred during a chemical reaction be measured using a practical? A calorimeter can be used to measure the energy change of a reaction. ;Equipment needed: polystyrene cup, lid, thermometer, measuring cylinder, spatula.;Add 10mL of solution to the beaker and record the starting temperature. Add one spatula of the powder of the reactants. Record the change in temperature. Subtract the end temperature from the start temperature.\nWhat occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nWhat type of substances have covalent bonds? small molecules\nHow can we calculate the mass of one mole of a substance? The mass of one mole of a substance is equal to its relative formula mass in grams. Eg. CO2 Mr = 44 : so 1 Mole of CO2 = 44g\nWhat products are made when an acid reacts with a metal carbonate? Acids are neutralised by metal carbonates to produce salts, water and carbon dioxide.\nHow many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nIf you have one mole each of two different substances, what will they share in common? One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\nWhat factors affect the type of salt produced in a reaction between an acid and a base or alkali? The particular salt produced in any reaction between an acid and a base or alkali depends on:;- the acid used (hydrochloric acid produces chlorides, nitric acid produces nitrates, sulfuric acid produces sulfates);- the positive ions in the base, alkali or carbonate.\nWhat are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nGive an example of large molecules with covalent bonds:Polymers \nWhat does Avogadro\'s constant represent? The total number of particles/atoms/molecules/ions within one mole of a substance.\nWhat two products would be made when zinc oxide reacts with dilute hydrochloric acid? The two products that would be made when zinc oxide reacts with dilute hydrochloric acid are zinc chloride and water.\nWhen does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nWhat is the value of Avogadro\'s constant? 1 mole = 6.02 x 1023 particles/atoms/molecules/ions of a substance\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nWould there be any difference in the number of atoms in one mole of carbon (C) compared with the number of one mole of molecules of carbon dioxide (CO2)? Measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nCalculate the mass of one mole of C2H6:The relative formula mass (Mr) of C2H6 = 30;Therefore the mass of 1 mol C2H6 = 30g\nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.\nWhat would the draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Metals: elements that donate electrons to form compounds\nSolute\nSolution\nDistillation\nCondenser\nsolutions: where substances are dissolved in water\nRound bottom flask\nEvaporation Dish\nCrystallisation\nReactivity: how easy an element will accept or donate electrons to form compounds\nPhysical processes\nChemical properties\nFiltration\nFiltrate\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nResidue\nMixture","","","Activity 15)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 21)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 26)\nFiltration\nActivity 27)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 31)\nCrystallisation\nActivity 32)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 35)\nSimple distillation\nActivity 36)\nCreate a double bubble thinking map to compare group 1 and transition metals.","","","0","","0000-00-00","0","","0"),
("17162","SNK","0","2018-06-19","3","0","9SNK/Sc","S6","C1.04","What is a mixture and how do we separate them?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n\nStudents should be able to describe, explain and give examples of the specified processes of separation.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict products from given reactants\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to use the formulae of common ions to deduce the formulae of salts.\n\nStudents should understand that the measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to use the relative formula mass of a substance to calculate the number of moles in a given mass of that substance and vice versa.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n4) Chemical amounts are measured in moles. The symbol for the unit mole is mol.\n5) Acids are neutralised by alkalis (eg soluble metal hydroxides) and bases (eg insoluble metal hydroxides and metal oxides) to produce salts and water\n6) Required practical 4 - temperature change in reactions (AT skills 1,3,5,6)\n7) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n8) The chemical properties of each substance in the mixture are unchanged.\n10) Covalently bonded substances may consist of small molecules.\n11) How the mass of one mole of a substance calculated.\n12) Acids are neutralised by metal carbonates to produce salts, water and carbon dioxide.\n13) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n14) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n15) In Group 1, the reactivity of the elements increases going down the group.\n17) One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n18) The particular salt produced in any reaction between an acid and a base or alkali depends on:\n- the acid used (hydrochloric acid produces chlorides, nitric acid produces nitrates, sulfuric acid produces sulfates)\n- the positive ions in the base, alkali or carbonate.\n22) Some covalently bonded substances have very large molecules, such as polymers.\n23) The number of atoms, molecules or ions in a mole of a given substance is the Avogadro constant. \n25) Condensation polymerisation involves monomers with two functional groups.\n26) Filtration (review from KS3)\n28) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n29) The value of the Avogadro constant is 6.02 x 1023 per mole.\n31) Crystallisation (review from KS3)\n32) The transition elements are metals with similar properties which are different from those of the elements in Group 1.\n33) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n35) Simple distillation (review from KS3)\n37) Polymers can be represented using displayed formulae, where n is a large number.","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat is the common name given to the group 1 elements? Alkali metals\nWhat are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nChemical amounts are measured in moles. What is the symbol of the unit for moles? The symbol for the unit mole is mol.\nWhen an acid (such as hydrochloric acid) reacts with an alkali or a base (such as sodium hydroxide), what will the two products be? When an acid reacts with an alkali or base it produces salts and water.\nHow can the amount of energy transferred during a chemical reaction be measured using a practical? A calorimeter can be used to measure the energy change of a reaction. ;Equipment needed: polystyrene cup, lid, thermometer, measuring cylinder, spatula.;Add 10mL of solution to the beaker and record the starting temperature. Add one spatula of the powder of the reactants. Record the change in temperature. Subtract the end temperature from the start temperature.\nWhat occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nWhat type of substances have covalent bonds? small molecules\nHow can we calculate the mass of one mole of a substance? The mass of one mole of a substance is equal to its relative formula mass in grams. Eg. CO2 Mr = 44 : so 1 Mole of CO2 = 44g\nWhat products are made when an acid reacts with a metal carbonate? Acids are neutralised by metal carbonates to produce salts, water and carbon dioxide.\nHow many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nIf you have one mole each of two different substances, what will they share in common? One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\nWhat factors affect the type of salt produced in a reaction between an acid and a base or alkali? The particular salt produced in any reaction between an acid and a base or alkali depends on:;- the acid used (hydrochloric acid produces chlorides, nitric acid produces nitrates, sulfuric acid produces sulfates);- the positive ions in the base, alkali or carbonate.\nWhat are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nGive an example of large molecules with covalent bonds:Polymers \nWhat does Avogadro\'s constant represent? The total number of particles/atoms/molecules/ions within one mole of a substance.\nWhat two products would be made when zinc oxide reacts with dilute hydrochloric acid? The two products that would be made when zinc oxide reacts with dilute hydrochloric acid are zinc chloride and water.\nWhen does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nWhat is the value of Avogadro\'s constant? 1 mole = 6.02 x 1023 particles/atoms/molecules/ions of a substance\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nWould there be any difference in the number of atoms in one mole of carbon (C) compared with the number of one mole of molecules of carbon dioxide (CO2)? Measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nCalculate the mass of one mole of C2H6:The relative formula mass (Mr) of C2H6 = 30;Therefore the mass of 1 mol C2H6 = 30g\nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.\nWhat would the draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Metals: elements that donate electrons to form compounds\nSolute\nSolution\nDistillation\nCondenser\nsolutions: where substances are dissolved in water\nRound bottom flask\nEvaporation Dish\nCrystallisation\nReactivity: how easy an element will accept or donate electrons to form compounds\nPhysical processes\nChemical properties\nFiltration\nFiltrate\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nResidue\nMixture","","","Activity 15)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 21)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 26)\nFiltration\nActivity 27)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 31)\nCrystallisation\nActivity 32)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 35)\nSimple distillation\nActivity 36)\nCreate a double bubble thinking map to compare group 1 and transition metals.","-----------\n\nActivity 26)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 27)\nfluffy balls\n\n-----------\n\nActivity 31)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 35)\nSimple distillation setup with alcohol and water solution\n\n-----------","","0","","0000-00-00","0","","0"),
("17163","SNK","0","2018-06-19","4","0","9SNK/Sc","S6","C1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n\nStudents should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\nStudents should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to describe how to make pure, dry samples of named soluble salts from information provided.\n\n(HT only) Throughout Section 4.4.3 Higher Tier students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations. (MS)\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to predict the products of the electrolysis of binary ionic compounds in the molten state.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to change the subject of a mathematical equation.\n\n(HT only) students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations for this process . (MS)\n\nStudents should be able to name the types of monomers from which these naturally occurring polymers are made. (HT only)\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) fractional distillation \n2) Metals consist of giant structures of atoms arranged in a regular pattern.\n3) The masses of reactants and products can be calculated from balanced symbol equations.\n4) Soluble salts can be made from acids by reacting them with solid insoluble substances, such as metals, metal oxides, hydroxides or carbonates.\n5) When an ionic compound is melted or dissolved in water, the ions are free to move about within the liquid or solution. These liquids and solutions are able to conduct electricity and are called electrolytes.\n6) Amino acids have two different functional groups in a molecule. Amino acids react by condensation polymerisation to produce polypeptides. (HT only)\n7) chromatography (review from KS3)\n8) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n9) The halogens are non-metals and consist of molecules made of pairs of atoms.\n10) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \n11) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n12) (WS) The solid is added to the acid until no more reacts and the excess solid is filtered off to produce a solution of the salt.\n13) For example: glycine is H NCH COOH and polymerises to produce the polypeptide (-HNCH2COO-) and n H2O.\n (HT only)\n14) (HT only) Write balanced half equations and ionic equations where appropriate.\n17) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\n19) Salt solutions can be crystallised to produce solid salts.\n20) Passing an electric current through electrolytes causes the ions to move to the electrodes. Positively charged ions move to the negative electrode (the cathode), and negatively charged ions move to the positive electrode (the anode). Ions are discharged at the electrodes producing elements. This process is called electrolysis.\n21) Different amino acids can be combined in the same chain to produce proteins. (HT only)\n22) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n27) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses. (HT only)\n29) In Group 7, the reactivity of the elements decreases going down the group.\n30) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n31) When a simple ionic compound (eg lead bromide) is electrolysed in the molten state using inert electrodes, the metal (lead) is produced at the cathode and the non-metal (bromine) is produced at the anode.\n32) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix. (HT only)\n33) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n36) Other naturally occurring polymers important for life include proteins, starch and cellulose. (HT only)\n42) During electrolysis, at the cathode (negative electrode), positively charged ions gain electrons and so the reactions are reductions.\n43) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.\n44) At the anode (positive electrode), negatively charged ions lose electrons and so the reactions are oxidation reactions.\n46) Reactions at electrodes can be represented by half equations, for example:\n2H 2e- ? H2\nand\n4OH- ? O2 2H2O 4e-\nor\n4OH- 4e- ? O 2H2O","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporize and condensing them at different temperatures in a distillation column.\nWhat is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nBalance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 + 02:2H2O2 --> 2H20 + 02 The mass of the reactants is 68, the mass of the reactants is also 68\nWhat examples of solid insoluble substances react with acids to form soluble salts? Soluble salts can be made from acids by reacting them with solid insoluble substances, such as metals, metal oxides, hydroxides or carbonates.\nWhen is an ionic compound able to conduct electricity? When an ionic compound is melted or dissolved in water, the ions are free to move about within the liquid or solution. These liquids and solutions are able to conduct electricity and are called electrolytes.\n(HT only) What type of polymerisation reaction occurs when amino acids react to form polypeptides? (Include a reason why):(HT only) Amino acids react by condensation polymerisation to produce polypeptides, this is because amino acids have two different functional groups in one molecule.\nHow are mixtures seperated using chromatography? In chromatrography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nWhat is the common name given to the group 7 elements? The halogens\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nIn the following equation: \nMg + 2HCI --> MgCI2 + H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? :1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\nWhen an excess of metal oxide reactant is added to an acid, how can the pure salt solution be collected? The solid is added to the acid until no more reacts and the excess solid is filtered off to produce a solution of the salt.\n(HT only) What would the equation looks like for the polymerisation of glycine? (HT only) n NCH COOH --> [-HNCH2COO-]n H2O.\n(HT) What is the balanced half equation for H ? e??? H2:T(HT)he balanced half equation is: ;2H ? 2e??? H2\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.\nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nCaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\nWhat process is used to produce solid salts from salt solutions? Salt solutions can be crystallised to produce solid salts.\nWhat happens at each of the electrodes in electrolysis when an electric current is passed through the electroytes? Passing an electric current through electrolytes causes the ions to move to the electrodes. Positively charged ions move to the negative electrode (the cathode), and negatively charged ions move to the positive electrode (the anode). Ions are discharged at the electrodes producing elements. This process is called electrolysis.\n(HT only) How are proteins an example of a condensation polymer? (HT only) Proteins are an example of a condensation polymer because Different amino acids (with two functional groups) can be combined in the same chain to produce proteins.\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nCalculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 + 2Al ? 2Fe + Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \nWhat are the typical steps are involved in preparing a pure, dry sample of silver chloride from silver nitrate and sodium chloride? Silver chloride is insoluble - you can see this from the table. You need a soluble silver salt and a soluble chloride salt to make it. Silver nitrate and sodium chloride are both soluble. When you mix their solutions together, you make soluble sodium nitrate and insoluble silver chloride:;silver nitrate sodium chloride → sodium nitrate silver chloride;AgNO3(aq) NaCl(aq) → NaNO3(aq) AgCl(s);The silver chloride appears as tiny particles suspended in the reaction mixture - it forms a precipitate. The precipitate can be filtered, washed with water on the filter paper, and then dried in an oven.\n(HT) What happens at the anode and cathode electrodes in the electrolysis of aqueous sodium chloride? (use half equations to help explain):(HT) At the cathode sodium is formed: 2Na 2e- --> 2Na;At the anode chlorine gas is formed: 2Cl- -->Cl2 2e-\n(HT only) What is DNA and what is its function? (HT only) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses.\nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nHow can you use the massess of reactants and products to balance a symbol equation? :The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\nWhich electrode as the metals and non metals products found during electrolysis? During electrolysis the metal product is found at the cathode as this cathode is negatively charged. The non metal product is found at the anode, this this electrode is positively charged.\n(HT only) Why is the structure of DNA described as a polymer? (HT only) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\nWhat would the products be for the electrolysis of the following ionic compounds: \n1. NaCl\n2. PbBr2\n3. NaOH\n4. Al2O3:The products of electrolysis would be: ;1. H2 (g) Cl2 (g) NaOH (aq);2. Pb (s) Br2 (g) ;3. H2 (g) O2 (g) Na (aq);4. Al (s) O2 (g)\n(HT only) What are the other naturally occuring polymers that are important for life processes? (HT only) Other naturally occurring polymers important for life include proteins, starch and cellulose.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nHow do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles \n(HT) What would the half equations be for the electrolysis of NaCl? (HT) anode: 2Cl– → Cl2 2e- (oxidation);cathode: 2H 2e– → H2 (reduction).;;NaOH solution is also produced.\n(HT only) What are the monomers that form the following naturally occuring polymers? \n1. proteins\n2. starch\n3. cellulose:(HT only) The monomers that form the naturally occuring polymers are: ;1. proteins = amino acids ;2. starch = glucose;3. cellulose = glucose\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nWhat happens at the cathode during electrolysis? Is this an oxidation or reduction reaction? During electrolysis, at the cathode (negative electrode), positively charged ions gain electrons and so the reactions are reductions.\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nWhat happens at the anode during electrolysis? Is this an oxidation or reduction reaction? At the anode (positive electrode), negatively charged ions lose electrons and so the reactions are oxidation reactions.\nList the general properties of compounds of transition elements:\nWhat would the half equations be during the electrolysis of PbBr2? anode: 2Br– → Br2 2e- (oxidation);cathode: Pb2 2e– → Pb (reduction).","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Distillation\nmelting point: temperature at which a substance changes state from a solid to a liquid\nboiling point: temperature at which a substance changes state from a liquid to a gas\nCatalyst: substance which speeds up a chemical reaction without being used up itself.\nEvaporation\nInsoluble\nFractional distillation\nChromatography\nHalogens: group of elements in group 7 with similar properties\nFraction","","","Activity 1)\nDEMO: Fractional distillation\nActivity 7)\nPaper chromatography\nActivity 20)\nClass practical: \nelectrolysis of copper sulfate\nActivity 22)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 29)\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals\nActivity 33)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 43)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 7)\nChromatography paper\nM","","0","","0000-00-00","0","","0"),
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("17230","PKT","0","2018-06-29","4","0","10S/Sc","S2","B2.2.3","How do plants grow in certain directions?","","(Separates only) Students should be able to describe the effects of some plant hormones and the different ways people use them to control plant growth.\n","1) (Separates only) Plants produce hormones to coordinate and control growth and responses to light (phototropism) and gravity (gravitropism or geotropism).\n2) (Separates only) Unequal distributions of auxin cause unequal growth rates in plant roots and shoots. (Required Practical)\n3) (Separates only) (HT only) Gibberellins are important in initiating seed germination.\n4) (Separates only) (HT only) Ethene controls cell division and ripening of fruits.\n5) (Separates only) (HT only) The mechanisms of how gibberellins and ethene work are not required.\n7) (Separates only) Plant growth hormones are used in agriculture and horticulture\n8) (Separates only) Understand how the everyday use of hormones as weed killers has an effect on biodiversity.\n9) (Separates only) Auxins are used:\n? as weed killers\n? as rooting powders\n? for promoting growth in tissue culture.\n10) (Separates only) Ethene is used in the food industry to control ripening of fruit during storage and transport.\n11) (Separates only) Gibberellins can be used to:\n? end seed dormancy\n? promote flowering\n? increase fruit size.","(Separates only) What are the hormonal responses in plants to light and gravity called? Plants produce hormones to coordinate and control growth and responses to light (phototropism) and gravity (gravitropism or geotropism).\n(Separates only) What causes the unequal growth rates in shoots and roots that means plants can grow in specific directions? Unequal distributions of auxin cause unequal growth rates in plant roots and shoots\n(HT) What role does Gibberellins have in a plant? (HT) Gibberellins are important in initiating seed germination.\n(HT) What role does Ethene have in a plant? (HT) Ethene controls cell division and ripening of fruits.\n(Separates only) Give some uses of plant hormones that can be used to control plant growth:selective weedkillers, rooting powders (auxins), seedless fruits.\n(Separates only) What are plant hormones used by people in? Plant growth hormones are used in agriculture and horticulture\n(Separates only) What negative effect can the use of hormones as weed killers have? Everyday use of hormones as weed killers has an effect on biodiversity.\n(Separates only) How do people use auxins? Auxins are used:;? as weed killers;? as rooting powders;? for promoting growth in tissue culture.\n(Separates only) How do people use ethene? Ethene is used in the food industry to control ripening of fruit during storage and transport.\n(Separates only) How do people use Gibberellins? Gibberellins can be used to end seed dormancy, promote flowering and increase fruit size.","","Hormone : A chemical messenger that travels through the cells.\nGermination : The start of growth in a seed.\nTropisms : The growth of a plant towards or away from a particular stimulus.\nAuxin : Plant hormones that cause cells to grow.","","","Activity 1)\nIntroduce the types of tropism and get students to figure out the definition for each. \nDiagram drawing for the affect of auxins.\nActivity 6)\nEW : Evaluate the use of rooting powders and weed killers in horticulture and agriculture.","Plant Responses Required Practical","","0","","0000-00-00","0","","0"),
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("17235","SNK","0","2018-06-28","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17236","SNK","0","2018-06-29","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17237","CLA","0","2018-06-28","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17238","CLA","0","2018-06-29","3","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17239","CLA","0","2018-06-29","4","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17240","PKT","0","2018-06-25","3","0","10TE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17241","PKT","0","2018-06-27","5","0","10TE/Sc","S2","B2.2.3","How do plants grow in certain directions?","","(Separates only) Students should be able to describe the effects of some plant hormones and the different ways people use them to control plant growth.","1) (Separates only) Plants produce hormones to coordinate and control growth and responses to light (phototropism) and gravity (gravitropism or geotropism).\n2) (Separates only) Unequal distributions of auxin cause unequal growth rates in plant roots and shoots. (Required Practical)\n3) (Separates only) (HT only) Gibberellins are important in initiating seed germination.\n4) (Separates only) (HT only) Ethene controls cell division and ripening of fruits.\n5) (Separates only) (HT only) The mechanisms of how gibberellins and ethene work are not required.\n7) (Separates only) Plant growth hormones are used in agriculture and horticulture\n8) (Separates only) Understand how the everyday use of hormones as weed killers has an effect on biodiversity.\n9) (Separates only) Auxins are used:\n? as weed killers\n? as rooting powders\n? for promoting growth in tissue culture.\n10) (Separates only) Ethene is used in the food industry to control ripening of fruit during storage and transport.\n11) (Separates only) Gibberellins can be used to:\n? end seed dormancy\n? promote flowering\n? increase fruit size.","(Separates only) What are the hormonal responses in plants to light and gravity called? Plants produce hormones to coordinate and control growth and responses to light (phototropism) and gravity (gravitropism or geotropism).\n(Separates only) What causes the unequal growth rates in shoots and roots that means plants can grow in specific directions? Unequal distributions of auxin cause unequal growth rates in plant roots and shoots\n(HT) What role does Gibberellins have in a plant? (HT) Gibberellins are important in initiating seed germination.\n(HT) What role does Ethene have in a plant? (HT) Ethene controls cell division and ripening of fruits.\n(Separates only) Give some uses of plant hormones that can be used to control plant growth:selective weedkillers, rooting powders (auxins), seedless fruits.\n(Separates only) What are plant hormones used by people in? Plant growth hormones are used in agriculture and horticulture\n(Separates only) What negative effect can the use of hormones as weed killers have? Everyday use of hormones as weed killers has an effect on biodiversity.\n(Separates only) How do people use auxins? Auxins are used:;? as weed killers;? as rooting powders;? for promoting growth in tissue culture.\n(Separates only) How do people use ethene? Ethene is used in the food industry to control ripening of fruit during storage and transport.\n(Separates only) How do people use Gibberellins? Gibberellins can be used to end seed dormancy, promote flowering and increase fruit size.","","Hormone : A chemical messenger that travels through the cells.\nGermination : The start of growth in a seed.\nTropisms : The growth of a plant towards or away from a particular stimulus.\nAuxin : Plant hormones that cause cells to grow.","","","Activity 1)\nIntroduce the types of tropism and get students to figure out the definition for each. \nDiagram drawing for the affect of auxins.\nActivity 6)\nEW : Evaluate the use of rooting powders and weed killers in horticulture and agriculture.","","","0","","0000-00-00","0","","0"),
("17242","LAN","0","2018-06-25","3","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17243","LAN","0","2018-06-27","5","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17244","LAN","0","2018-06-28","3","0","10TLK/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17245","LAN","0","2018-06-29","3","0","10TLK/Sc","S7","C1.4.02","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","","","","Activity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nlarge glass bowl filled with acetone. several polystyrene cups. glass stirring rod.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17246","LAN","0","2018-06-29","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17247","LAN","0","2018-06-25","4","0","10TS/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17248","SKT","0","2018-06-28","5","0","10TS/Sc","S4","","Exam Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17249","SKT","0","2018-06-29","3","0","10TS/Sc","S4","","Exam Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17250","MES","0","2018-06-27","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17251","CLA","0","2018-06-26","3","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17252","CLA","0","2018-06-27","4","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17253","CLA","0","2018-06-28","4","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17254","LAN","0","2018-06-26","3","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17255","LAN","0","2018-06-27","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17256","LAN","0","2018-06-28","4","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17257","CPD","0","2018-06-26","3","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17258","CPD","0","2018-06-27","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17259","CPD","0","2018-06-28","4","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17260","SKT","0","2018-06-26","3","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17261","SKT","0","2018-06-27","4","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17262","SKT","0","2018-06-28","4","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17263","SNK","0","2018-06-26","3","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17264","SNK","0","2018-06-27","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17265","SNK","0","2018-06-28","4","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17266","MES","0","2018-06-27","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17267","MES","0","2018-06-28","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17268","MES","0","2018-06-26","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17269","PKT","0","2018-06-26","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17270","PKT","0","2018-06-27","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17271","PKT","0","2018-06-28","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17272","CPD","0","2018-06-27","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17273","CPD","0","2018-06-28","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17274","DBE","0","2018-06-25","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17275","DBE","0","2018-06-26","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17276","PKT","0","2018-06-25","1","0","7A2/Sc","S2","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\ntimer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17277","PKT","0","2018-06-26","4","0","7A2/Sc","S2","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("17278","LAN","0","2018-06-25","1","0","7A3/Sc","S7","3C.5","Chromatography Enquiry - Data collection","","","1) Chromatography enquiry\nDATA COLLECTION:\nAim: To found out if red M&Ms contain the banned red food dye.","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","*\nActivity 1)\nchromatography\nink\nmixture\ncolour\nseparate\n\n-----------","","0","","0000-00-00","0","","0"),
("17279","LAN","0","2018-06-26","4","0","7A3/Sc","S7","3c.6","Chromatography Enquiry - Analysis and Evaluation","","","1) Chromatography enquiry\nANALYSIS & EVALUATION:\nAim: To found out if red M","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","","","0","","0000-00-00","0","","0"),
("17280","MES","0","2018-06-28","2","0","7B1/Sc","S5","3C.4","Chromatography Enquiry - Planning","","To be able to describe simple techniques for separating mixtures: chromotography.\nChromatography can be used to separate mixtures of coloured compounds.","1) D: To be able to describe simple techniques for separating mixtures: chromotography.\n2) D: Chromatography can be used to separate mixtures of coloured compounds.\n3) Chromatography enquiry\nPLANNING:\nAim: To found out if red M&Ms contain the banned red food dye.","What is chromatography? To be able to describe simple techniques for separating mixtures: chromotography.\nWhy would we use chromatography to identify a type of sweet? Chromatography can be used to separate mixtures of coloured compounds.","","separate\nink\nmixture\ncolour\nchromatography\nchromatography
\nmixture
\ncolour
\nink
","","","","","","0","","0000-00-00","0","","0"),
("17281","MES","0","2018-06-25","5","0","7B1/Sc","S5","3C.1","What is the difference between pure and impure?","","Pure substances can be identified by being unable to separate them.","1) W: A pure substance contains only what it is labelled as.\n\nIt is not contaminated with something unexpected eg food grade chemicals.\n2) T: A trace substance is chemical found in very small amounts.\n\nThese may make substances impure.\n3) D: Pure substances can be identified by being unable to separate them.","What is a 'pure substance'? the concept of a pure substance \nWhat is a trace substance? A trace substance is chemical found in very small amounts.;;These may make substances impure.\nHow can we identify a pure substance from an impure? the identification of pure substances","","mixture\nelement
\natom
\nImpure
\nPure: ","","","Activity 1)\nDoes a pure substance mean:\n - contains only one type of chemical eg 24ct Gold\nOR:\n - only contains what you it says on the label?\neg HCl (aq), Saline\n\nConstruct 'Double Bubble' for example chemicals.\nActivity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n\nStudents identify if they are pure or not in table and give a reason.\n\nThen show formulae or constituent parts, do they change their minds?\n\nBrainstorm how we could tell if something is pure:\n\nDoes it look like there are small amounts of different chemicals?\n\nCan it be separated into different chemicals?\n\nIs there a plus in the chemical formula for the substance?","Activity 3)\nCircus of labelled substances:\n- Tap water\n- Aluminium\n- (Clean) Sand\n- Table Salt\n- Pond water\n- Sea water\n- Saline\n- Hydrochloric Acid\n- White chalk rock\n- Bronze (or other alloy)\n- Rusty nail\n- Steel nail\n- Distilled Witchazel\n- Deionised water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17282","DBE","0","2018-06-27","2","0","7B1/Sc","S3","3C.3","How can we separate a mixture of liquids?","","To be able to describe simple techniques for separating mixtures: Distillation.","1) D: To be able to describe simple techniques for separating mixtures: Distillation.\n2) Distillation separates by differences in boiling point, collecting the substance with the lower point.","What is distillation? To be able to describe simple techniques for separating mixtures: Distillation.\nHow does distillation work? Distillation separates by differences in boiling point, collecting the substance with the lower point.","","","","","Activity 2)\nDemo: Liebig condenser with inky water.","Activity 2)\nLiebig condenser with inky water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17283","MES","0","2018-06-26","5","0","7B1/Sc","S5","3C.2","How can we separate the components of salty, sandy water?","","To be able to describe simple techniques for separating mixtures: filtration, evaporation.","1) D: To be able to describe simple techniques for separating mixtures: filtration, evaporation.\n2) W: Filtration separates by size of particle, normally solid and liquid.\n3) T: The solid left behind in the filter is called the residue.\n4) T: The liquid that has passed through the filter is called the filtrate.\n5) W: Evaporation separates by differences in boiling point, collecting the substance with the higher point.","How can we separate salt from sand? simple techniques for separating mixtures: filtration, evaporation, distillation and chromatography\nWhat is filtration? Filtration separates by size of particle, normally solid and liquid.\nWhat is a residue? The solid left behind in the filter is called the residue.\nWhat is a filtrate? The liquid that has passed through the filter is called the filtrate.\nWhat allows us to separate substances through evaporation? Evaporation separates by differences in boiling point, collecting the substance with the higher point.","","seperating\nmixture\nfiltration\nevaporation","","","Activity 1)\nSeparate out sandy salt water.","Activity 1)\nmixtures of salt, sand and water. evaporation dishes, clay triangles. filter paper, conical flasks. distilled water bottles.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17284","CLA","0","2018-06-25","5","0","7B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17285","CLA","0","2018-06-26","5","0","7B2/Sc","S1","","Planning: dissolving biscuit enquiry\nDemo: Biscuits Kettle beakers ice cubes","","","","","","","","","","Planning: dissolving biscuit enquiry\nDemo: Biscuits Kettle beakers ice cubes","","0","","0000-00-00","0","","0"),
("17286","CLA","0","2018-06-27","2","0","7B2/Sc","S1","","class practical: dissolving biscuit enquiry\n:Biscuits Kettle beakers ice cubes","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17287","CLA","0","2018-06-28","2","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17288","SNK","0","2018-06-26","4","0","7E/Sc","S6","3C.08","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility","7A1 not 7E (S3)\nSalt and water and sugar dissolving.","","0","","0000-00-00","0","","0"),
("17289","SNK","0","2018-06-25","1","0","7E/Sc","S6","3c.07","Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","7A1 not 7E (S3)","","0","","0000-00-00","0","","0"),
("17290","LAN","0","2018-06-28","2","0","7S/Sc","S7","3c.6","Chromatography Enquiry - Analysis and Evaluation","","","1) Chromatography enquiry\nANALYSIS & EVALUATION:\nAim: To found out if red M","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","","","0","","0000-00-00","0","","0"),
("17291","LAN","0","2018-06-27","2","0","7S/Sc","S7","3C.7","OVERLAP: Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","","","0","","0000-00-00","0","","0"),
("17292","PKT","0","2018-06-25","5","0","7S/Sc","S3","3c.4","Chromatography Enquiry - Planning","","To be able to describe simple techniques for separating mixtures: chromotography.\nChromatography can be used to separate mixtures of coloured compounds.","1) D: To be able to describe simple techniques for separating mixtures: chromotography.\n2) D: Chromatography can be used to separate mixtures of coloured compounds.\n3) Chromatography enquiry\nPLANNING:\nAim: To found out if red M&Ms contain the banned red food dye.","What is chromatography? To be able to describe simple techniques for separating mixtures: chromotography.\nWhy would we use chromatography to identify a type of sweet? Chromatography can be used to separate mixtures of coloured compounds.","","separate\nink\nmixture\ncolour\nchromatography\nchromatography
\nmixture
\ncolour
\nink
","","","","*","","0","","0000-00-00","0","","0"),
("17293","LAN","0","2018-06-26","5","0","7S/Sc","S7","3c.5","Chromatography Enquiry - Data collection","","","1) Chromatography enquiry\nDATA COLLECTION:\nAim: To found out if red M&Ms contain the banned red food dye.","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","Activity 1)\nchromatography\nink\nmixture\ncolour\nseparate\n\n-----------","","0","","0000-00-00","0","","0"),
("17294","SKT","0","2018-06-29","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17295","LAN","0","2018-06-28","5","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17296","SKT","0","2018-06-25","4","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17297","SKT","0","2018-06-26","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17298","SKT","0","2018-06-27","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17299","CLA","0","2018-06-29","1","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17300","CLA","0","2018-06-25","4","0","8A2/Sc","S1","8P.2","8P.2\nx","","","","","","","","","","8P.2\nx","","0","","0000-00-00","0","","0"),
("17301","CLA","0","2018-06-26","1","0","8A2/Sc","S1","8P.3","Resistance across a copper wire: Powerpacks\nLarge variable resistors\ncopper wire\nammeter\nvoltmeter\nleads\nelectricity trolley","","","","","","","","","","Resistance across a copper wire\n\nEquipment Required:\n\nPowerpacks\nLarge variable resistors\ncopper wire\nammeter\nvoltmeter\nleads\nelectricity trolley","","0","","0000-00-00","0","","0"),
("17302","CLA","0","2018-06-27","1","0","8A2/Sc","S1","8P.4","Electromagnet:\nIron core, wire to create coils, powerpack, paperclips, leads with crocodile clips.","","","","","","","","","","Electromagnet:\nIron core, wire to create coils, powerpack, paperclips, leads with crocodile clips.","","0","","0000-00-00","0","","0"),
("17303","CLA","0","2018-06-28","5","0","8A2/Sc","S1","8P.5","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17304","MES","0","2018-06-25","4","0","8A3/Sc","S5","7C.1","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nyellow precipitate demo\n\n-----------\n\nActivity 2)\nDisplacement reactions, in tray & laminated sheets\n\n-----------\n\nActivity 3)\nMagnesium Ribbon
\nIron filings
\nCopper Turnings
\nZinc granules
\n
\nTest tubes
\n bungs
\n0.5M HCl
\n0.5M Sulphuric
\n
\nDEMO
\nGroup 1 metals as SoP\n\n-----------\n\nActivity 4)\nSpills\n\n-----------\n\nActivity 7)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17305","MES","0","2018-06-26","1","0","8A3/Sc","S5","7C.2","What is a displacement reaction?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17306","MES","0","2018-06-27","1","0","8A3/Sc","S5","7C.3","How do we get metals from rocks?","","Carbon can only displace metals that are less reactive than itself.","1) Carbon and Hydrogen are often added to the reactivity series for comparison.\n2) Metals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\n3) The rocks that have significant amounts of metal oxides in are known as ores.\n4) In order to obtain useable metal it needs to be chemically separated from the oxygen.\n5) The blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\n6) Carbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\n7) A: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? The metal displaces the hydrogen, found in ground water, to produce metal oxides.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhat needs to be done to get useable metals? Metal in metal oxides needs to be chemical separated from the oxygen.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat is added to to the furnace to remove the oxygen from the ore? Carbon is added to blast furnace remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? Carbon can only displace metals that are less reactive than itself.","","Oxide\nDisplacement\nProduct\nReactant","","","Activity 1)\nShow old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals\nActivity 5)\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 7)\nUsing reactivity series student to predict which metals are obtained using carbon.","Activity 3)\nSelection of metal ores and hand lenses?\n\n-----------\n\nActivity 5)\n0.5 g of the metal oxides:\n - Copper\n - Lead\n - Iron\n(Groups to do one and show results.)\n\n0.15 and 0.2 g of powdered carbon\nBalances\nBottle tops\nspatulas\npipe clay triangles\n\n-----------","","0","","0000-00-00","0","","0"),
("17307","MES","0","2018-06-28","5","0","8A3/Sc","S5","7C.4","Skill Focus: Planning","","","1) Gas can be collected over water using a delivery tube.\n2) PLANNING\nGas produced by metal & acid.","Draw a labelled diagram to show how to collect gas over water.:- Up turned measuring cylinder / test tube;- In tub of water;- Delivery tube from reaction to under measuring cylinder;- Reaction in a conical flask.","","","","","Activity 1)\nhttps://www.google.co.uk/images?q=collecting gas over water\nActivity 2)\nIdeally use AQA required practical proforma.\n\nStudents to develop their own hypothesis and therefore plan\n\nPossible IVs:\nConcentration of acid\nVolume of acid\nType of acid\n\nMass of metal\nShape (Surface Area) of metal\nType of metal","Activity 1)\nDEMO:\nTroughs\nMeasuring cylinders\nDelivery tubes conical flasks\n\nOPTIONAL\n1M Hydrochloric acid\n2cm Magnesium ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17308","MES","0","2018-06-29","1","0","8A3/Sc","S5","7C.5","Skill Focus: Data collection","","","1) DATA COLLECTION \nGas produced by metal & acid.","","","","","","","Activity 1)\nTroughs\nMeasuring cylinders\nDelivery tubes conical flasks\n1M Hydrochloric acid\n2cm Magnesium ribbon\n\nTHIS NEEDS ADJUSTING BASED ON STUDENT'S HYPOTHESISES\n\n-----------","","0","","0000-00-00","0","","0"),
("17309","PKT","0","2018-06-26","2","0","8B1/Sc","S2","8P.04","","","","","","","","","","","Iron Nails and iron cores \nPowerpacks \nleads with \ncrocodile clip\nwire to create coil\npaperclips","","0","","0000-00-00","0","","0"),
("17310","PKT","0","2018-06-27","1","0","8B1/Sc","S2","8P.05","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17311","PKT","0","2018-06-28","1","0","8B1/Sc","S2","7P.01","Is light a wave and what determines the colour of light?","","","1) T: The maximum displacement is called the amplitude.\n2) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n3) T: Waves transfer energy from one place to another, but generally not matter (particles).\n4) Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\n5) When light (or waves) waves change speed they change direction. This is called refraction.\n6) Light waves can travel through a vacuum.\n7) Light is called electromagnetic radiation.\n8) When all colours of light mix they add up to form white light.\n9) W: The different colours of light are refracted (bend) different amounts.\nRed is refracted the least, Violet is refracted the most.\n10) T: The different colours have different frequencies of light.\n11) T: The higher the frequency of light, the more it is refracted by the prism.\n12) Light waves do not involve particles, they are displacements in electrical and magnetic fields.\n13) W: The higher the frequency the higher the energy of the wave.\n14) W: Red has the lowest frequency (of visible light).\nViolet has the highest frequency (of visible light)\n15) The speed of light through a vacuum is always 3x10^8 m/s\n16) W: Red has the lowest energy (of visible light).\nViolet has the highest energy (of visible light)\n17) When colours of paint are mix they subtract, forming brown.","What is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a wave measured? Peak-to-peak or trough-to-trough.\nWhat do waves usually transfer? Waves transfer energy from place to place.\nWhy are water waves and light waves described as 'transverse'? Water waves and light waves are transverse waves, because the displacement is perpendicular to the direction of the wave.\nWhat is refraction? When light (or waves) waves change speed they change direction. This is called refraction.\nWhy can light travel through a vacuum? Light waves can travel everywhere including through a vacuum due to the fact that they don't need particles in order to travel.\nWhat is another name for light? Light is also known as electromagnetic radiation.\nWhat happens when all the colours of light mix? When different colours of light mix they combine to form white light.\nWhy are the colours of white light separated in a rainbow? The different colours of light bend different amounts.;Red is bent the least, Violet is bent the most.\nWhy do different colours of light bend different amounts? They all have different frequencies.\nHow does the frequency of light affect how much is it bent by a prism? The higher the frequency of light, the more it is bent by a prism.\nHow do light waves travel if not by particles? Light waves are displacements in electrical and magnetic fields.\nHow does frequency affect the energy of a wave? The higher the frequency the higher the energy of the wave.\nHow do the frequencies of red visible light and violet visible light compare? Red has the lowest frequency (of visible light).;Violet has the highest frequency (of visible light)\nWhat is the speed of light in a vacuum? The speed of light through a vacuum is always 3x10^8 m/s\nHow do the energies of red visible light and violet visible light compare? Red has the lowest energy (of visible light).;Violet has the highest energy (of visible light).\nWhat happens when colours of paint are mixed? When colours of paint are mixed they subtract to form brown","https://www.mrcorfe.com/MemoryAnchors/4e5f173cf9601ccc2eeade3889462406.jpg","Energy\nRefracted\nFrequency\nPrism\ndisplay on board and using whiteboards to predict colours needed to make different colours\nsketch a diagram of prism practical and label to show increasing frequency\nColour\nWave\nWavelength\nAmplitude: The maximum displacement of a wave.\nPeak\nTrough\nDisplacement\nParticles","","","Activity 2)\nStarter: draw and label a transverse wave (recall from previous topic)\nActivity 4)\nUse string to model the movement of transverse waves (link back to sound waves being transverse)\nActivity 5)\nRefraction light\nActivity 8)\nSplitting white light class set\nActivity 12)\nBell in Bell jar and vacuum pump\nfocus on object in the jar as still being able to be seen by the light\nActivity 13)\nCreate a wave in a rope or rubber tubing. Which takes more energy to create, a rapidly changing wave (high frequency) or a slowly changing wave\nActivity 17)\nhttps://phet.colorado.edu/sims/html/color-vision/latest/color-vision_en.html","Activity 4)\nlong lengths of string for paired work \nselection of slinkies\n\n-----------\n\nActivity 5)\nprisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 8)\n60 deg triangle prisms\nray boxes\nslit cards\npower supplies\n\n-----------\n\nActivity 12)\nElectric Bell in Bell jar \nPower supply\nVacuum pump\nLamp on other side of bell jar\n\n-----------\n\nActivity 13)\nLong (~3m) Rope or rubber tube\n\n-----------","","0","","0000-00-00","0","","0"),
("17312","PKT","0","2018-06-29","5","0","8B1/Sc","S2","7P.02","What happens when light bounces off a surface?","","","1) W: When a wave encounters a material it is either: \nreflected; \nabsorbed or;\ntransmitted\n2) Light (waves) travels in straight lines. We use rays to show this.\n3) W: When a wave is reflected from an object like a mirror, the angle of reflection equals the angle of incidence.\n4) W: Use of ray model to explain imaging in mirrors\n5) When a wave is reflected from an object like a mirror, it is called specular reflection.\n6) In specular reflection rays are reflected at a consistent angle, allowing an image to be formed.\n7) Diffuse scattering occurs when rays are reflected from a surface in a variety of angles.\n8) Differential colour effects in absorption and diffuse reflection","What three things can happen to a wave when it encounters a material? When a wave encounters a material it is either: ;reflected, absorbed or transmitted.\nHow do light waves travel? Light (waves) travels in straight lines. We use rays to show this.\nWhat is the law of reflection off a plane surface? When a wave is reflected from an object like a mirror, the angle of reflection equals the angle of incidence.\nWhat is the symbol of a mirror for ray diagrams? The symbol for a mirror in ray diagrams is a straight light with perpendicular lines on the back side.\nWhat is it called when a wave hits a flat, shiny surface and bounces back? When a wave hits an object like a mirror, and bounces back it is called specular reflection.\nHow does specular reflection allow an image to be formed? In specular reflection rays are reflected at a consistent angle, allowing an image to be formed.\nWhen does diffuse scattering occur? Diffuse scattering occurs when rays are reflected from a surface in a variety of angles.\nWhy does a red object look red in white light? A red object only reflects red light back to the observer. It absorbs all other colours.","https://www.mrcorfe.com/MemoryAnchors/b491badab749a0b0dc82eee33c6e4992.jpg","Specular\nDiffuse\nScattering\nRay\nReflection\nabsorbed: When the energy of the wave is transferred to a material.\ntransmitted: When a wave passes through a material.\nIncidence\nreflected: When a wave bounces off.","","","Activity 1)\nThought exp:\nWhat could happen when an attacking rugby player becomes comes in contact with a defensive player. NB Stopped means energy is absorbed\nActivity 3)\nRay diagrams with mirrors\nActivity 4)\nRay diagrams with mirrors to form image.\nActivity 7)\nDiscuss the viewing angle of a projector screen - people can see what is reflecting from the screen all around the room. So the rays of light must be reflecting in all directions.\nIs there a particular angle it is brighter? There is probably a bright spot if the projector is illuminating a whiteboard.\nActivity 8)\nLight from a ray box reflecting of different colour paper\n\nNB: We only have 5 data loggers so it advisable to have half the class doing the previous","Activity 3)\nRay boxes\nSlit cards\nProtractors\nMirrors\nMirror holders\n\n-----------\n\nActivity 8)\nRay boxes\nPower supplies\nData loggers light meters\n10 Different colours of paper sqaures\n\n-----------","","0","","0000-00-00","0","","0"),
("17313","LAN","0","2018-06-29","5","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17314","LAN","0","2018-06-27","1","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17315","DBE","0","2018-06-26","2","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17316","DBE","0","2018-06-28","1","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17317","DBE","1","2018-06-29","1","0","8E/Sc","S3","7C.08","What is the difference between metals and ceramics?","","","1) Ceramic materials are solids made by baking a starting material like clay, in a very hot oven or kiln.\n2) Ceramic materials include: Pottery; Bricks; Glass; Cement; Diamond\n3) Ceramic materials are hard, so not easy to scratch.\n4) Ceramic materials are strong under compression.\n5) Ceramics are brittle.\n6) Metals have a high Tensile Strength\n7) Metals are Sonorous\n8) Metals are malleable\n9) Metals are ductile\n10) Metals are lustrous\n11) Metals are good conductors of heat and electricity.\n12) These are the general properties of ceramics and metals, but there are exceptions.","How are ceramic objects made? Ceramic materials are solids made by baking a starting material in a very hot oven or kiln.\nGive two examples of a ceramic material.:Ceramic materials include: Pottery; Bricks; Glass; Cement; Diamond\nCeramic materials are hard,what does this mean? Ceramic materials are hard, because they are not easy to scratch /\nHow are ceramics used to be at their strongest? Ceramic materials are strong under compression (being squashed).\nCeramics are brittle. What does this mean? Ceramics are brittle, because they can not absorb energy quickly or bend without breaking\nHow are metals used to be at their strongest? Metals are in tension (being stretched).\nMetals are Sonorous. What does this mean? Metals are Sonorous because they make a ringing sound when struck.\nMetals are malleable. What does this mean? Metals are malleable because they can be hammered into shape.\nMetals are ductile. What does this mean? Metals are ductile because they can be drawn (stretched) into a tread.\nMetals are lustrous. What does this mean? Metals are lustrous because they are shiny.\nMetals are good conductor. What does this mean? Metals are good conductor because they allow the flow of heat and/or electricity through it.\nWhat are the general properties of ceramics? Ceramics have High melting points (so they're heat resistant).\n;Great hardness and strength,\n;Considerable durability (they're long-lasting and hard-wearing) and\n;Low electrical and thermal conductivity (they're good insulators).","","Malleable: Can be hammered into shape.\nDuctile: Can be drawn out into a thread.\nLustrous: Shiny\nConductor: Allows the flow of heat and/or electricity through it.\nSonorous: Makes a ringing sound when struck.\nTensile Strength\nHardness: How difficult a material is to scratch.\nCompression: Caused by squashing a material.\nBrittle: Can not absorb energy quickly or bend without breaking.\nKiln: A hot oven used for baking clay into ceramics.","","","Activity 1)\nDefine keywords then sort in a tree map for ceramic and metals. Or compare using double bubble.
\nMark by watching videos.\nActivity 3)\nhttps://www.youtube.com/watch?v=R-bw7_u3gSQ\nActivity 5)\nhttps://www.youtube.com/watch?v=tYJeNKK9PEA
\n
\nQuickly stretch blu tack\nActivity 6)\nhttps://www.google.co.uk/images?q=suspension bridge\nActivity 7)\nhttps://www.youtube.com/watch?v=gYpiRVzlsa4
\n
\nhttps://www.youtube.com/watch?v=VdG_OPv91-c
\n
\nhttps://www.youtube.com/watch?v=QxCeHLTfN1k\nActivity 8)\nhttps://www.youtube.com/watch?v=4pS13X3up_o\nActivity 9)\nhttps://www.youtube.com/watch?v=QKAg1yMZIpY
\n
\nSlowly stretch blu tack\nActivity 11)\nhttps://www.youtube.com/watch?v=14U58r8D4Qg\nActivity 12)\nhttps://www.youtube.com/watch?v=MJgy8_AV8ok","","","0","","0000-00-00","0","","0"),
("17318","DBE","0","2018-06-25","4","0","8E/Sc","S3","7P.04","How does light get into the eye?","","The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","1) The eye consists of an: iris; pupil; cornea; lens; retina; and optic nerve.\n2) Light enters the eye through the pupil.\n3) The pupil changes size to keep the amount of light energy entering the eye constant.\n4) Light is refracted so that rays of light from the one place on the object reaches only one place on the retina. This creates a focused (clear) and bright image.\n5) The cornea and the lens are convex in shape and so focus the light.\n6) A lens can collect the rays that enter it and concentrate them to a single point on the screen, forming a bright, focused image.\n7) The retina has specialised cells that sense / detect light energy by having chemicals that are destroyed when they absorb the light energy.\n8) D: The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","What are the components of the eye? The eye consists of an: iris; pupil; cornea; lens; retina; and optic nerve.\nHow does light enter the eye? Light enters the eye through the pupil.\nWhy does the pupil change size? The pupil changes size to keep the amount of light energy entering the eye constant.\nHow is a focused (clear) and bright image produced by the eye? Light is refracted so that rays of light from the one place on the object reaches only one place on the retina. This creates a focused (clear) and bright image.\nWhy are the cornea and lens convex in shape? The cornea and the lens are convex in shape and so focus the light.\nWhat does a lens do to the image of an object? A lens can be used to form a bright, focused image.\nHow do they specialised cells detect changes in light energy in the eye? The retina has specialised cells that sense / detect light energy by having chemicals that are destroyed when they absorb the light energy.\nHow does the eye inform the brain what you see? The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","https://www.mrcorfe.com/MemoryAnchors/0299d478666bbe8428c738328b9f9aab.png","Retina: Back of the eye that contains cells that transform light energy into electrical signals.\nOptic Nerve: Carries electrical signals from the eye to the brain.\nLens: A part of the eye that can change shape to vary how light is refracted.\nCornea: A fixed lens on the front of the eye\nPupil: Hole in front of eye, through which light enters.\nIris: The coloured part of the eye.","","","Activity 3)\nIn pairs one cover an eye for 15s then uncover so partner can see pupil shrink.\n\nhttps://www.youtube.com/watch?v=DW2iwEshWME\nActivity 7)\nLook at a bright light and then close eyes to 'see' coloured shapes.","Activity 1)\nEye model\n\n-----------\n\nDEMO:\nDissection of eye","","0","","0000-00-00","0","","0"),
("17319","DBE","0","2018-06-26","1","0","8E/Sc","S3","7C.01","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 3)\nMagnesium Ribbon\nIron filings\nCopper Turnings\nZinc granules\n\nTest tubes\n bungs\n0.5M HCl\n0.5M Sulphuric\n\nDEMO\nGroup 1 metals as SoP\n\n-----------\n\nActivity 4)\nSpills","","0","","0000-00-00","0","","0"),
("17320","DBE","0","2018-06-27","1","0","8E/Sc","S3","7C.02","What is a displacement reaction?","","","","","","","","","","Activity 1)\nyellow precipitate demo\n\n-----------\n\nActivity 2)\nDisplacement reactions, in tray & laminated sheets\n\n-----------","","0","","0000-00-00","0","","0"),
("17321","DBE","0","2018-06-28","5","0","8E/Sc","S3","7C.03","How do we get metals from rocks?","","Carbon can only displace metals that are less reactive than itself.","1) Carbon and Hydrogen are often added to the reactivity series for comparison.\n2) Metals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\n3) The rocks that have significant amounts of metal oxides in are known as ores.\n4) In order to obtain useable metal it needs to be chemically separated from the oxygen.\n5) The blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\n6) Carbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\n7) A: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? The metal displaces the hydrogen, found in ground water, to produce metal oxides.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhat needs to be done to get useable metals? Metal in metal oxides needs to be chemical separated from the oxygen.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat is added to to the furnace to remove the oxygen from the ore? Carbon is added to blast furnace remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? Carbon can only displace metals that are less reactive than itself.","","Oxide\nDisplacement\nProduct\nReactant","","","Activity 1)\nShow old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals\nActivity 5)\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 7)\nUsing reactivity series student to predict which metals are obtained using carbon.","Activity 3)\nSelection of metal ores and hand lenses?\n\n-----------\n\nActivity 5)\n0.5 g of the metal oxides:\n - Copper\n - Lead\n - Iron\n(Groups to do one and show results.)\n\n0.15 and 0.2 g of powdered carbon\nBalances\nBottle tops\nspatulas\npipe clay triangles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17322","SNK","0","2018-06-26","2","0","8S/Sc","S6","6B.09","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","Activity 1)\nLung volume bags\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17323","SNK","0","2018-06-27","1","0","8S/Sc","S6","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What change to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","Activity 6)\nUse the fact sheets to create a matrix map to show short and long term effects of smoking","Activity 6)\n6B.10 fact sheets\n\n-----------\n","LAN - 21/06/2018 04:22","0","","0000-00-00","0","","0"),
("17324","SNK","0","2018-06-28","1","0","8S/Sc","S6","6B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("17325","SNK","0","2018-06-29","5","0","8S/Sc","S6","6B.12","Progress Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("17326","MES","0","2018-06-29","2","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17327","PKT","0","2018-06-29","2","0","9a/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17328","CLA","0","2018-06-29","2","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17329","SKT","0","2018-06-25","2","0","9ASK/Sc","S4","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide","","0","","0000-00-00","0","","0"),
("17330","SKT","0","2018-06-26","2","0","9ASK/Sc","S4","P1.4.01","","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:\n;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.\n;Liquid: particles not in a pattern and close together.\n;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Salol -Melting solids.","","","Activity 3)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers","Activity 1)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17331","SKT","1","2018-06-29","5","0","9ASK/Sc","S4","","Specific Heat Capacity and Calculations","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17332","SKT","0","2018-06-25","1","0","9ASK/Sc","S4","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","","","0","","0000-00-00","0","","0"),
("17333","SNK","0","2018-06-29","1","0","9b/Pr1","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17334","PKT","0","2018-06-29","1","0","9b/Pr2","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17335","SKT","0","2018-06-29","2","0","9BSK/Sc","S4","","Specific Heat Capacity and Calculations","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17336","CLA","0","2018-06-27","3","0","9BSK/Sc","S1","","Interleaving Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17337","SKT","0","2018-06-25","3","0","9BSK/Sc","S4","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","Activity 1)\nA5 laminated periodic tables (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 2)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------","","0","","0000-00-00","0","","0"),
("17338","SKT","0","2018-06-26","5","0","9BSK/Sc","S4","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide","","0","","0000-00-00","0","","0"),
("17339","SKT","0","2018-06-28","2","0","9BSK/Sc","S4","P1.4.01","","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:\n;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.\n;Liquid: particles not in a pattern and close together.\n;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Salol -Melting solids.","","","Activity 3)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers","Activity 1)\nSalol in test tubes
\nthermometers
\nKettles
\nstop watches
\nBeakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17340","CLA","0","2018-06-25","1","0","9CLA/Sc","S1","","Collins P3.4","","","","","","","","","","Collins P3.4","","0","","0000-00-00","0","","0"),
("17341","CLA","0","2018-06-25","2","0","9CLA/Sc","S1","","Collins P3.4","","","","","","","","","","Collins P3.4","","0","","0000-00-00","0","","0"),
("17342","CLA","0","2018-06-26","2","0","9CLA/Sc","S1","P1.4.5","","","Students should be able to distinguish between specific heat capacity and specific latent heat.\n","1) (MS) energy for a change of state = mass ? specific latent heat\nE = m L\nenergy, E, in joules, J\nmass, m, in kilograms, kg\nspecific latent heat, L, in joules per kilogram, J/kg\n2) Specific latent heat of fusion is the change of state from solid to liquid\n4) Specific latent heat of vaporisation is the change of state from liquid to vapour","What is the equation used to calculate the energy for a change of state? Include units in your response.:(MS) energy for a change of state = mass ? specific latent heat;E = m L;energy, E, in joules, J;mass, m, in kilograms, kg;specific latent heat, L, in joules per kilogram, J/kg\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of fusion is the change of state from solid to liquid for instance ice melting to water\nWhat is the difference between specific heat capacity and specific latent heat? Specific heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree. specific latent heat is the amount of energy needed to change the state of a substance.\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of vaporisation is the change of state from liquid to vapour. For example liquid water to steam.","","","","","","x","","0","","0000-00-00","0","","0"),
("17343","CLA","0","2018-06-29","5","0","9CLA/Sc","S1","","Collins P3.8","","","","","","","","","","Collins P3.8","","0","","0000-00-00","0","","0"),
("17344","DBE","0","2018-06-25","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17345","DBE","0","2018-06-27","3","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17346","DBE","0","2018-06-28","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17347","DBE","0","2018-06-29","2","0","9JCE/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17348","PKT","0","2018-06-26","5","0","9JCE/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17349","MES","0","2018-06-25","1","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17350","MES","0","2018-06-25","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17351","MES","0","2018-06-26","2","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17352","MES","0","2018-06-29","5","0","9MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17353","SNK","0","2018-06-25","3","0","9SNK/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("17354","SNK","0","2018-06-26","5","0","9SNK/Sc","S6","P1.1.04","Required practical activity 1: Specific heat capacity","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:
;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\ntransferred\nenergy transfer
\nconduction
\nmaterial\nenergy
\nrate
\nmass
\ntemperature
\nenergy transferred\npower
\nspecific heat capacity
","","","","Activity 1)\nClass set\n• copper block wrapped in insulation, with two holes for a thermometer and heater\n• thermometer\n• pipette to put water in the thermometer hole\n• 30 W heater\n• 12 V power supply\n• insulation to wrap around the blocks\n• ammeter and voltmeter\n• five 4 mm leads\n• stop watch or stop clock\n• balance.\n\n-----------","","0","","0000-00-00","0","","0"),
("17355","SNK","0","2018-06-27","3","0","9SNK/Sc","S6","P1.4.03","","","","1) Required practical 5 - density (AT skills 1)","What is meant by the latent heat of a substance? Latent heat is the amount of energy needed for a substance to change state.\nWhat happens to the temperature when a change of state occurs? When a change of state occurs, the energy supplied changes the energy stored (internal energy) but not the temperature.\nWhat is the specific latent heat of a substance? The specific latent heat of a substance is the amount of energy required to change the state of one kilogram of the substance with no change in temperature.","","","","","","Activity 1)\nActivity 1\n• 30 cm ruler marked off in mm\n• digital balance \n• regular shaped objects.\n\nActivity 2\n• digital balance\n• displacement can and something to stand it on (eg a brick)\n• various measuring cylinders\n• beaker of water and an extra empty beaker\n• paper towels\n• cotton or thin string\n• irregularly shaped objects.\n\nActivity 3\n• digital balance\n• 250 ml beaker\n• 100 ml measuring cylinder \n• suitable liquid eg sugar solution.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17356","SNK","0","2018-06-28","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17357","SNK","0","2018-06-29","2","0","9SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17358","CPD","0","2018-06-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17359","PKT","0","2018-06-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17360","DBE","0","2018-06-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17361","SNK","0","2018-06-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17362","LAN","0","2018-06-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17363","CPD","0","2018-06-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17364","CPD","0","2018-06-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17365","CPD","0","2018-06-25","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17366","DBE","0","2018-06-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17367","LAN","0","2018-06-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17368","SKT","0","2018-06-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17369","CPD","0","2018-06-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17370","PKT","0","2018-06-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17371","SNK","0","2018-06-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17372","LAN","0","2018-06-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17373","CPD","0","2018-06-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17374","LAN","0","2018-06-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17375","CPD","0","2018-06-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17376","DBE","0","2018-06-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17377","MES","0","2018-06-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17378","CLA","0","2018-06-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17379","SKT","0","2018-06-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17380","CPD","0","2018-06-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17381","DBE","0","2018-06-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17382","CPD","0","2018-06-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17383","CPD","0","2018-06-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17384","SKT","0","2018-06-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17385","CPD","0","2018-06-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17386","MES","0","2018-06-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17387","PKT","0","2018-06-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17388","LAN","0","2018-06-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17389","SKT","0","2018-06-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17390","DBE","0","2018-06-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17391","DBE","0","2018-06-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17392","SNK","0","2018-06-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17393","SKT","0","2018-06-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17394","CPD","0","2018-06-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17395","MES","0","2018-06-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17396","CLA","0","2018-06-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17397","LAN","0","2018-06-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17398","SKT","0","2018-06-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17399","CPD","0","2018-06-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17400","PKT","0","2018-06-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17401","CPD","0","2018-06-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17402","PKT","0","2018-06-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17403","SNK","0","2018-06-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17404","SKT","0","2018-06-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17405","DBE","0","2018-06-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17406","CPD","0","2018-06-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17407","LAN","0","2018-06-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17408","CPD","0","2018-06-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17409","LAN","0","2018-06-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17410","CPD","0","2018-06-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17411","CPD","0","2018-06-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17412","DBE","0","2018-06-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17413","SNK","0","2018-06-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17414","SKT","0","2018-06-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17415","CPD","0","2018-06-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17416","DBE","0","2018-06-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17417","CPD","0","2018-06-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17418","MES","0","2018-07-06","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17419","MES","0","2018-07-02","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17420","MES","0","2018-07-03","5","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17421","MES","0","2018-07-05","4","0","10MES/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17422","PKT","0","2018-07-05","4","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17423","PKT","0","2018-07-06","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17424","PKT","0","2018-07-02","2","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17425","PKT","0","2018-07-04","5","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17426","PKT","0","2018-07-05","3","0","10PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17427","DBE","0","2018-07-05","4","0","10S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17428","PKT","0","2018-07-02","4","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17429","PKT","0","2018-07-03","5","0","10S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17430","CLA","0","2018-07-06","4","0","10S/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17431","SNK","0","2018-07-02","2","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17432","SNK","0","2018-07-04","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17433","SNK","0","2018-07-05","3","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17434","SNK","0","2018-07-05","4","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17435","SNK","0","2018-07-06","5","0","10SN/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17436","CLA","0","2018-07-02","4","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17437","CLA","0","2018-07-03","5","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17438","CLA","0","2018-07-05","4","0","10TE/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17439","PKT","0","2018-07-06","4","0","10TE/Sc","S2","","","","","","","","","","","","Plant Responses Required Practical","","0","","0000-00-00","0","","0"),
("17440","LAN","0","2018-07-02","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17441","LAN","0","2018-07-03","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17442","LAN","0","2018-07-05","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17443","LAN","0","2018-07-06","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17444","LAN","0","2018-07-04","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17445","LAN","0","2018-07-06","5","0","10TS/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17446","SKT","0","2018-07-05","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17447","MES","0","2018-07-02","2","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17448","MES","0","2018-07-05","3","0","10TS/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17449","CLA","0","2018-07-05","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17450","CLA","0","2018-07-02","5","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17451","CLA","0","2018-07-03","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17452","CLA","0","2018-07-04","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17453","CLA","0","2018-07-06","1","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17454","CLA","0","2018-07-06","2","0","11CLA/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17455","LAN","0","2018-07-02","5","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17456","LAN","0","2018-07-03","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17457","LAN","0","2018-07-04","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17458","LAN","0","2018-07-05","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17459","LAN","0","2018-07-06","1","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17460","LAN","0","2018-07-06","2","0","11LCY/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17461","CPD","0","2018-07-02","5","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17462","CPD","0","2018-07-03","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17463","CPD","0","2018-07-04","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17464","CPD","0","2018-07-05","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17465","CPD","0","2018-07-06","1","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17466","CPD","0","2018-07-06","2","0","11S/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17467","SKT","0","2018-07-03","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17468","SKT","0","2018-07-02","5","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17469","SKT","0","2018-07-04","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17470","SKT","0","2018-07-05","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17471","SKT","0","2018-07-06","1","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17472","SKT","0","2018-07-06","2","0","11SKT/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17473","SNK","0","2018-07-02","5","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17474","SNK","0","2018-07-03","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17475","SNK","0","2018-07-04","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17476","SNK","0","2018-07-05","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17477","SNK","0","2018-07-06","1","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17478","SNK","0","2018-07-06","2","0","11SNK/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17479","MES","0","2018-07-02","5","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17480","MES","0","2018-07-03","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17481","MES","0","2018-07-04","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17482","MES","0","2018-07-05","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17483","MES","0","2018-07-06","1","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17484","MES","0","2018-07-06","2","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17485","PKT","0","2018-07-05","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17486","PKT","0","2018-07-06","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17487","PKT","0","2018-07-06","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17488","PKT","0","2018-07-02","5","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17489","PKT","0","2018-07-03","1","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17490","PKT","0","2018-07-04","2","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17491","CPD","0","2018-07-02","2","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17492","DBE","0","2018-07-02","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17493","DBE","0","2018-07-03","2","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17494","DBE","0","2018-07-04","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17495","DBE","0","2018-07-05","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17496","DBE","0","2018-07-06","3","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17497","PKT","0","2018-07-02","1","0","7A2/Sc","S2","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Newtons\nWeight
\nMass
\nForce
\nGravity
","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17498","PKT","0","2018-07-04","3","0","7A2/Sc","S2","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","How are different seasons caused? the seasons and the Earth\'s tilt, day length at different times of year, in different hemispheres","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17499","PKT","0","2018-07-05","1","0","7A2/Sc","S2","3P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("17500","PKT","0","2018-07-06","3","0","7A2/Sc","S2","3P.12","Reflection","","","1) REFELECTION","","","","","","","","","0","","0000-00-00","0","","0"),
("17501","PKT","0","2018-07-03","2","0","7A2/Sc","S2","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside\n3P lesson 7 scavenger hunt card activity","Activity 1)\nLarge inflatable planets (blown up for lesson)\n3P lesson 7 scavenger hunt card activity\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17502","LAN","0","2018-07-03","2","0","7A3/Sc","S7","","feedback and EW task","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility","","","0","","0000-00-00","0","","0"),
("17503","LAN","0","2018-07-05","1","0","7A3/Sc","S7","3C.9","Where do particles go when they are dissolved?","","","1) When dissolving no particles are destroyed so there is a conservation of material and mass.\n2) The reverse of dissolving is crystallisation.","","","","","","Activity 1)\nDemo: \nconservation of mass for dissolving substances. Weigh out some salt. Measure the mass of some water. \ndissolve the salt into the water and reweigh the mixture.","Activity 1)\nsmall balances \nsmall beakers of salt \nspatulas \n250mL beakers \nstirring rods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17504","LAN","0","2018-07-06","3","0","7A3/Sc","S7","3C.10","What is diffusion and how does it work?","","","1) Concentration is the number of a particular type of particle in a volume of space.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Particles in a fluid are always moving.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","What is concentration? Concentration is the number of a particular type of particle in a volume of space.\nWhat is diffusion? diffusion in liquids and gases driven by differences in concentration \nWhat happens to the particles in a fluid? diffusion in terms of the particle model\nWhy do particles move from an area where there are more to where ther:Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","https://www.mrcorfe.com/MemoryAnchors/Assess.png","energy\ntemperature
\nconcentration
\nparticles
\ndiffusion
","","","Activity 1)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 3)\nobserve the diffusion of food coloring in M&M's in the water\n\nobserve how long it takes for potassium permangement to spread out in cold and warm water in a petri dish","Activity 1)\nDilute Potassium permanganate in large beaker\n\n-----------\n\nActivity 2)\nDEMO ONLY\nLead nitrate and Potassium iodide\nhttp://www.rsc.org/learn-chemistry/resource/res00000685/\n\n-----------\n\nActivity 3)\nPerfume \nM M's \nagar plates \nstopwatches\n\nPetri dishes \nmeasuring cylinders \nkettles for warm water \nPotassium permanganate crystals \ngraph paper \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17505","SNK","0","2018-07-02","1","0","7A3/Sc","S7","3c.7","Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","","","0","","0000-00-00","0","","0"),
("17506","SNK","0","2018-07-04","3","0","7A3/Sc","S7","3C.8","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility by finding out the saturation point for water and salt. recrod mass of salt added. Consider changing one variable such as temperature of water, stirring etc. \n\nDemo:\nonce salt saturation has been reached, filter one sample add some sugar and ask students why the sugar has dissolved? \n\nEW: Explain what happened using the big ideas \nGF: Compare the structure and bonding of salt and sugar particles to explain why the sugar can be dissolved even though the salt saturation point has been reached","Activity 10)\n250ml beakers \nstirring rods \nkettles \nthermometers\nmasses \nspoons/spatulas \nweighing boats\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17507","DBE","0","2018-07-04","1","0","7B1/Sc","S3","3C.6","Chromatography Enquiry - Analysis and Evaluation","","","1) Chromatography enquiry\nANALYSIS & EVALUATION:\nAim: To found out how many colours make up the different coloured M","","","separate\ncolour
\nmixture
\nink
\nchromatography
","","","","","","0","","0000-00-00","0","","0"),
("17508","DBE","0","2018-07-05","3","0","7B1/Sc","S3","3C.7","Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","","","0","","0000-00-00","0","","0"),
("17509","MES","0","2018-07-03","4","0","7B1/Sc","S5","3C.5","Chromatography Enquiry - Data collection","","","1) Chromatography enquiry\nDATA COLLECTION:\nAim: To found out how many colours make up the different coloured M&Ms","","","100ml beakers\n1/2 spills to hang paper from.\nspotting tiles\ncapillary tubes\nm&ms \nchromatography paper","","","","Activity 1)\nchromatography paper\nm&ms\ncapillary tubes\nspotting tiles\n100ml beakers\n1/2 spills to hang chromo paper from.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17510","CLA","0","2018-07-03","4","0","7B2/Sc","S1","","Spaghetti Enquiry\nSpaghetti\n1 g weights","","","","","","","","","","Spaghetti Enquiry\nSpaghetti\n1 g weights","","0","","0000-00-00","0","","0"),
("17511","CLA","0","2018-07-04","1","0","7B2/Sc","S1","","Spaghetti Enquiry\nSpaghetti\n1 g weights","","","","","","","","","","Spaghetti Enquiry\nSpaghetti\n1 g weights","","0","","0000-00-00","0","","0"),
("17512","CLA","0","2018-07-05","3","0","7B2/Sc","S1","","Graph paper, pencils and rulers","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17513","MES","0","2018-07-02","1","0","7E/Sc","S5","3C.09","Where do particles go when they are dissolved?","","","1) When dissolving no particles are destroyed so there is a conservation of material and mass.\n2) The reverse of dissolving is crystallisation.","","","","","","Activity 1)\nDemo: \nconservation of mass for dissolving substances. Weigh out some salt. Measure the mass of some water. \ndissolve the salt into the water and reweigh the mixture.","7A1 not 7E (S3) \nActivity 1)\nsmall balances \nsmall beakers of salt \nspatulas \n250mL beakers \nstirring rods\n\n-----------","","0","","0000-00-00","0","","0"),
("17514","MES","0","2018-07-04","3","0","7E/Sc","S5","3c.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","7A1 not 7E (S3)","","0","","0000-00-00","0","","0"),
("17515","MES","0","2018-07-05","1","0","7E/Sc","S5","3C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","7A1 not 7E (S3)\nActivity 1)\nCress Seeds, small pots to place them in, cotton wool, 10ml measuring cylinders, black card to block light, sellotape.","","0","","0000-00-00","0","","0"),
("17516","SNK","0","2018-07-03","2","0","7E/Sc","S6","3C.10","What is diffusion and how does it work?","","","1) Concentration is the number of a particular type of particle in a volume of space.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Particles in a fluid are always moving.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","What is concentration? Concentration is the number of a particular type of particle in a volume of space.\nWhat is diffusion? diffusion in liquids and gases driven by differences in concentration \nWhat happens to the particles in a fluid? diffusion in terms of the particle model\nWhy do particles move from an area where there are more to where ther:Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","","energy\ntemperature
\nconcentration
\nparticles
\ndiffusion
","","","Activity 1)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 3)\nobserve the diffusion of food coloring in M&M's in the water\n\nobserve how long it takes for potassium permangement to spread out in cold and warm water in a petri dish","7A1 not 7E (S3)\nActivity 1)\nDilute Potassium permanganate in large beaker\n\n-----------\n\nActivity 2)\nDEMO ONLY\nLead nitrate and Potassium iodide\nhttp://www.rsc.org/learn-chemistry/resource/res00000685/\n\n-----------\n\nActivity 3)\nPerfume \nM M's \nagar plates \nstopwatches\n\nPetri dishes \nmeasuring cylinders \nkettles for warm water \nPotassium permanganate crystals \ngraph paper \ntimers\n\n-----------","","0","","0000-00-00","0","","0"),
("17517","SNK","0","2018-07-06","3","0","7E/Sc","S6","3B.01","Skill focus: Planning","","PLANNING\n\nAIM: How does light affect the height of seedlings over time?\nSow seeds","1) A: PLANNING\n\nAIM: How does light affect the height of seedlings over time?\n2) D: Sow seeds","What does a plant require to grow?/
\n
\n2. What is photosynthesis?/
\n
\n3. What are the reactants and products of photosynthesis?/
\n
\n4.Where does photosynthesis take place?/
\n
\n5. What are the limiting factors of photosynthesis? plants making carbohydrates in their leaves by photosynthesis and gaining mineral nutrients and water from the soil via their roots","","Photosynthesis\nlight\nleaf\nGerminated: When seeds start to grow.","","","Activity 1)\nSow cress in galley pot in cotton wall.\n\nOnce germinated, measure the height of plants each lesson.","","","0","","0000-00-00","0","","0"),
("17518","LAN","0","2018-07-05","3","0","7S/Sc","S7","3C.9","Where do particles go when they are dissolved?","","","1) When dissolving no particles are destroyed so there is a conservation of material and mass.\n2) The reverse of dissolving is crystallisation.","","","","","","Activity 1)\nDemo: \nconservation of mass for dissolving substances. Weigh out some salt. Measure the mass of some water. \ndissolve the salt into the water and reweigh the mixture.","Activity 1)\nsmall balances \nsmall beakers of salt \nspatulas \n250mL beakers \nstirring rods\n\n-----------","","0","","0000-00-00","0","","0"),
("17519","PKT","0","2018-07-04","1","0","7S/Sc","S2","3C.8","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility by finding out the saturation point for water and salt. recrod mass of salt added. Consider changing one variable such as temperature of water, stirring etc. \n\nDemo:\nonce salt saturation has been reached, filter one sample add some sugar and ask students why the sugar has dissolved? \n\nEW: Explain what happened using the big ideas \nGF: Compare the structure and bonding of salt and sugar particles to explain why the sugar can be dissolved even though the salt saturation point has been reached","Activity 10)\n250ml beakers \nstirring rods \nkettles \nthermometers\nmasses \nspoons/spatulas \nweighing boats\n\n-----------","","0","","0000-00-00","0","","0"),
("17520","LAN","0","2018-07-03","4","0","7S/Sc","S7","3C.7","Halfway Review","","","1) Review of 3C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3C.1","","","0","","0000-00-00","0","","0"),
("17521","CPD","0","2018-07-04","3","0","8a/Ge4","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17522","SKT","0","2018-07-04","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17523","SKT","0","2018-07-06","5","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17524","CLA","0","2018-07-04","5","0","8A2/Sc","S1","8C.1","Where do rocks come from?","","","1) There are lots of different rocks of all sorts of ages.\n2) The oldest rocks are found in Africa, Canada and Australia.\n3) The youngest rocks are found around volcanoes.\n4) There has been no new rock material added to the earth since it was created apart from a small amount of meteorites.\n5) New rocks are made from recycled material.\n6) Igneous rocks are formed when molten rocks freeze.\n7) When frozen, the particles in the rocks are fixed in a lattice, that is why the rocks hold their shape.\n8) Solids are made up of crystals. Crystals are regions of a single lattice orientation.\n9) When solids freeze quickly the crystals are small.\n10) The crystals are large because the particles have more time to line up before freezing.\n11) The crystals are small because the particles have less time to line up before freezing.\n12) When solids freeze slowly the crystals are large.\n13) When igneous rocks are formed under the ground they cool slowly so the crystals are large.\n14) When igneous rocks are formed above ground or in water they cool quickly so the crystals are small.\n15) The size of crystals affects some of the properties of the rock.","Are all rocks the same age? There are lots of different rocks of all sorts of ages.\nWhere are the oldest rocks found? The oldest rocks are found in Africa, Canada and Australia.\nWhere are the youngest rocks on the earth generally found? The youngest rocks are found around volcanoes.\nWhy has the amount of rock material on the earth remained fairly constant since its formation? No new material gained or lost from the planet (with the exception of the small number of meteorites that have collided with the planet)\nWhat materials are new rocks made from? Those recycled by the earth over its existence.\nWhat type of rocks are formed when molten rock freezes? Igneous rocks\nDescribe the structure of particles in an igneous rock:Particles in an igneous rock are fixed in a lattice, the reason why the rocks hold their shape.\nSolids are made up of crystals. What are crystals? Crystals are regions of a single lattice orientation.\nHow does the rate at which something freezes affect the size of the crystals it contains? The slower the rate of freezing, the greater the size of the crystals that are formed within that structure.\nWhy are the crystals formed larger when an object freezes more slowly? The crystals are large because the particles have more time to line up before freezing.\nWhy are the crystals formed smaller when an object freezes quickly? The crystals are small because the particles have less time to line up before freezing.\nWhat size crystals are formed when solids freeze slowly? When solids freeze slowly the crystals are large.\nWhat is the impact on the structure of an igneous rock when it forms slowly under the ground? Due to it cooling slowly, it will contain large crystals.\nWhat is the impact on the structure of an igneous rock when it forms above the ground or in water, resulting in tit cooling rapidly? Due to it cooling quickly, it will contain small crystals.\nDoes the size of crystals affect the properties of a rock? The size of crystals affects some of the properties of the rock.","https://www.mrcorfe.com/MemoryAnchors/Crystals.jpg","Molten: Melted\nLattice\nCrystals\nFreeze: When a liquid turns into a solid.\nIgneous: Fire rock\nAge\nMeteorites: A lump of rock that lands on Earth.\nRock","","","Activity 6)\nhttps://www.geolsoc.org.uk/ks3/webdav/site/GSL/shared/pdfs/education and careers/RockCycle/Salol Experiment.pdf","Activity 1)\nRock samples\n\n-----------\n\nActivity 6)\nStearic acid\nKettles\nMagnify glasses\nPipettes\nSlides in warm \nSlides in ice bath\n\n-----------","","0","","0000-00-00","0","","0"),
("17525","CLA","0","2018-07-06","5","0","8A2/Sc","S1","8C.2","How are rocks broken up?","","","1) Weathering is breaking up of rock where it stands.\n2) Rocks are broken down into increasing smaller particles: Gravel; Sand; Silt; Clay\n3) Weathering can be chemical weathering, in which rocks are broken down when the particles that make them up are changed.\n4) Weathering can be physical weathering, in which rocks are broken down when the particles that make them up are not changed. But the forces between the particles are overcome to separate them into small pieces of rock.\n5) Sedimentary rocks are formed when sediment (little pieces of weathered rock) is laid down in layers under water and then compressed by layers above.\n\nThe water between the sediment is squeezed out and the sediment bonds together.\n6) If organisms fall into the sediment then the rock can take the shape of the organism. These formations are fossils.\n7) Metamorphic rocks are formed when either igneous or sedimentary rocks are heated under great pressure.","What is weathering? Weathering is breaking up of rock where it stands.\nOver time, what happens to rocks as they are weathered? Rocks are broken down into increasing smaller particles\nWhat is chemical weathering? Chemical weathering is the weathering of rocks caused by chemicals. For example, rainwater is naturally slightly acidic because carbon dioxide from the air dissolves in it. Minerals in rocks may react with the rainwater, causing the rock to be weathered.\nWhat is physical weathering? Physical weathering of rocks occurs when they are broken down, but the particles that make them up are not chemically changed.\nHow are sedimentary rocks formed? Sedimentary rocks are formed when sediment (little pieces of weathered rock) is laid down in layers under water and then compressed by layers above.;;The water between the sediment is squeezed out and the sediment bonds together.\nWhat may occur when organisms fall into the sediment of a forming rock? If organisms fall into the sediment then the rock can take the shape of the organism. These formations are fossils.\nWhat causes the formation of a metamorphic rock? Metamorphic rocks are formed when either igneous or sedimentary rocks are heated and under great pressure.","https://www.mrcorfe.com/MemoryAnchors/1c84ef2d19a804c0c3d08bcdbbcef098.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4ca6ac77a415a02412a3586443cb131e.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/c5e707fee298ea6d35b18bf37e1a6d41.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d71b7e8ae4e5d49ed97a6262408f827b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8ae091b1984ed20147f22a1e2c6d48cd.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0696f0a6875b7d57af602e29259596d0.png","Sedimentary\nParticles\nCompressed\nFossil\nMetamorphic\nPressure\nIgneous\nSediment\nPhysical\nSand\nGravel\nSilt\nClay\nWeathering\nChemical\nForces","","","","Activity 3)\nRock Samples and HCl\nWatch glasses\nPippettes\n\n-----------\n\nActivity 4)\nBar breaker Demo\nGlass pill bottle broken in freezer.\n\n-----------\n\nActivity 5)\nShale with fossils in\nFossils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17526","MES","0","2018-07-04","5","0","8A3/Sc","S5","","","","","","","","","","","","Thermite reaction","","0","","0000-00-00","0","","0"),
("17527","MES","0","2018-07-06","5","0","8A3/Sc","S5","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17528","PKT","0","2018-07-02","3","0","8B1/Sc","S2","7P.03","What happens when light travels through a surface?","","","1) Mini enquiry into the effects of refraction.","How can you split white light? You can split white light up by passing it through a glass prism. The different coloured light will travel through the glass at different speeds, separating it out.","","","","","Activity 1)\nLight from a ray box through tracing paper as it travels through glass block. \n\nstudents plan, carry out and write a conclusion for the data.","Activity 1)\nRay boxes\nPower supplies\nData loggers light meters\nTracing paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17529","PKT","0","2018-07-04","4","0","8B1/Sc","S2","7P.04","How does light get into the eye?","","The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","1) The eye consists of an: iris; pupil; cornea; lens; retina; and optic nerve.\n2) Light enters the eye through the pupil.\n3) The pupil changes size to keep the amount of light energy entering the eye constant.\n4) Light is refracted so that rays of light from the one place on the object reaches only one place on the retina. This creates a focused (clear) and bright image.\n5) The cornea and the lens are convex in shape and so focus the light.\n6) A lens can collect the rays that enter it and concentrate them to a single point on the screen, forming a bright, focused image.\n7) The retina has specialised cells that sense / detect light energy by having chemicals that are destroyed when they absorb the light energy.\n8) D: The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","What are the components of the eye? The eye consists of an: iris; pupil; cornea; lens; retina; and optic nerve.\nHow does light enter the eye? Light enters the eye through the pupil.\nWhy does the pupil change size? The pupil changes size to keep the amount of light energy entering the eye constant.\nHow is a focused (clear) and bright image produced by the eye? Light is refracted so that rays of light from the one place on the object reaches only one place on the retina. This creates a focused (clear) and bright image.\nWhy are the cornea and lens convex in shape? The cornea and the lens are convex in shape and so focus the light.\nWhat does a lens do to the image of an object? A lens can be used to form a bright, focused image.\nHow do they specialised cells detect changes in light energy in the eye? The retina has specialised cells that sense / detect light energy by having chemicals that are destroyed when they absorb the light energy.\nHow does the eye inform the brain what you see? The cell uses the amount of chemical left to send a message to the brain in the form of electrical energy.","https://www.mrcorfe.com/MemoryAnchors/0299d478666bbe8428c738328b9f9aab.png","Retina: Back of the eye that contains cells that transform light energy into electrical signals.\nOptic Nerve: Carries electrical signals from the eye to the brain.\nLens: A part of the eye that can change shape to vary how light is refracted.\nCornea: A fixed lens on the front of the eye\nPupil: Hole in front of eye, through which light enters.\nIris: The coloured part of the eye.","","","Activity 3)\nIn pairs one cover an eye for 15s then uncover so partner can see pupil shrink.\n\nhttps://www.youtube.com/watch?v=DW2iwEshWME\nActivity 7)\nLook at a bright light and then close eyes to 'see' coloured shapes.","Activity 1)\nEye model\n\n-----------","","0","","0000-00-00","0","","0"),
("17530","PKT","0","2018-07-05","5","0","8B1/Sc","S2","7P.05","Review","","","1) Review","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/7P","","","0","","0000-00-00","0","","0"),
("17531","LAN","0","2018-07-04","4","0","8B2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17532","DBE","0","2018-07-02","3","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17533","DBE","0","2018-07-05","5","0","8B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17534","DBE","0","2018-07-04","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17535","DBE","0","2018-07-06","5","0","8E/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17536","SNK","0","2018-07-02","3","0","8S/Sc","S6","7C.01","What happens when metals react with acid?","","Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\nDraw particle diagrams for metals reacting with acid.\nWrite word equations for metals reacting with acid.\nWrite symbol equations for metals reacting with acid.","1) A: Predict the outcome of reactions with metals and metal salt solutions given the reactivity series.\n2) In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\n3) Metals will react with acid at different rates.\n4) When Metals react with acid with they produce (a salt and) hydrogen gas.\n5) W: Acids contain hydrogen (ions) particles.\n6) Metals can be put into order of reactivity called the 'the reactivity series'\n7) When Metals react with acid with they produce a salt (and hydrogen gas).\n8) A: Draw particle diagrams for metals reacting with acid.\n9) A: Write word equations for metals reacting with acid.\n10) A: Write symbol equations for metals reacting with acid.","When Iron Sulfide mixes with Lead Nitrate, what happens? There is a reaction; Lead Sulfide and Iron Nitrate are produced.\nWhat happens in a displacement reaction? In displacement reactions the more reactive metal displaces (takes the place) of the less reactive metal.\nWhat is definition of a rate? A rate is how quickly something happens /;how much in a bit of time.\nWhat gas is produced when a metal reacts with an acid? When Metals react with acid with they produce (a salt and) hydrogen gas.\nWhat do all acids contain? Acids contain hydrogen (ions) particles.\nWhat is the reactivity series? An order of metals based on their reactivity (how quickly / strongly they react).\nOther than a gas, what is produced when an acid reacts with a metal? When Metals react with acid with they produce a salt (and hydrogen gas).\nDraw particle diagrams for a metal reacting with an acid.:- Three different types of particle.;;Before:; - Metal particle by itself; - Hydrogen particle with another particle;;After:; - Metal with other particle; - Hydrogen paricle by itself.; - Hydrogen in pairs\nWrite a word equation for metals reacting with acid.:Format:;Metal Acid -> Salt Hydrogen;;Where the salt has Metal name and then the non metal ion from the acid.;;eg;Iron Hydrochloric acid -> Iron Chloride Hydrogen Gas\nWrite a symbol equation for metals reacting with acid.:eg;;Fe HCl -> FeCl H;;Balanced equations for bonus mark.;;Correct formula second bonus mark","","Product\nReactivity\nReactant\nAcid\nMetal\nRate","","","Activity 2)\nMicro chemistry displacement reactions on laminated sheet:\n\nMetals and metal sulphates\nActivity 3)\nMetals in acid\n\nas per lesson 1:\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000446/metals-and-acids-experiment?cmpid=CMP00005351\n\nDEMO\nGroup 1 metals\nActivity 4)\nTest the gas produced.\nActivity 7)\nhttps://www.youtube.com/watch?v=arlYPz3EP7A#t=1m41s\n\nExplain that the electricity is needed as copper is so unreactive.","Activity 1)\nyellow precipitate demo\n\n-----------\n\nActivity 2)\nDisplacement reactions, in tray & laminated sheets\n\n-----------\n\nActivity 3)\nMagnesium Ribbon\nIron filings\nCopper Turnings\nZinc granules\n\nTest tubes\n bungs\n0.5M HCl\n0.5M Sulphuric\n\nDEMO\nGroup 1 metals as SoP\n\n-----------\n\nActivity 4)\nSpills\n\n-----------\n\nActivity 7)\nDEMO\nCopper electrodes\nSulphuric acid ?M\nPower supply\nCroc Clip to Banana plug leads\n\n-----------","","0","","0000-00-00","0","","0"),
("17537","SNK","0","2018-07-04","4","0","8S/Sc","S6","7C.02","What is a displacement reaction?","","","","","","","","","","Displacement sheets and chemicals","","0","","0000-00-00","0","","0"),
("17538","SNK","0","2018-07-05","5","0","8S/Sc","S6","7C.03","How do we get metals from rocks?","","Carbon can only displace metals that are less reactive than itself.","1) Carbon and Hydrogen are often added to the reactivity series for comparison.\n2) Metals more reactive than hydrogen will react with water as they will displace the hydrogen forming metal oxides.\n3) The rocks that have significant amounts of metal oxides in are known as ores.\n4) In order to obtain useable metal it needs to be chemically separated from the oxygen.\n5) The blast furnace is used to obtaining some metals from metal oxides using carbon.\neg Iron from iron oxide.\n6) Carbon is more reactive than iron so the carbon displaces the iron to form carbon dioxide leaving the iron by itself.\n7) A: Carbon can only displace metals that are less reactive than itself.","Which two non-metal elements are often added to the reactivity series? Carbon and Hydrogen are often be added to the reactivity series.\nWhy don't we find pure metals that are more reactive than hydrogen in the ground? The metal displaces the hydrogen, found in ground water, to produce metal oxides.\nWhat do we call rocks that have significant amounts of metal compounds in? The rocks that have significant amounts of metal oxides in are known as ores.\nWhat needs to be done to get useable metals? Metal in metal oxides needs to be chemical separated from the oxygen.\nWhat type of furnace is used to produce iron? The blast furnace is used to produce Iron from iron oxide.\nWhat is added to to the furnace to remove the oxygen from the ore? Carbon is added to blast furnace remove the oxygen from the ore.\nWhat determines if carbon can displace the metal? Carbon can only displace metals that are less reactive than itself.","","Oxide\nDisplacement\nProduct\nReactant","","","Activity 1)\nShow old chem data sheet and ask which two are the odd ones out. They are in italics and they are identified as non-metals.\n\nComplete the card sort of reactivity series using the reactivity fact sheet\nActivity 5)\nhttp://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\n\n\nExtracting metal on a match head: http://www.rsc.org/learn-chemistry/resource/res00000722/extraction-of-iron-on-a-match-head?cmpid=CMP00005113\nActivity 7)\nUsing reactivity series student to predict which metals are obtained using carbon.","Activity 1)\nExtracting metals card sort\n\n-----------\n\nActivity 3)\nSelection of metal ores and hand lenses?\n\n-----------\n\nActivity 5)\n0.5 g of the metal oxides:\n - Copper\n - Lead\n - Iron\n(Groups to do one and show results.)\n\n0.15 and 0.2 g of powdered carbon\nBalances accurate\nBottle tops\nspatulas\nMagnets\nfilter paper\n\n\nMatch head extraction kit: \niron (III) oxide powder\nhydrogen carbonate powder \nmatches \nwatch glass \nmagnets\n\n-----------","","0","","0000-00-00","0","","0"),
("17539","SKT","0","2018-07-02","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17540","SKT","0","2018-07-03","2","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17541","SKT","0","2018-07-04","4","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17542","SKT","0","2018-07-05","5","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17543","SKT","0","2018-07-06","3","0","9ASK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17544","CLA","0","2018-07-03","3","0","9BSK/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17545","SKT","0","2018-07-02","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17546","SKT","0","2018-07-03","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17547","SKT","0","2018-07-06","4","0","9BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17548","CLA","0","2018-07-05","5","0","9CLA/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
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(MS)\n\n(Physics only) Students should be able to describe the factors which influence floating and\nsinking.\n\n(Physics only) Students should be able to describe a simple model of the Earth?s atmosphere and of atmospheric pressure\n\n(Physics only) Students should be able to explain why atmospheric pressure varies with height above a surface\n","1) (Physics only) A fluid can be either a liquid or a gas.\n2) (Physics only) The pressure in fluids causes a force normal (at right angles) to any surface.\n3) (Physics only) The pressure at the surface of a fluid can be calculated using the equation: pressure = force normal to a surface\narea of that surface\np = F / A\npressure, p, in pascals, Pa force, F, in newtons, N\narea, A, in metres squared, m2\n4) (Physics only) The pressure due to a column of liquid can be calculated using the\nequation:\npressure = height of the column ? density of the liquid\n? gravitational field strength\n[ p = h ? g ]\npressure, p, in pascals, Pa\nheight of the column, h, in metres, m\ndensity, ?, in kilograms per metre cubed, kg/m3\ngravitational field strength, g, in newtons per kilogram, N/kg (In any\ncalculation the value of the gravitational field strength (g) will be given\n7) (Physics only) A partially (or totally) submerged object experiences a greater pressure on\nthe bottom surface than on the top surface. This creates a resultant force\nupwards. This force is called the upthrust.\n9) (Physics only) The atmosphere is a thin layer (relative to the size of the Earth) of air round the Earth.\n10) (Physics only) The atmosphere gets less dense with increasing altitude\n11) (Physics only) Air molecules colliding with a surface create atmospheric pressure.\n12) (Physics only) The number of air molecules (and so the weight of air) above a surface decreases as the height of the surface above ground level increases.\n13) (Physics only) So as height increases there is always less air above a surface than there is at a lower height. So atmospheric pressure decreases with an increase in height","(Physics only) What states can be fluids? (Physics only) A fluid can be either a liquid or a gas.\n(Physics only) Pressure in fluid causes a force in what direction to the surface? (Physics only) The pressure in fluids causes a force normal (at right angles) to any surface.\n(Physics only) What equation can be used to calculate the pressure of a fluid at the surface? (Physics only) The pressure at the surface of a fluid can be calculated using the equation: pressure = force normal to a surface;area of that surface;p = F / A;pressure, p, in pascals, Pa force, F, in newtons, N;area, A, in metres squared, m2\n(Physics only) How can the pressure due to a column of liquid be calculated? (Physics only) The pressure due to a column of liquid can be calculated using the;equation:;pressure = height of the column ? density of the liquid;? gravitational field strength;[ p = h ? g ];pressure, p, in pascals, Pa;height of the column, h, in metres, m;density, ?, in kilograms per metre cubed, kg/m3;gravitational field strength, g, in Newtons per kilogram, N/kg\n(Physics only) What two factors increase the pressure at a point in a liquid? (Physics only) In a liquid, pressure at a point;increases with the:;Height of the column of liquid above that point:;Density of the liquid.\n(Physics only) How does pressure change as you get deeper in the sea? (Physics only) Pressure increases as you get further from the surface of the water due to the force of the particles pushing down on the ones below.\n(Physics only) How do differences in pressure create the force of upthrust? (Physics only) A partially (or totally) submerged object experiences a greater pressure on;the bottom surface than on the top surface. This creates a resultant force;upwards. This force is called the upthrust.\n(Physics only) What factors influence whether an object floats or sinks? (Physics only) An object will float or sink in a fluid depending on the relative densities of the object and Fluid. If the object is less dense it will float and if it is more dense then it will sink.\n(Physics only) What is the atmosphere? (Physics only) The atmosphere is a thin layer (relative to the size of the Earth) of air round the Earth.\n(Physics only) What happens to the density of the atmosphere as the altitude increases? (Physics only) The atmosphere gets less dense with increasing altitude\n(Physics only) What creates atmospheric pressure? (Physics only) Air molecules colliding with a surface create atmospheric pressure.\n(Physics only) What happens to the weight of air above a surface as the height of that surface is increased above ground level? (Physics only) The number of air molecules (and so the weight of air) above a surface decreases as the height of the surface above ground level increases.\n(Physics only) Why does atmospheric pressure decrease with an increase in height? (Physics only) As height increases there is always less air above a surface than there is at a lower height. So atmospheric pressure decreases with an increase in height\n(Physics only) How would the particles in the air be arranged close to the Earth's surface then getting further up with altitude.:(Physics only) The air particles become more spread out/less dense as the altitude increases, decreasing the atmospheric pressure as there are less frequent collisions with the air particles.\n(Physics only) Why does atmospheric pressure vary with height above the surface? (Physics only) The air particles become more spread out/less dense as the altitude increases, decreasing the atmospheric pressure as there are less frequent collisions with the air particles.","","","","","","P1.4.9\n3x Cartesian divers\n3x Hydraulic machines with syringers?\n3x Water bottles with different holes punched through at different depths.","","0","","0000-00-00","0","","0"),
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("17667","MES","0","2018-07-11","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17668","MES","0","2018-07-12","4","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17669","MES","0","2018-07-10","3","0","11TE/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17670","PKT","0","2018-07-10","3","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17671","PKT","0","2018-07-11","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17672","PKT","0","2018-07-12","4","0","11TS/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17673","CPD","0","2018-07-11","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17674","CPD","0","2018-07-12","3","0","7a/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17675","DBE","0","2018-07-09","1","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17676","DBE","0","2018-07-10","4","0","7A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17677","PKT","0","2018-07-09","1","0","7A2/Sc","S2","Wow lesson Outbreak","","","","","","","","","","","* WOW lesson Outbreak\nGetting infected practical.\nClass set of test tubes with water in (one with starch solution in). Iodine.","","0","","0000-00-00","0","","0"),
("17678","PKT","0","2018-07-10","4","0","7A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17679","LAN","0","2018-07-09","1","0","7A3/Sc","S7","3c.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("17680","LAN","1","2018-07-10","4","0","7A3/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17681","MES","0","2018-07-12","2","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17682","MES","0","2018-07-09","5","0","7B1/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17683","DBE","0","2018-07-11","2","0","7B1/Sc","S3","3C.9","Where do particles go when they are dissolved?","","","1) When dissolving no particles are destroyed so there is a conservation of material and mass.\n2) The reverse of dissolving is crystallisation.","","","","","","Activity 1)\nDemo: \nconservation of mass for dissolving substances. Weigh out some salt. Measure the mass of some water. \ndissolve the salt into the water and reweigh the mixture.","Activity 1)\nsmall balances \nsmall beakers of salt \nspatulas \n250mL beakers \nstirring rods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17684","MES","0","2018-07-10","5","0","7B1/Sc","S5","3C.8","What is the difference between soluble and insoluble?","","","1) T: If a solid can dissolve in particular liquid then it is know as 'soluble'.\n2) T: If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\n3) W: Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\n4) T: The solid added is called the solute.\n5) T: The liquid added is called the solvent.\n6) T: The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\n7) W: The solid can now behave like a liquid as the small molecules can move relative to each other.\n8) T: A saturated solution is one that can not dissolve any more solute.\n9) W: When all the gaps between particles are full, no more solute can be dissolved.\n10) W: Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.\n\nThis allows more solute to dissolve in the solvent.\n11) W: Solubility is a measure of how much solute can be dissolved in a solvent.","What does soluble mean? If a solid can dissolve in particular liquid then it is know as 'soluble'.\nWhat does insoluble mean? If a solid cannot dissolve in particular liquid then it is know as 'insoluble'\nWhat is a solution? Solutions are mixtures of solids and liquids, in which the solid breaks down and behaves like a liquid.\nWhat is the solid that dissolves in a liquid called? The solid added is called the solute.\nWhat is the liquid a solid dissolves into called? The liquid added is called the solvent.\nWhat happens to the solute particles when they dissolve? The large solute (solid) crystal break down into smaller molecules which fit between the particles of the solvent.\nHow do the particles behave once they have dissolved? The solid can now behave like a liquid as the small molecules can move relative to each other.\nWhat does it mean when a solution is saturated? A saturated solution is one that can not dissolve any more solute.\nIn terms of particles, why does a solution become saturated? When all the gaps between particles are full, no more solute can be dissolved.\nWhy does increasing the temperature increase the amount of solute that can dissolve? Increasing the temperature of the solvent, increases the speed the particles collide, creating bigger gaps.;;This allows more solute to dissolve in the solvent.\nWhat is solubility? Solubility is a measure of how much solute can be dissolved in a solvent.","","Gap\nCrystal\nRelative\nSaturated\nMolecules\nSolvent\nInsoluble\nSolution\nSolute\nSoluble","","","Activity 10)\nInvestigating solubility by finding out the saturation point for water and salt. recrod mass of salt added. Consider changing one variable such as temperature of water, stirring etc. \n\nDemo:\nonce salt saturation has been reached, filter one sample add some sugar and ask students why the sugar has dissolved? \n\nEW: Explain what happened using the big ideas \nGF: Compare the structure and bonding of salt and sugar particles to explain why the sugar can be dissolved even though the salt saturation point has been reached","Activity 10)\n250ml beakers \nstirring rods \nkettles \nthermometers\nsalt \nspatulas \nweighing boats\n(range of non-hazardous solids to test whether soluble or insoluble e.g. - sodium chloride, iron oxide, sugar, calcium carbonate )\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17685","CLA","0","2018-07-09","5","0","7B2/Sc","S1","","Enquiry: Under what colours does choclate melt the fastest?
\nLamps, IR lamps ,different colour transparencies, stopwatch, choclate buttons.","","","","","","","","","","Enquiry: Under what colours does choclate melt the fastest?
\nLamps, IR lamps ,different colour transparencies, stopwatch, choclate buttons.","","0","","0000-00-00","0","","0"),
("17686","CLA","0","2018-07-10","5","0","7B2/Sc","S1","","Enquiry: Under what colours does choclate melt the fastest?
\nLamps, IR lamps ,different colour transparencies, stopwatch, choclate buttons.","","","","","","","","","","Enquiry: Under what colours does choclate melt the fastest?
\nLamps, IR lamps ,different colour transparencies, stopwatch, choclate buttons.","","0","","0000-00-00","0","","0"),
("17687","CLA","0","2018-07-11","2","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17688","CLA","0","2018-07-12","2","0","7B2/Sc","S1","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("17689","SNK","0","2018-07-10","4","0","7E/Sc","S6","3b.02","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nPhoto: Greek for the word light\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("17690","SNK","0","2018-07-09","1","0","7E/Sc","S6","3B.02","How do organisms get energy?","","Cover leaves to later test for starch.","1) Plants making carbohydrates in their leaves by photosynthesis\n2) Food chains begin with a producer, which is normally a green plant. (FROM 2B)\n3) Green plants get their energy from the sun through photosynthesis. (FROM 2B)\n4) 'Photo' is from the Greek for 'light'.\n5) 'Synthesis' is from the Greek for 'put together or combine'.\n6) Synthesis is the bonding together of small particles to form bigger particles.\n7) Decomposition is the splitting of large particles in smaller particles.\n8) T: Most photosynthesis takes place in palisade cells.\n9) W: Palisade cells are adapted for photosynthesis by having lots of chloroplasts. \n\nNB: Main thrust of lessons should be looking at cells.\n10) D: Cover leaves to later test for starch.","What are the products of photosynthesis? Plants making carbohydrates in their leaves by photosynthesis\nWhere are plants found in the food chain? Food chains begin with a producer, which is normally a green plant. (FROM 2B)\nHow do plants get their energy? Green plants get their energy from the sun through photosynthesis. (FROM 2B)\nWhat does 'photo' mean? 'Photo' is from the Greek for 'light'.\nWhat does 'synthesis' mean? 'Synthesis' is from the Greek for 'put together or combine'.\nWhat happens to particles in synthesis? Synthesis is the bonding together of small particles to form bigger particles.\nWhat happens to the particles in decomposition? Decomposition is the splitting of large particles in smaller particles.\nWhat types of cells does the most amount of photosynthesis happen? Most photosynthesis takes place in palisade cells.\nWhere in a plant cell does photosynthesis take place? Palisade cells are adapted for photosynthesis by having lots of chloroplasts. ;;NB: Main thrust of lessons should be looking at cells.","","Palisade cell: Cells in a leaf which do most photosynthesis.\nDecomposition: The splitting of large particles in smaller particles.\nSynthesis: The bonding together of small particles to form bigger particles.\nPhoto: Greek for the word light\nFood chain: A diagram to show the energy transferred through eating.","","","Activity 5)\nSynthesis spelling can be remembered by having a sister called cynthia:\n\nsyn - the - sis","","","0","","0000-00-00","0","","0"),
("17691","LAN","0","2018-07-12","2","0","7S/Sc","S7","","do the investigation","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17692","LAN","1","2018-07-11","2","0","7S/Sc","S7","","plan an investigation","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17693","PKT","0","2018-07-09","5","0","7S/Sc","S3","3c.10","What is diffusion and how does it work?","","","1) Concentration is the number of a particular type of particle in a volume of space.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Particles in a fluid are always moving.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","What is concentration? Concentration is the number of a particular type of particle in a volume of space.\nWhat is diffusion? diffusion in liquids and gases driven by differences in concentration \nWhat happens to the particles in a fluid? diffusion in terms of the particle model\nWhy do particles move from an area where there are more to where ther:Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).","","energy\ntemperature
\nconcentration
\nparticles
\ndiffusion
","","","Activity 1)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated)\nActivity 3)\nobserve the diffusion of food coloring in M&M's in the water\n\nobserve how long it takes for potassium permangement to spread out in cold and warm water in a petri dish","Activity 1)\nDilute Potassium permanganate in large beaker\n\n-----------\n\nActivity 2)\nDEMO ONLY\nLead nitrate and Potassium iodide\nhttp://www.rsc.org/learn-chemistry/resource/res00000685/\n\n-----------\n\nActivity 3)\nPerfume \nM M's \nagar plates \nstopwatches\n\nPetri dishes \nmeasuring cylinders \nkettles for warm water \nPotassium permanganate crystals \ngraph paper \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17694","LAN","0","2018-07-10","5","0","7S/Sc","S7","3c.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("17695","SKT","0","2018-07-13","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17696","LAN","0","2018-07-12","5","0","8A1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17697","SKT","0","2018-07-09","4","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17698","SKT","0","2018-07-10","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17699","SKT","0","2018-07-11","1","0","8A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17700","CLA","0","2018-07-13","1","0","8A2/Sc","S1","8B.2","How do we know if something is alive?","","","1) There are seven processes that are common to living things.\n2) The seven life processes are movement, respiration, sensitivity, growth, reproduction, excretion and nutrition.","How many processes are there common to living things? There are seven processes that are common to living things.\nWhat are these seven life processes? The seven life processes are movement, respiration, sensitivity, growth, reproduction, excretion and nutrition.","https://www.mrcorfe.com/MemoryAnchors/b918505df06bce46660c5b804ea2755c.jpg","Excretion\nNutrition\nReproduction\nGrowth\nRespiration\nSensitivity\nMovement","","","","x","","0","","0000-00-00","0","","0"),
("17701","CLA","0","2018-07-09","4","0","8A2/Sc","S1","8C.3","How do we use the Earth's resources?","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n3) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n4) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth","Where are the resources we rely upon extracted from? All resources we use come from come from the Earth's crust or the atmosphere.\nWhy is coal a better source of energy than wood? Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\nHow is crude oil formed? Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment\nHow is coal formed? Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.;;(The highest grade coal, Anthracite, is actually metamorphic)\nWhat uses do we have for crude oil? Crude oil can be processed into fuels, chemicals and plastics.\nHow are most metals obtained from the Earth's crust? Most metals are dug up from the earths crust in the form of ores.\nWhat is a ceramic material? Ceramics are made from muds, dug up from the Earth's crust.","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","","","","0","","0000-00-00","0","","0"),
("17702","CLA","0","2018-07-10","1","0","8A2/Sc","S1","8C.4","Enquiry: Planning","","ENQUIRY: Planning\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips\nThe test for carbon dioxide is to bubble the gas through lime water. If it turns cloudy this is a positive result.","1) the efficacy of recycling\n2) the production of carbon dioxide by human activity and the impact on climate\n3) A: ENQUIRY: Planning\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips\n4) A: The test for carbon dioxide is to bubble the gas through lime water. If it turns cloudy this is a positive result.\n5) Earth as a source of limited resources","What is it important that we recycle? Resources on the Earth are limited, It's important that the way we behave now does not make life difficult or impossible for future generations.\nWhat are the impacts on the Earth of increasing the amount of carbon dioxide in the Earth's atmosphere? The result of increasing carbon dioxide in the Earth's atmosphere will lead to global warming (increase of the Earth's average surface temperature). This will lead to changes in weather patterns, causing drought in some places and flooding in others. Also polar ice caps will melt, raising sea levels and causing increased coastal erosion and flooding of low-lying land, including land where major cities lie.\nThe emissions of which gases result in the formation of acid rain? Acid rain is most caused by emissions of sulfur dioxide and nitrogen oxide\nHow can you test for the presence of carbon dioxide gas? Bubble the gas through limewater. If carbon dioxide is present then it will turn cloudy.\nAre the Earth's resources infinite? The Earth's resources are not infinite, they are limited.","https://www.mrcorfe.com/MemoryAnchors/400c0951cb1cef3ab5d6d36f864f88b8.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","Activity 5)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Activity 4)\nMedium marble chips\n5 concentrations of hydrochloric acid:\n0M\n0.1M\n0.5M\n1.0M\n1.5M\n25ml Measuring Cylinders\nConical flask\nDelivery tubes\nTimer / stopwatch\nSieve\n\nEITHER:\nGas syringes\nOR\nTroughs and additional 25ml measuring cylinders for gas collection\n\nAS PLANNED BY STUDENTS\n\n-----------\n\nActivity 5)\nSand in a jar\nSomething metal\nSomething plastic\nSomething pottery\nVaseline\nGas cylinder (CO2 Fire extinguisher)\nFAKE petrol bottle\nDiamonds TO BE COUNTED IN AND OUT\nGravel somthing\nFish / Shellfish\nMeat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("17703","CLA","0","2018-07-11","1","0","8A2/Sc","S1","8C.5","8C Review","","","1) Review of 8C","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/8C","x","","0","","0000-00-00","0","","0"),
("17704","CLA","0","2018-07-12","5","0","8A2/Sc","S1","8B.1","How do we classify drugs?","","","1) Drugs can be classified by their legal status.\n2) Drugs can be legal and freely available, legal with an age restriction, legal and require prescription from a doctor or illegal with varying penalties (class of drugs).\n3) Drugs can be classified by what they do.\n4) Depressants slows down brain activity.\n5) Hallucinogens alters what we hear and see.\n6) Painkillers blocks nerve impulses.\n7) Performance enhancers improve muscle development.\n8) Stimulants increase brain activity.","How can drugs be classified using the law? Drugs can be classified by their legal status.\nWhat classifications of drugs are there? Drugs can be legal and freely available, legal with an age restriction, legal and require prescription from a doctor or illegal with varying penalties (class of drugs).\nHow can drugs be classified based on characteristics? Drugs can be classified by what they do.\nWhat effect do depressants have on brain activity? Depressants slows down brain activity.\nWhat effect do hallucinogens have on humans? Hallucinogens alters what we hear and see.\nHow do painkillers manage pain? Painkillers block nerve impulses.\nHow do performance enhancing drugs aid athletes? Performance enhancers improve muscle development.\nWhat effect do stimulants have on the brain? Stimulants increase brain activity.","","","","","Activity 1)\nClass brainstorm facts and question.","Activity 1)
\nDrugs example box if required please let us know
\n
\n-----------
\n
\nActivity 2)
\nAlcohol bottles if required please let us know
\n
\n-----------","","0","","0000-00-00","0","","0"),
("17705","MES","0","2018-07-09","4","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17706","MES","0","2018-07-10","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17707","MES","0","2018-07-11","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17708","MES","0","2018-07-12","5","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17709","MES","0","2018-07-13","1","0","8A3/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17710","PKT","0","2018-07-10","2","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17711","PKT","0","2018-07-11","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("17712","PKT","0","2018-07-12","1","0","8B1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("17903","LAN","0","2018-07-17","2","0","7A3/Sc","S7","3B.09","How do plants get the gasses they need without losing too much water?","","Draw graphs for cress experiment\nConclusions and Evaluations for cress experiment","1) Stomata","what are the holes in the bottom of a leaf called? Stomata","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","volume \nratio\nsurface area \nroot hair cells \nabsorb\nroots ","","","Activity 1)\nSet up for CASE LESSON: \nActivity 2: Workcard C\n\nleaf 1 - vaseline on top \nleaf 2 - vaseline spread on bottom \nleaf 3 - vaseline spread on both sides\nleaf 4 - no vaseline \n\nleave for a few days and compare mass change","Activity 1)\nloads of leaves but not waxy ones \nvasaline in petri dishes\nwashing line to peg out leaves \nstring \npaper clips \nsmall pieces of stickers \njury balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("17929","PKT","0","2018-07-16","3","0","8B1/Sc","S2","8C.3","How do we use the Earth's resources?","","","1) All resources come form come from the Earth's crust or the atmosphere.\n2) Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\n3) Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment.\n4) Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.\n\n(The highest grade coal, Anthracite, is actually metamorphic)\n5) Crude oil can be processed into fuels, chemicals and plastics.\n6) Metals are dug up from the earth in the form of ores.\n7) Ceramics are made from muds that are dug up from the earth","Where are the resources we rely upon extracted from? All resources we use come from come from the Earth's crust or the atmosphere.\nWhy is coal a better source of energy than wood? Coal contains more energy per kilogram than wood as it is a concentrated form of wood without moisture in.\nHow is crude oil formed? Crude oil (and natural gas) is formed when sea creatures (mainly microscopic) are compressed under layers of sediment\nHow is coal formed? Coal is a sedimentary rock formed when trees and plants are compressed under layers of sediment.;;(The highest grade coal, Anthracite, is actually metamorphic)\nWhat uses do we have for crude oil? Crude oil can be processed into fuels, chemicals and plastics.\nHow are most metals obtained from the Earth's crust? Most metals are dug up from the earths crust in the form of ores.\nWhat is a ceramic material? Ceramics are made from muds, dug up from the Earth's crust.","https://www.mrcorfe.com/MemoryAnchors/aae8ca60c143c49084f6647190f3c2bf.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f2ec6e1f351dede96d912b06211653c8.gif\nhttps://www.mrcorfe.com/MemoryAnchors/37468b76c8b34febc3560a8ac86cf73b.gif","Sedimentary\nCoal\nResources: Things that are used to do something.","","","","","","0","","0000-00-00","0","","0"),
("17930","PKT","0","2018-07-18","4","0","8B1/Sc","S2","8C.4","Enquiry: Planning","","ENQUIRY: Planning\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips\nThe test for carbon dioxide is to bubble the gas through lime water. If it turns cloudy this is a positive result.","1) the efficacy of recycling\n2) the production of carbon dioxide by human activity and the impact on climate\n3) A: ENQUIRY: Planning\n\nAim: To find out how the concentration of acid (rain) affects the rate of reaction with marble chips\n4) A: The test for carbon dioxide is to bubble the gas through lime water. If it turns cloudy this is a positive result.\n5) Earth as a source of limited resources","What is it important that we recycle? Resources on the Earth are limited, It's important that the way we behave now does not make life difficult or impossible for future generations.\nWhat are the impacts on the Earth of increasing the amount of carbon dioxide in the Earth's atmosphere? The result of increasing carbon dioxide in the Earth's atmosphere will lead to global warming (increase of the Earth's average surface temperature). This will lead to changes in weather patterns, causing drought in some places and flooding in others. Also polar ice caps will melt, raising sea levels and causing increased coastal erosion and flooding of low-lying land, including land where major cities lie.\nThe emissions of which gases result in the formation of acid rain? Acid rain is most caused by emissions of sulfur dioxide and nitrogen oxide\nHow can you test for the presence of carbon dioxide gas? Bubble the gas through limewater. If carbon dioxide is present then it will turn cloudy.\nAre the Earth's resources infinite? The Earth's resources are not infinite, they are limited.","https://www.mrcorfe.com/MemoryAnchors/400c0951cb1cef3ab5d6d36f864f88b8.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/82dbb9c45b2bd8de726d51004981f2a4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9404b564a67663f2becef5dc84a7ddb1.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/cbef959a3818f15fc4f55763291fa33b.jpg","","","","Activity 5)\nCircus of objects made of different materials.\n\nStudents identify the material and the source - ie Earth or Atmosphere.","Activity 4)\nMedium marble chips\n5 concentrations of hydrochloric acid:\n0M\n0.1M\n0.5M\n1.0M\n1.5M\n25ml Measuring Cylinders\nConical flask\nDelivery tubes\nTimer / stopwatch\nSieve\n\nEITHER:\nGas syringes\nOR\nTroughs and additional 25ml measuring cylinders for gas collection\n\nAS PLANNED BY STUDENTS\n\n-----------\n\nActivity 5)\nSand in a jar\nSomething metal\nSomething plastic\nSomething pottery\nVaseline\nGas cylinder (CO2 Fire extinguisher)\nFAKE petrol bottle\nDiamonds TO BE COUNTED IN AND OUT\nGravel somthing\nFish / Shellfish\nMeat\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("18802","SFD","0","2018-08-16","4","0","9a/Pr1","S5","","","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","","","0","","0000-00-00","0","","0"),
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("19304","SKT","0","2018-09-04","4","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19305","SKT","0","2018-09-04","5","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("19307","SKT","0","2018-09-07","4","0","10BSK/Sc","S1","B1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase)","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
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("19347","PKT","0","2018-09-06","5","0","11PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19348","PKT","0","2018-09-07","1","0","11PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19349","PKT","0","2018-09-07","2","0","11PKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("19351","SFD","0","2018-09-07","1","0","11SFD/Sc","S5","c2.1.2","What factors affect the rate of a chemical reaction?","","Students should be able to recall how changing the concentrations of reactants in solution affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the pressure of reacting gases affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the surface area of solid reactants affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the temperature affects the rate of chemical reactions.\n\nStudents should be able to recall how the presence of a catalyst affects the rate of chemical reactions.\n","1) Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\n7) Required practical 5 - rates of reaction (developing a hypothesis) (AT skills 1,3,5,6)","What factors can affect the rate of a chemical reaction? Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\nHow does increasing the concentration of reactants in solution affect the rate of chemical reactions? Increasing the concentration of reactants in solution increases the rate of chemical reactions.\nHow does increasing the pressure of reacting gases affect the rate of a chemical reaction? Increasing the pressure of reactant gases increases the rate of chemical reactions.\nHow does increasing the surface area of solid reactants affect the rate of a chemical reaction? Increasing the surface area of solid reactants will increase the rate of a chemical reaction.\nHow does decreasing the temperature of a chemical reaction affect the rate? Decreasing the temperature of a chemical reaction decreases the rate of the reaction.\nHow does the presence of a catalyst affect the rate of a chemical reaction? The presence of a catalyst increases the rate of a chemical reaction.\nWhat equipment would you need to investigate the rate of a chemical reaction? Equipment you would need to investigate the rate of a chemical reaction: ;timer / stop watch ;measuring cylinder ;reactants ;balance ;gas syringe if product is a gas ;balance ;conical flask","","Pressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nSurface area: A measure of the total area that the surface of the object occupies.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nRate: The speed at which a chemical reaction proceeds.","","","Activity 2)\nRequired practical 5:\nInvestigate how changes in concentration affect the rates of reactions by a method involving measuring the volume of a gas produced and a method involving a change in colour or turbidity.","Activity 2)\nClass set\n\nMarble chips \nVarying concentrations of HCl\nGas Syringes\n20cm3 Measuring cylinders\nConical flasks\nPipettes\nTimers\nBalances\n\n-----------\n\nActivity 7)\n40g/dm sodium thiosulphate\n2M hydrochloric acid\nConical flasks\nBlack crosses\nStopclocks\n50ml measuring cylinders\n\n3cm magnesium ribbon pieces\n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19352","SFD","0","2018-09-07","2","0","11SFD/Sc","S5","","What factors affect the rate of a chemical reaction? - continued...","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19353","SFD","0","2018-09-04","2","0","11SFD/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19354","SFD","0","2018-09-06","5","0","11SFD/Sc","D8","C2.1.1","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Demo set\nMarble Chips\n1M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------","","0","","0000-00-00","0","","0"),
("19355","SKT","0","2018-09-04","2","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19356","SKT","0","2018-09-05","4","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19357","SKT","0","2018-09-06","5","0","11SKT/Sc","S1","B2.3.01","What is a genome?","","Students should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.","2) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n3) DNA is a polymer made up of two strands forming a double helix.\n4) The DNA is contained in structures called chromosomes.\n5) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n6) The genome of an organism is the entire genetic material of that organism. \n7) The whole human genome has now been studied and this will have great importance for medicine in the future.\n9) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n10) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n11) DNA contains four bases, A, C, G and T.","How is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nucleus? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and G.","","Genome: The order of all the bases in the entire DNA of an organism.\nGene: A sequence of DNA that codes for a protein.\nPolymer: A long molecule made of smaller repeating units joined together,\nDNA: the molecule of inheritance made of nucleotides joined together and containing 4 different bases.","","","Activity 5)\nhttps://www.youtube.com/watch?v=hywRdDVR76A\n\nSort the order into: Nucleotide, Gene, Chromosome, Genome.\nExplain why the order of the bases is important.\n\nHigher:\nhttps://www.youtube.com/watch?v=zwibgNGe4aY (first 3 minutes)\nDescribe how a gene leads to a protein.\nExplain why a base change could change the properties of a protein.\nActivity 9)\nEW Evaluate the research into the human genome against the cost the of the project and the on-going research into what the genes do.\nhttps://www.genome.gov/27565109/the-cost-of-sequencing-a-human-genome/\n\nGF: Was cooperation or competition more important in achieving the human genome project? https://www.youtube.com/watch?v=AhsIF-cmoQQ","","","0","","0000-00-00","0","","0"),
("19358","SKT","0","2018-09-07","1","0","11SKT/Sc","S1","B2.3.3","How are sexual and asexual reproduction different?","","","1) Meiosis leads to non-identical cells being formed\n2) Mitosis leads to identical cells being formed.\n3) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n4) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n5) The formation of gametes involves meiosis.\n6) Asexual reproduction involves only one parent and no fusion of gametes.\n7) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n8) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n9) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n10) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n11) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n12) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","What sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is GGA ATG. What is the type of mutation for: \n1. GGC ATG\n2. GGA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 7)\nTable comparing the products of meiosis to mitosis. (Number of divisions, number of cells formed, haploid or diploid, unique or identical, purpose of division)\nTable comparing sexual and asexual reproduction. (number of parents, fusion of gametes, clone or unique, faster or slower, creates variation or not)\nEW (Not for separates as they have other content to cover and can complete this activity in a future lesson) Describe the lifecycle of the aphid and describe how it carries out both asexual and sexual reproduction.\nActivity 12)\nEvaluate the effects of mutations to the genetic code.\nBar headed goose and haemoglobin with higher affinity for oxygen allows it to fly over mountain range on migration rather than around like other geese species.\nSickle Cell Anaemia - negative effects of mutation and also positive effect for malaria resistance.\nNeutral mutations - eye colour.","Meiosis and Mitosis boards / models","","0","","0000-00-00","0","","0"),
("19359","SKT","0","2018-09-07","2","0","11SKT/Sc","S1","B2.3.04","How does meiosis produce gametes?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","Pipe cleaners","","0","","0000-00-00","0","","0"),
("19360","SNK","0","2018-09-07","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19361","SNK","0","2018-09-07","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19362","SNK","0","2018-09-04","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19363","SNK","0","2018-09-05","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19364","SNK","0","2018-09-06","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19365","LAN","0","2018-09-06","4","0","7A2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19366","SNK","0","2018-09-04","3","0","7A2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19367","SNK","0","2018-09-05","5","0","7A2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19368","CPD","0","2018-09-06","4","0","7b/Hi2","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19369","LAN","0","2018-09-05","2","0","7B1/Sc","S7","","Acceleration","","(Physics only) Students should be able to interpret the changing motion in terms of the forces acting.\n\nStudents should be able to estimate the magnitude of everyday accelerations.","1) An object that slows down is decelerating\n4) The acceleration of an object can be calculated from the gradient of a velocity?time graph.\n5) The following equation applies to uniform acceleration:\nfinal velocity 2 ? initial velocity 2 = 2 ? acceleration ? distance\nv2 ? u2 = 2 a s\nfinal velocity, v, in metres per second, m/s initial velocity, u, in metres per second, m/s\nacceleration, a, in metres per second squared, m/s2 distance, s, in metres, m\n6) Near the Earth?s surface any object falling freely under gravity has an acceleration of about 9.8 m/s2.","What does decelerating mean? Decelerating means slowing down.\n(Physics only):(Physics only)\nHow can the acceleration of an object be calculated from a velocity-time graph? The acceleration of an object can be calculated from the gradient of a velocity?time graph. The gradient of a graph is change of y divided by change in x, in this case is change in velocity divided by change in time.\nWhat equation applies to uniform acceleration and what are the units involved? The following equation applies to uniform acceleration:;final velocity2 ? initial velocity2 = 2 ? acceleration ? distance;v2 ? u2 = 2 a s;final velocity, v, in metres per second, m/s initial velocity, u, in metres per second, m/s;acceleration, a, in metres per second squared, m/s2 distance, s, in metres, m"\nWhat acceration does an object falling freely under gravity, near the Earth?s surface any object have? Near the Earth?s surface any object falling freely under gravity has an acceleration of about 9.8 m/s2.","","","","","Activity 4)\nLink back to RP19 (f=ma) using light gates.\nChange mass of trolley on air track. record effect on acceleration. Calculate using the SUVAT equation","Activity 4)\nair track \nair blower \nflags \n2 clamp stands\npulley system set up\n\n-----------","","0","","0000-00-00","0","","0"),
("19370","LAN","0","2018-09-06","2","0","7B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19371","LAN","0","2018-09-07","3","0","7B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19372","CLA","0","2018-09-05","2","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19373","CLA","0","2018-09-07","3","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19374","SNK","0","2018-09-06","2","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19375","CLA","0","2018-09-04","2","0","7c/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19376","CLA","0","2018-09-06","5","0","7c/Pr2","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19377","SFD","0","2018-09-03","5","0","7C2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19378","SFD","0","2018-09-06","3","0","7C2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19379","CLA","0","2018-09-04","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19380","CLA","0","2018-09-05","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19381","CLA","0","2018-09-06","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19382","SNK","0","2018-09-03","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19383","SNK","0","2018-09-06","3","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19384","PKT","0","2018-09-05","2","0","8A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19385","PKT","0","2018-09-06","2","0","8A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19386","PKT","0","2018-09-07","3","0","8A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19387","SKT","0","2018-09-05","2","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19388","SKT","0","2018-09-06","2","0","8A2/Sc","S1","4C.01","How is a physical and chemical change different?","","Physical changes occur when particles are rearranged, but not change themselves.\nThe difference between chemical and physical changes.","1) W: Physical changes are changes of state.\n2) The use of word and symbol equations should be used throughout the scheme.\n3) D: Physical changes occur when particles are rearranged, but not change themselves.\n4) Chemical changes occur when the make up of individual particles change.\n5) T: Chemical reactions result from the rearrangement of atoms\n6) T: Chemical reactions result from the rearrangement of atoms\n7) T: Chemicals that react are call Reactants.\n8) T: Chemicals that are produce are call Products.\n9) A: The difference between chemical and physical changes.","What is a physical change? Physical changes are changes of state.\nWhat happens to the particles in a physical change? the difference between chemical and physical changes\nWhen do chemical changes occur? Chemical changes occur when the make up of individual particles change.\nWhat happens to the atoms in a chemical reaction? chemical reactions as the rearrangement of atoms\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms\nWhat are reactants? Chemicals that react are call Reactants.\nWhat are products? Chemicals that are produce are call Products.\nWhat is the difference between a chemical and a physical change? The difference between chemical and physical changes.","","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical: A substance made of matter.\nParticles: A small part of matter.\nPhysical change\nProduct: The materials formed in a chemical reaction.\nReactant: The starting materials in a chemical reaction.\nWord Equation: A chemical reaction expressed in words rather than chemical formulas.\nStates of matter: The three principal conditions in which matter exists-solid, liquid or gas.\nSymbol Equation: A chemical reaction expressed in chemical formulas rather than words.\nPhysical Change","","","Activity 1)\nRecall changes of states.\nActivity 3)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules. They do not change partners.\nActivity 4)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules.\n\nPupils swap partners to form heterogeneous couples.\n\nDiscuss what had to happen for the them to swap partners - Come close (collide)\nActivity 5)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 6)\nLiken role play to the incorrect:\nHydrogen plus Oxygen -> Hydrogen Oxide\n\nH<SUB>2</SUB> plus O<SUB>2</SUB> -> 2HO\n\nIf this was a marriage then the women (non-metal) changes the end of her name. (Hydrogen is pretending to be a metal)\n\nThen repeat role play to correct\n\n2H<SUB>2</SUB> plus O<SUB>2</SUB> -> H<SUB>2</SUB>O\nActivity 9)\nDraw particle diagrams to show physical changes and chemical changes.","","","0","","0000-00-00","0","","0"),
("19389","SKT","0","2018-09-07","3","0","8A2/Sc","S1","4C.02","What happens to the atoms in a chemical reaction?","","Chemical reactions result from the rearrangement of atoms\nRepresenting chemical reactions using word equations.\nThere is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nSymbol Equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord Equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\nYou will need two sets for demo as they will want to see it again.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite symbol equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\nTwo sets for demo\n\n-----------\n\nActivity 4)\nJewelry balance (0.01g).\nPotassium iodide solution 0.01 mol dm^–3\nLead nitrate solution 0.009 mol dm^–3\n\n-----------","","0","","0000-00-00","0","","0"),
("19390","CML","0","2018-09-05","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19391","CML","0","2018-09-06","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19392","CML","0","2018-09-07","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19393","CLA","0","2018-09-04","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19394","SNK","0","2018-09-06","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19395","CML","0","2018-09-03","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19396","CML","0","2018-09-06","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19397","SFD","0","2018-09-05","2","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19398","SFD","0","2018-09-07","3","0","8E/Sc","S5","4c.2","What happens to the atoms in a chemical reaction?","","Chemical reactions result from the rearrangement of atoms\nRepresenting chemical reactions using word equations.\nThere is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nSymbol Equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord Equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\nYou will need two sets for demo as they will want to see it again.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite symbol equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\nTwo sets for demo - thanks!","","0","","0000-00-00","0","","0"),
("19399","CLA","0","2018-09-06","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19400","PKT","0","2018-09-03","5","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19401","PKT","0","2018-09-06","3","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19402","SFD","0","2018-09-06","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19403","PKT","0","2018-09-06","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19404","SNK","0","2018-09-05","3","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19405","SNK","0","2018-09-06","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19406","SNK","0","2018-09-07","5","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19407","SNK","0","2018-09-03","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19408","SNK","0","2018-09-03","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19409","SNK","0","2018-09-04","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19410","CLA","0","2018-09-07","5","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19411","CLA","0","2018-09-03","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19412","CLA","0","2018-09-03","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19413","CLA","0","2018-09-04","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19414","CLA","0","2018-09-05","3","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19415","CLA","0","2018-09-06","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19416","SKT","0","2018-09-03","1","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19417","SKT","0","2018-09-03","2","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19418","SKT","0","2018-09-04","1","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19419","SKT","0","2018-09-05","3","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19420","SKT","0","2018-09-06","1","0","9A3/Sc","S1","C1.1.01","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19421","SKT","0","2018-09-07","5","0","9A3/Sc","S1","C1.1.02","What is the difference between atoms, elements and compounds?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------","","0","","0000-00-00","0","","0"),
("19422","PKT","0","2018-09-03","1","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19423","PKT","0","2018-09-03","2","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19424","PKT","0","2018-09-04","1","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19425","PKT","0","2018-09-05","3","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19426","PKT","0","2018-09-06","1","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19427","PKT","0","2018-09-07","5","0","9A4/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19428","LAN","0","2018-09-03","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19429","LAN","0","2018-09-04","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19430","LAN","0","2018-09-05","5","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19431","LAN","0","2018-09-06","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19432","LAN","0","2018-09-07","4","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19433","SFD","0","2018-09-03","1","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19434","SFD","0","2018-09-04","3","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19435","SFD","0","2018-09-05","5","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19436","SFD","0","2018-09-06","1","0","9B2/Sc","S5","C1.1.1","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------","","0","","0000-00-00","0","","0"),
("19437","SFD","0","2018-09-07","4","0","9B2/Sc","S5","C1.1.2","What is the difference between atoms, elements and compounds?","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------","","0","","0000-00-00","0","","0"),
("19438","CML","0","2018-09-04","3","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19439","CML","0","2018-09-05","5","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19440","CML","0","2018-09-06","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19441","CML","0","2018-09-07","4","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19442","CML","0","2018-09-03","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19443","CPD","0","2018-09-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19444","SFD","0","2018-09-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19445","LAN","0","2018-09-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19446","CML","0","2018-09-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19447","CPD","0","2018-09-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19448","CPD","0","2018-09-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19449","CLA","0","2018-09-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19450","SFD","0","2018-09-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19451","LAN","0","2018-09-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19452","CML","0","2018-09-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19453","CPD","0","2018-09-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19454","CLA","0","2018-09-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19455","SKT","0","2018-09-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19456","LAN","0","2018-09-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19457","CPD","0","2018-09-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19458","CLA","0","2018-09-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19459","SFD","0","2018-09-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19460","LAN","0","2018-09-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19461","CML","0","2018-09-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19462","CPD","0","2018-09-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19463","SKT","0","2018-09-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19464","PKT","0","2018-09-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19465","CPD","0","2018-09-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19466","CPD","0","2018-09-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19467","CPD","0","2018-09-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19468","CLA","0","2018-09-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19469","CPD","0","2018-09-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19470","CLA","0","2018-09-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19471","SNK","0","2018-09-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19472","CPD","0","2018-09-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19473","SFD","0","2018-09-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19474","LAN","0","2018-09-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19475","CML","0","2018-09-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19476","CPD","0","2018-09-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19477","CLA","0","2018-09-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19478","SKT","0","2018-09-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19479","PKT","0","2018-09-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19480","CPD","0","2018-09-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19481","CPD","0","2018-09-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19482","SFD","0","2018-09-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19483","CPD","0","2018-09-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19484","SKT","0","2018-09-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19485","LAN","0","2018-09-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19486","CPD","0","2018-09-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19487","CLA","0","2018-09-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19488","SKT","0","2018-09-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19489","CML","0","2018-09-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19490","CLA","0","2018-09-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19491","CLA","0","2018-09-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19492","CPD","0","2018-09-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19493","CPD","0","2018-09-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19494","CLA","0","2018-09-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19495","CPD","0","2018-09-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19496","SFD","0","2018-09-11","1","0","10ASK/Sc","S5","b1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("19497","SFD","0","2018-09-11","5","0","10ASK/Sc","S5","B1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("19498","SFD","0","2018-09-12","3","0","10ASK/Sc","S5","b1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("19499","SFD","0","2018-09-14","2","0","10ASK/Sc","S5","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","","","0","","0000-00-00","0","","0"),
("19500","CLA","0","2018-09-14","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19501","SKT","0","2018-09-11","1","0","10BSK/Sc","S1","B1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("19502","SKT","0","2018-09-12","3","0","10BSK/Sc","S1","B1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("19503","SKT","0","2018-09-14","2","0","10BSK/Sc","S1","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","Example of meristem tissue?","","0","","0000-00-00","0","","0"),
("19504","LAN","0","2018-09-14","2","0","10CLA/Sc","S7","b1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","","","0","","0000-00-00","0","","0"),
("19505","LAN","0","2018-09-11","1","0","10CLA/Sc","S7","B1.2.01","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("19506","LAN","0","2018-09-11","5","0","10CLA/Sc","S7","b1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("19507","LAN","0","2018-09-12","3","0","10CLA/Sc","S7","b1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("19508","PKT","0","2018-09-11","1","0","10JCE/Sc","S2","B1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("19509","PKT","0","2018-09-12","3","0","10JCE/Sc","S2","B1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("19510","PKT","0","2018-09-14","2","0","10JCE/Sc","S2","B1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("19511","CML","0","2018-09-11","1","0","10MES/Sc","S4","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.","","","0","","0000-00-00","0","","0"),
("19512","CML","0","2018-09-11","5","0","10MES/Sc","S4","C1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("19513","CML","0","2018-09-12","3","0","10MES/Sc","S4","C1.3.3","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice and this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: (ball and stick giant lattice and charged ion ionic lattice","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("19514","CML","0","2018-09-14","2","0","10MES/Sc","S4","C1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("19515","SNK","0","2018-09-12","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19516","SNK","0","2018-09-14","2","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19517","SNK","0","2018-09-11","1","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19518","CML","0","2018-09-13","4","0","11CML/Sc","S4","B2.3.7","How are some disorders inherited?","","Students should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.\n","1) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n2) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n3) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n5) Ordinary human body cells contain 23 pairs of chromosomes.\n6) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n7) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","How are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","Embryo screening: testing cells of an embryo for the presence of any genetic conditions.\nSex Chromosomes: the 23rd pair of chromosome that determines the sex of the person.\nCystic Fibrosis: a genetic disorder that alters the mucus in the body affecting the lungs and digestion.\nPolydactyly: genetic condition of having extra fingers or toes.","","","Activity 3)\nCompare (possibly in a table) the mutation, it's effects, whether it is dominant or recessive and the combinations from the parents by which it would be inherited.\n\nUse pedigree charts to work out family history of inherited conditions. Maybe Haemophilia and the Royal family as an example.\nActivity 4)\nEW: Evaluate whether embryo screening is the 'right thing' to do.\nActivity 9)\nComplete Punnett squares to demonstrate there is a 50:50 chance of having a girl or a boy.","","","0","","0000-00-00","0","","0"),
("19519","CML","0","2018-09-14","1","0","11CML/Sc","S4","","","","Students should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.\n","1) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n2) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n3) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n5) Ordinary human body cells contain 23 pairs of chromosomes.\n6) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n7) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","How are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","Embryo screening: testing cells of an embryo for the presence of any genetic conditions.\nSex Chromosomes: the 23rd pair of chromosome that determines the sex of the person.\nCystic Fibrosis: a genetic disorder that alters the mucus in the body affecting the lungs and digestion.\nPolydactyly: genetic condition of having extra fingers or toes.","","","Activity 3)\nCompare (possibly in a table) the mutation, it's effects, whether it is dominant or recessive and the combinations from the parents by which it would be inherited.\n\nUse pedigree charts to work out family history of inherited conditions. Maybe Haemophilia and the Royal family as an example.\nActivity 4)\nEW: Evaluate whether embryo screening is the 'right thing' to do.\nActivity 9)\nComplete Punnett squares to demonstrate there is a 50:50 chance of having a girl or a boy.","","","0","","0000-00-00","0","","0"),
("19520","CML","0","2018-09-11","4","0","11CML/Sc","S4","B2.3.5","Why do some species carry out asexual and sexual reproduction?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","1) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n2) Knowledge of reproduction in organisms is restricted to those mentioned\n3) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n4) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n5) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n6) Some organisms reproduce by both methods depending on the\ncircumstances.\n","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","","","0","","0000-00-00","0","","0"),
("19521","CML","0","2018-09-12","1","0","11CML/Sc","S4","B2.3.6","How can the chance of a characteristic being passed on be predicted?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","","","0","","0000-00-00","0","","0"),
("19522","CPD","0","2018-09-11","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19523","CPD","0","2018-09-12","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19524","CPD","0","2018-09-13","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19525","CPD","0","2018-09-14","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19526","LAN","0","2018-09-11","4","0","11LAN/Sc","S7","c2.1.3","RP write up","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.\n","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","-----------","","0","","0000-00-00","0","","0"),
("19527","LAN","0","2018-09-12","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19528","LAN","0","2018-09-13","4","0","11LAN/Sc","S7","C2.1.3","How can collision theory explain rates of reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.\n","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19529","LAN","0","2018-09-14","1","0","11LAN/Sc","S7","C2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19530","PKT","0","2018-09-11","4","0","11PKT/Sc","S2","C2.1.3","How can collision theory explain rates of reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.\n","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19531","PKT","0","2018-09-12","1","0","11PKT/Sc","S2","C2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19532","PKT","0","2018-09-13","4","0","11PKT/Sc","S2","C2.1.5","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19533","PKT","0","2018-09-14","1","0","11PKT/Sc","S2","C2.1.6","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.\n","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","Le Chatelier: The scientist who developed the theory used to predict the effect of changing conditions upon a chemical equilibrium.\nPressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nDynamic Equilibrium: The point at which both forward and backward reactions are taking place at the same rate. The concentrations of the reactants and products are constant, but are not necessarily equal.","","","Activity 10)\nDemo 1: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19534","SFD","0","2018-09-12","1","0","11SFD/Sc","S5","c2.1.3","How can collision theory explain rates of reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19535","SFD","0","2018-09-13","4","0","11SFD/Sc","S5","c2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------","","0","","0000-00-00","0","","0"),
("19536","SFD","0","2018-09-11","4","0","11SFD/Sc","D8","","What factors affect the rate of a chemical reaction? - continued...","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","","","0","","0000-00-00","0","","0"),
("19537","SFD","0","2018-09-14","1","0","11SFD/Sc","D8","C2.1.5","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------","","0","","0000-00-00","0","","0"),
("19538","SKT","0","2018-09-11","4","0","11SKT/Sc","S1","B2.3.5","Why do some species carry out asexual and sexual reproduction?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability","1) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n2) Knowledge of reproduction in organisms is restricted to those mentioned\n3) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n4) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n5) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n6) Some organisms reproduce by both methods depending on the\ncircumstances.","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","","","0","","0000-00-00","0","","0"),
("19539","SKT","0","2018-09-12","1","0","11SKT/Sc","S1","B2.3.6","How can the chance of a characteristic being passed on be predicted?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","Tiddlywinks","","0","","0000-00-00","0","","0"),
("19540","SKT","0","2018-09-13","4","0","11SKT/Sc","S1","B2.3.7","How are some disorders inherited?","","Students should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.","1) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n2) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n3) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n5) Ordinary human body cells contain 23 pairs of chromosomes.\n6) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n7) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","How are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","Embryo screening: testing cells of an embryo for the presence of any genetic conditions.\nSex Chromosomes: the 23rd pair of chromosome that determines the sex of the person.\nCystic Fibrosis: a genetic disorder that alters the mucus in the body affecting the lungs and digestion.\nPolydactyly: genetic condition of having extra fingers or toes.","","","Activity 3)\nCompare (possibly in a table) the mutation, it's effects, whether it is dominant or recessive and the combinations from the parents by which it would be inherited.\n\nUse pedigree charts to work out family history of inherited conditions. Maybe Haemophilia and the Royal family as an example.\nActivity 4)\nEW: Evaluate whether embryo screening is the 'right thing' to do.\nActivity 9)\nComplete Punnett squares to demonstrate there is a 50:50 chance of having a girl or a boy.","","","0","","0000-00-00","0","","0"),
("19541","SKT","0","2018-09-14","1","0","11SKT/Sc","S1","","B2.3 Review","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","X","","0","","0000-00-00","0","","0"),
("19542","SNK","0","2018-09-11","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19543","SNK","0","2018-09-12","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19544","SNK","0","2018-09-13","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19545","SNK","0","2018-09-14","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19546","SNK","0","2018-09-12","4","0","7a/Pr1","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19547","SKT","0","2018-09-11","3","0","7A1/Sc","S1","0S.04","What are the standard pieces of lab equipment?","","","1) T: Equipment\n - Names\n - Taking measurements circus\n2) T: Scientific Questions:\n - Variables: IV - I change; DV - We Measure; CVs: We keep the same\n - Modelling the real world in a simple way\n3) The Independent Variable is the one we change.\n4) The Dependent Variable is the one we measure.\n5) The Control Variables are the ones we keep the same to make it a fair test.\n6) H: Equipment Match up\n7) We use a measuring cylinder to volumes of liquids.\n8) We use thermometers to measure the temperature of an object.\n9) H: Learn the variables","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","","","","","","","0","","0000-00-00","0","","0"),
("19548","SKT","0","2018-09-13","3","0","7A1/Sc","S1","0S.06","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19549","LAN","0","2018-09-10","3","0","7A2/Sc","S7","0s.2","How do we safely light a Bunsen Burner?","","","1) T: How to light a Bunsen burner.\n2) T: Risk assessments.\n3) T: A hazard is the thing that will cause you harm.\n4) T: A risk is how you may be harmed.\n5) T: A control measure is what you keep the same to ensure a fair test.","What is a hazard? A hazard is the thing that will cause you harm.\nWhat is a risk? A risk is how you may be harmed.\nWhat is a control measure? A control measure is what you do to stop yourself from being harmed.","","Air Hole\nFlame\nRing\nBarrel\nSafety\nBunsen Burner","","","Activity 2)\nUnsafe lab: Investigating science w/s 1a","x","","0","","0000-00-00","0","","0"),
("19550","LAN","0","2018-09-11","3","0","7A2/Sc","S7","0S.3","How do we safely heat water?","","","1) T: Safety:\n - Lab rules / procedures\n - Everything STOPS for Safety\n - CLP Symbols\n2) T: Measuring time to heat water on roaring blue and half height, half air hole.\n\nEquip:\n-Beakers\n-Thermometers\n-Stopwatches\n3) H: Safety Symbols Match up","","","Volume\nTime\nMeasure\nSTOPs","","","Activity 1)\ngauzes","Activity 1)\ngauzes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19551","LAN","0","2018-09-12","5","0","7A2/Sc","S7","0S.4","What are the standard pieces of lab equipment?","","","1) T: Equipment\n - Names\n - Taking measurements circus\n2) T: Scientific Questions:\n - Variables: IV - I change; DV - We Measure; CVs: We keep the same\n - Modelling the real world in a simple way\n3) The Independent Variable is the one we change.\n4) The Dependent Variable is the one we measure.\n5) The Control Variables are the ones we keep the same to make it a fair test.\n6) H: Equipment Match up\n7) We use a measuring cylinder to volumes of liquids.\n8) We use thermometers to measure the temperature of an object.\n9) H: Learn the variables","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","","","","","x","","0","","0000-00-00","0","","0"),
("19552","LAN","0","2018-09-13","3","0","7A2/Sc","S7","0S.5","How strong is a Toilet Paper?","","","1) T: Enquiry 1:\n - Following a detailed method\n\n - Aim: To find out how the number of layers (of different brands) toilet paper affects it strength.","","","","","","","Activity 1)\nToilet paper strength experiment,\nToilet paper, masses, plastic beakers.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19553","SFD","0","2018-09-10","3","0","7B1/Sc","S5","0s.3","How do we safely heat water?","","","1) T: Safety:\n - Lab rules / procedures\n - Everything STOPS for Safety\n - CLP Symbols\n2) T: Measuring time to heat water on roaring blue and half height, half air hole.\n\nEquip:\n-Beakers\n-Thermometers\n-Stopwatches\n3) H: Safety Symbols Match up","","","Volume\nTime\nMeasure\nSTOPs","","","","Activity 1)\ngauzes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19554","SFD","0","2018-09-12","5","0","7B1/Sc","S5","0S.5","How strong is a Toilet Paper?","","","1) T: Enquiry 1:\n - Following a detailed method\n\n - Aim: To find out how the number of layers (of different brands) toilet paper affects it strength.","","","","","","","Activity 1)\nToilet paper strength experiment,\nToilet paper, masses, plastic beakers.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19555","SFD","0","2018-09-13","3","0","7B1/Sc","S5","0S.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19556","LAN","0","2018-09-12","4","0","7B1/Sc","S7","0S.4","What are the standard pieces of lab equipment?","","","1) T: Equipment\n - Names\n - Taking measurements circus\n2) T: Scientific Questions:\n - Variables: IV - I change; DV - We Measure; CVs: We keep the same\n - Modelling the real world in a simple way\n3) The Independent Variable is the one we change.\n4) The Dependent Variable is the one we measure.\n5) The Control Variables are the ones we keep the same to make it a fair test.\n6) H: Equipment Match up\n7) We use a measuring cylinder to volumes of liquids.\n8) We use thermometers to measure the temperature of an object.\n9) H: Learn the variables","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","","","","","","","0","","0000-00-00","0","","0"),
("19557","CLA","0","2018-09-12","4","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19558","SNK","0","2018-09-10","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19559","SNK","0","2018-09-12","5","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19560","SNK","0","2018-09-13","3","0","7B2/Sc","S3","0S.5","How strong is a Toilet Paper?","","","1) T: Enquiry 1:\n - Following a detailed method\n\n - Aim: To find out how the number of layers (of different brands) toilet paper affects it strength.","","","","","","","Activity 1)\nToilet paper strength experiment,\nToilet paper, masses, plastic beakers.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19561","SFD","0","2018-09-14","5","0","7C2/Sc","S5","0s.5","How strong is a Toilet Paper?","","","1) T: Enquiry 1:\n - Following a detailed method\n\n - Aim: To find out how the number of layers (of different brands) toilet paper affects it strength.","","","","","","","Activity 1)\nToilet paper strength experiment,\nToilet paper, masses, plastic beakers.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19562","SFD","0","2018-09-10","4","0","7C2/Sc","S5","0s.1","What does it take to become a Scientist?","","","1) T: Expectations:\n - Where / how to line up.\n - Standing for register with blazers on.\n - Ready to learn by the end of the register.\n2) T: What is Science?\n - Science is the concerted human effort to understand the working and history of the natural world. It is done through observation of natural phenomena, and/or through experimentation that tries to simulate natural processes under controlled conditions.\n3) T: Introduce: \n - Think-Pair-Share: Science is about working things out – the thinking is more important than the answer so no one can steal the thinking opportunity from others by calling out the answer.\n - Telling someone the answer is not helping them.\n - Be teachers: make some think of an answer by asking questions\n4) T: Observations:\n - Spot the difference\n - Optical Illusions\n - Close up pictures","","","Observations\nBig Ideas\nScience \nSafety ","","","","","","0","","0000-00-00","0","","0"),
("19563","SFD","0","2018-09-11","3","0","7C2/Sc","S5","0S.2","How do we safely light a Bunsen Burner?","","","1) T: How to light a Bunsen burner.\n2) T: Risk assessments.\n3) T: A hazard is the thing that will cause you harm.\n4) T: A risk is how you may be harmed.\n5) T: A control measure is what you keep the same to ensure a fair test.","What is a hazard? A hazard is the thing that will cause you harm.\nWhat is a risk? A risk is how you may be harmed.\nWhat is a control measure? A control measure is what you do to stop yourself from being harmed.","","Air Hole\nFlame\nRing\nBarrel\nSafety\nBunsen Burner","","","Activity 2)\nUnsafe lab: Investigating science w/s 1a","","","0","","0000-00-00","0","","0"),
("19564","SFD","0","2018-09-12","2","0","7C2/Sc","S5","0s.3","How do we safely heat water?","","","1) T: Safety:\n - Lab rules / procedures\n - Everything STOPS for Safety\n - CLP Symbols\n2) T: Measuring time to heat water on roaring blue and half height, half air hole.\n\nEquip:\n-Beakers\n-Thermometers\n-Stopwatches\n3) H: Safety Symbols Match up","","","Volume\nTime\nMeasure\nSTOPs","","","","Activity 1)\ngauzes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19565","SFD","0","2018-09-13","5","0","7C2/Sc","S5","0s.4","What are the standard pieces of lab equipment?","","","1) T: Equipment\n - Names\n - Taking measurements circus\n2) T: Scientific Questions:\n - Variables: IV - I change; DV - We Measure; CVs: We keep the same\n - Modelling the real world in a simple way\n3) The Independent Variable is the one we change.\n4) The Dependent Variable is the one we measure.\n5) The Control Variables are the ones we keep the same to make it a fair test.\n6) H: Equipment Match up\n7) We use a measuring cylinder to volumes of liquids.\n8) We use thermometers to measure the temperature of an object.\n9) H: Learn the variables","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","Control\nDependent \nIndependent \nVariables ","","","","","","0","","0000-00-00","0","","0"),
("19566","CLA","0","2018-09-10","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19567","CLA","0","2018-09-11","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19568","CLA","0","2018-09-12","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19569","CLA","0","2018-09-13","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19570","SNK","0","2018-09-10","4","0","7P/Sc","S3","","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19571","SNK","0","2018-09-11","3","0","7P/Sc","S3","0S.03","How do we safely heat water?","","","1) T: Safety:\n - Lab rules / procedures\n - Everything STOPS for Safety\n - CLP Symbols\n2) T: Measuring time to heat water on roaring blue and half height, half air hole.\n\nEquip:\n-Beakers\n-Thermometers\n-Stopwatches\n3) H: Safety Symbols Match up","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","Volume\nTime\nMeasure\nSTOPs","","","","Activity 1)\ngauzes\nStopclocks\nThermometers\n\n-----------","","0","","0000-00-00","0","","0"),
("19572","SNK","0","2018-09-12","2","0","7P/Sc","S3","0S.04","What are the standard pieces of lab equipment?","","","1) T: Equipment\n - Names\n - Taking measurements circus\n2) T: Scientific Questions:\n - Variables: IV - I change; DV - We Measure; CVs: We keep the same\n - Modelling the real world in a simple way\n3) The Independent Variable is the one we change.\n4) The Dependent Variable is the one we measure.\n5) The Control Variables are the ones we keep the same to make it a fair test.\n6) H: Equipment Match up\n7) We use a measuring cylinder to volumes of liquids.\n8) We use thermometers to measure the temperature of an object.\n9) H: Learn the variables","What do we do with the Independent Variable? We change the Independent Variable.\nWhat do we do with the Dependent Variable? We measure the Dependent Variable.\nWhat do we do with the Control Variables? We keep the Control Variables the same to make it a fair test.\nWhat do we use to measure the volume of a liquid? We use a measuring cylinder to measure the volumes of liquids.\nWhat do we used to measure the temperature of an object? We use thermometers to measure the temperature of an object.","","Control\nDependent \nIndependent \nVariables ","","","","","","0","","0000-00-00","0","","0"),
("19573","SNK","0","2018-09-13","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19574","SNK","0","2018-09-14","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19575","PKT","0","2018-09-10","3","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19576","PKT","0","2018-09-12","5","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19577","PKT","0","2018-09-10","5","0","8A1/Sc","S2","4B.3","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19578","PKT","0","2018-09-11","2","0","8A1/Sc","S2","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19579","PKT","0","2018-09-12","4","0","8A1/Sc","S2","4B.5","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","Activity 1)\n5 different brands of crisps\nsmall balances \npins to hold crisps \nboiling tubes \nthermometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19580","PKT","0","2018-09-13","1","0","8A1/Sc","S2","4B.6","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","Activity 11)\nSyndey skeleton model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19581","SKT","0","2018-09-12","4","0","8A2/Sc","S1","4C.05","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19582","SKT","0","2018-09-13","1","0","8A2/Sc","S1","4C.06","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire. \nsmall cuvettes with lids.\n pipettes. \nohp pens.\n\n-----------","","0","","0000-00-00","0","","0"),
("19583","SKT","0","2018-09-10","5","0","8A2/Sc","S1","4C.03","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------","","0","","0000-00-00","0","","0"),
("19584","SKT","0","2018-09-11","2","0","8A2/Sc","S1","4C.04","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution \nMagnesium Pow.\nMagnesium Rib.\nDilute Hydrochloric Acid\nsolution\nSodium hydroxide\nDilute sulphric acid\nThermometer\nPolystyrene cups\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid\nThermometer\nPolystyrene cups 10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("19585","CML","0","2018-09-12","4","0","8A3/Sc","S4","4P.1.4","Water waves enquiry.","","","","","","","","","","Trays for students to put water in, metre rulers.","","0","","0000-00-00","0","","0"),
("19586","CML","0","2018-09-13","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19587","CML","0","2018-09-10","5","0","8A3/Sc","S4","4P.1.2","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19588","CML","0","2018-09-11","2","0","8A3/Sc","S4","4P.1.2","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------","","0","","0000-00-00","0","","0"),
("19589","CLA","0","2018-09-10","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19590","CLA","0","2018-09-14","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19591","CML","0","2018-09-10","4","0","8B2/Sc","S4","","","","","","","","","","","","Large slinky.","","0","","0000-00-00","0","","0"),
("19592","CML","0","2018-09-12","2","0","8B2/Sc","S4","4P.1.2","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------","","0","","0000-00-00","0","","0"),
("19593","CML","0","2018-09-13","5","0","8B2/Sc","S4","4P.1.2","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------","","0","","0000-00-00","0","","0"),
("19594","CML","0","2018-09-14","5","0","8B2/Sc","S4","4p.1.4","Water waves enquiry.","","","","","","","","","","Trays for students to put water in, metre rulers.","","0","","0000-00-00","0","","0"),
("19595","CLA","0","2018-09-13","1","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19596","SFD","0","2018-09-10","5","0","8E/Sc","S5","4c.3","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------","","0","","0000-00-00","0","","0"),
("19597","SFD","0","2018-09-12","4","0","8E/Sc","S5","4c.4","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution \nMagnesium Pow.\nMagnesium Rib.\nDilute Hydrochloric Acid\nsolution\nSodium hydroxide\nDilute sulphric acid\nThermometer\nPolystyrene cups\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid\nThermometer\nPolystyrene cups 10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("19598","CLA","0","2018-09-11","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19599","PKT","0","2018-09-10","4","0","8S/Sc","S2","4B.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","","Activity 1)\nFood packaging/labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19600","PKT","0","2018-09-11","5","0","8S/Sc","S2","4B.2","What is a balanced diet?","","Comparing energy values of different foods (from labels) (kJ)","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:
\nFruit and vegetables: 33%
\nBread, rice, potatoes and pasta: 33%
\nMilk and other dairy products : 15%
\nMeat, fish, egg, beans: 12%
\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy tend to conatain lots of sugars (Carbohydrates) and lipids.\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of food provide slow release energy (starch)? Bread, rice, potatoes and pasta gives starch (Carbohydrates) for slow energy.\nWhich food type provides vitamins, minerals and lipids? Milk and milk products provides vitamins, minerals and lipids.\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, eggs and beans provide protein and lipids.\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy tend to contain Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.\nActivity 10)\nCompare energy found in different foods","Activity 10)\nLaminated food labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19601","PKT","0","2018-09-12","2","0","8S/Sc","S2","4B.3","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19602","PKT","0","2018-09-13","5","0","8S/Sc","S2","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19603","PKT","0","2018-09-14","5","0","8S/Sc","S2","4B.5","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","Activity 1)\n5 different brands of crisps\nsmall balances \npins to hold crisps \nboiling tubes \nthermometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19604","SNK","0","2018-09-10","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19605","SNK","0","2018-09-13","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19606","SNK","0","2018-09-14","3","0","9A1/Sc","S3","B1.1.5","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("19607","CLA","0","2018-09-10","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19608","CLA","0","2018-09-13","2","0","9A2/Sc","S6","C1.1.01","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)
\nMarbles in a Gratnell tray
\n
\n-----------
\n
\nActivity 6)
\nWhiteboards
\nPens
\n
\n-----------","","0","","0000-00-00","0","","0"),
("19609","CLA","0","2018-09-14","3","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19610","SKT","0","2018-09-10","2","0","9A3/Sc","S1","C1.1.03","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("19611","SKT","0","2018-09-13","2","0","9A3/Sc","S1","C1.1.04","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nDEMO of Simple distillation setup with alcohol and water solution\n\n-----------","","0","","0000-00-00","0","","0"),
("19612","SKT","0","2018-09-14","3","0","9A3/Sc","S1","C1.1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM","","0","","0000-00-00","0","","0"),
("19613","PKT","0","2018-09-10","2","0","9A4/Sc","S2","B1.1.3","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","Activity 1)\nPictures of specialised cells\n\n-----------\n\nActivity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------","","0","","0000-00-00","0","","0"),
("19614","PKT","0","2018-09-13","2","0","9A4/Sc","S2","B1.1.4","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","","","0","","0000-00-00","0","","0"),
("19615","PKT","0","2018-09-14","3","0","9A4/Sc","S2","B1.1.5","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","Microscopes, specimens and graticules.","","0","","0000-00-00","0","","0"),
("19616","CLA","0","2018-09-11","4","0","9b/Pr2","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19617","LAN","0","2018-09-10","1","0","9B1/Sc","S7","b1.1.3","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","Activity 1)\nPictures of specialised cells\n\n-----------\n\nActivity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19618","LAN","0","2018-09-10","2","0","9B1/Sc","S7","B1.1.4","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","","","0","","0000-00-00","0","","0"),
("19619","LAN","0","2018-09-13","2","0","9B1/Sc","S7","B1.1.5","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("19620","LAN","0","2018-09-14","4","0","9B1/Sc","S7","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19621","SFD","0","2018-09-13","2","0","9B2/Sc","S5","C1.1.4","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes","","0","","0000-00-00","0","","0"),
("19622","SFD","0","2018-09-14","4","0","9B2/Sc","S5","C1.1.5","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM","","0","","0000-00-00","0","","0"),
("19623","SFD","0","2018-09-10","1","0","9B2/Sc","S5","","Catch-up C1.1 Lessons 1 & 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19624","SFD","0","2018-09-10","2","0","9B2/Sc","S5","c1.1.3","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("19625","CML","0","2018-09-13","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19626","CML","0","2018-09-14","4","0","9B3/Sc","S4","","","","","","","","","","","","Leslie cube for demo please.","","0","","0000-00-00","0","","0"),
("19627","CML","0","2018-09-10","1","0","9B3/Sc","S4","","Work done","","","","","","","","","","Wooden blocks with hooks (or similar) to connect Newton meters to, Newton meters, metre rulers, planks/ramps with different material on such as sandpaper (if you have any please).","","0","","0000-00-00","0","","0"),
("19628","CML","0","2018-09-10","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19629","SKT","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19630","PKT","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19631","SNK","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19632","CPD","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19633","CLA","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19634","CPD","0","2018-09-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19635","SKT","0","2018-09-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19636","CML","0","2018-09-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19637","CPD","0","2018-09-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19638","SKT","0","2018-09-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19639","LAN","0","2018-09-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19640","CPD","0","2018-09-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19641","CLA","0","2018-09-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19642","LAN","0","2018-09-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19643","SNK","0","2018-09-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19644","CPD","0","2018-09-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19645","CPD","0","2018-09-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19646","CLA","0","2018-09-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19647","SFD","0","2018-09-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19648","LAN","0","2018-09-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19649","SNK","0","2018-09-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19650","CPD","0","2018-09-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19651","PKT","0","2018-09-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19652","CML","0","2018-09-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19653","CPD","0","2018-09-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19654","SKT","0","2018-09-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19655","SNK","0","2018-09-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19656","CPD","0","2018-09-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19657","CLA","0","2018-09-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19658","CLA","0","2018-09-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19659","SKT","0","2018-09-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19660","LAN","0","2018-09-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19661","CPD","0","2018-09-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19662","CLA","0","2018-09-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19663","CPD","0","2018-09-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19664","CLA","0","2018-09-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19665","CPD","0","2018-09-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19666","SKT","0","2018-09-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19667","CML","0","2018-09-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19668","CPD","0","2018-09-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19669","SFD","0","2018-09-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19670","LAN","0","2018-09-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19671","SNK","0","2018-09-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19672","CPD","0","2018-09-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19673","CPD","0","2018-09-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19674","PKT","0","2018-09-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19675","CML","0","2018-09-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19676","CPD","0","2018-09-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19677","CLA","0","2018-09-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19678","SKT","0","2018-09-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19679","LAN","0","2018-09-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19680","CPD","0","2018-09-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19681","CLA","0","2018-09-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19682","CPD","0","2018-09-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19683","CLA","0","2018-09-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19684","SFD","0","2018-09-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19685","LAN","0","2018-09-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19686","CML","0","2018-09-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19687","CPD","0","2018-09-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19688","SKT","0","2018-09-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19689","PKT","0","2018-09-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19690","SNK","0","2018-09-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19691","CPD","0","2018-09-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19692","SKT","0","2018-09-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19693","LAN","0","2018-09-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19694","CPD","0","2018-09-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19695","CLA","0","2018-09-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19696","SNK","0","2018-09-21","3","0","10a/Pr2","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19697","SFD","0","2018-09-17","3","0","10ASK/Sc","S5","","OVERLAP: Cover Work - Module Recap","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n2) Plants require ions for healthy growth.\n3) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n4) Sugar molecules are used for cell respiration.","How does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 3)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 4)\nDescribe the exchange that takes place in the small intestine.\nActivity 5)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 6)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","MAD - 17/09/2018 09:41","0","","0000-00-00","0","","0"),
("19698","SFD","0","2018-09-18","4","0","10ASK/Sc","S5","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 1)\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?\nActivity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nStretch - Predict what would effect how fast diffusion happens.\nChallenge - Sketch graphs predicting the effects of different factors that could affect diffusion.\nSuper-Challenge - Predict what would effect how fast diffusion happens and explain the reasons for the affect on rate.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("19699","SFD","0","2018-09-18","5","0","10ASK/Sc","S5","","Osmosis theory","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19700","SFD","0","2018-09-19","1","0","10ASK/Sc","S5","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------","","0","","0000-00-00","0","","0"),
("19701","SFD","0","2018-09-21","5","0","10ASK/Sc","S5","","Graph work - to print","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19702","SKT","0","2018-09-17","3","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19703","SKT","0","2018-09-17","4","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19704","SKT","0","2018-09-18","4","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19705","SKT","0","2018-09-18","5","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19706","SKT","0","2018-09-19","1","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19707","SKT","0","2018-09-21","4","0","10BSK/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19708","LAN","0","2018-09-18","5","0","10CLA/Sc","S7","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n9) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n10) Active transport requires energy from respiration.\n14) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n15) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n16) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nWhat is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 15)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 16)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19709","LAN","0","2018-09-19","1","0","10CLA/Sc","S7","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n2) Plants require ions for healthy growth.\n3) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n4) Sugar molecules are used for cell respiration.","How does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 3)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 4)\nDescribe the exchange that takes place in the small intestine.\nActivity 5)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 6)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("19710","LAN","0","2018-09-21","5","0","10CLA/Sc","S7","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknife & tile\nSugar solns 1M-0.25M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------","","0","","0000-00-00","0","","0"),
("19711","LAN","0","2018-09-17","3","0","10CLA/Sc","S7","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nStretch - Predict what would effect how fast diffusion happens.\nChallenge - Sketch graphs predicting the effects of different factors that could affect diffusion.\nSuper-Challenge - Predict what would effect how fast diffusion happens and explain the reasons for the affect on rate.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19712","LAN","0","2018-09-18","4","0","10CLA/Sc","S7","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19713","PKT","0","2018-09-17","3","0","10JCE/Sc","S2","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","","","0","","0000-00-00","0","","0"),
("19714","PKT","0","2018-09-17","4","0","10JCE/Sc","S2","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nStretch - Predict what would effect how fast diffusion happens.\nChallenge - Sketch graphs predicting the effects of different factors that could affect diffusion.\nSuper-Challenge - Predict what would effect how fast diffusion happens and explain the reasons for the affect on rate.","Activity 2)\nActivity 1: \nM&M petri dishes pipettes\n\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("19715","PKT","0","2018-09-18","4","0","10JCE/Sc","S2","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------","","0","","0000-00-00","0","","0"),
("19716","PKT","0","2018-09-18","5","0","10JCE/Sc","S2","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n9) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n10) Active transport requires energy from respiration.\n14) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n15) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n16) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nWhat is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 15)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 16)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------","","0","","0000-00-00","0","","0"),
("19717","PKT","0","2018-09-19","1","0","10JCE/Sc","S2","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.","1) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n2) Plants require ions for healthy growth.\n3) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n4) Sugar molecules are used for cell respiration.","How does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 3)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 4)\nDescribe the exchange that takes place in the small intestine.\nActivity 5)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 6)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("19718","PKT","0","2018-09-21","4","0","10JCE/Sc","S2","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknife & tile\nSugar solns 1M-0.25M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19719","CML","0","2018-09-17","3","0","10MES/Sc","S4","","Properties of covalent compounds.","","","","","","","","","","Molymods.","","0","","0000-00-00","0","","0"),
("19720","CML","0","2018-09-18","4","0","10MES/Sc","S4","c1.3.5","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("19721","CML","0","2018-09-18","5","0","10MES/Sc","S4","","Summary on bonding.","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","X","","0","","0000-00-00","0","","0"),
("19722","CML","0","2018-09-19","1","0","10MES/Sc","S4","B1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("19723","CML","0","2018-09-21","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19724","SNK","0","2018-09-17","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19725","SNK","0","2018-09-18","4","0","10SNK/Sc","S3","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19726","SNK","0","2018-09-18","5","0","10SNK/Sc","S3","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nStretch - Predict what would effect how fast diffusion happens.\nChallenge - Sketch graphs predicting the effects of different factors that could affect diffusion.\nSuper-Challenge - Predict what would effect how fast diffusion happens and explain the reasons for the affect on rate.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19727","SNK","0","2018-09-19","1","0","10SNK/Sc","S3","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19728","SNK","0","2018-09-21","4","0","10SNK/Sc","S3","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n9) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n10) Active transport requires energy from respiration.\n14) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n15) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n16) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nWhat is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 15)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 16)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19729","SNK","0","2018-09-17","3","0","10SNK/Sc","S3","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","","","0","","0000-00-00","0","","0"),
("19730","CML","0","2018-09-18","2","0","11CML/Sc","S4","","WTM","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("19731","CML","0","2018-09-19","4","0","11CML/Sc","S4","C2.1.1","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------","","0","","0000-00-00","0","","0"),
("19732","CML","0","2018-09-20","5","0","11CML/Sc","S4","","","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","","","0","","0000-00-00","0","","0"),
("19733","CML","0","2018-09-21","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19734","CML","0","2018-09-21","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19735","CPD","0","2018-09-18","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19736","CPD","0","2018-09-19","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19737","CPD","0","2018-09-20","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19738","CPD","0","2018-09-21","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19739","CPD","0","2018-09-21","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19740","LAN","0","2018-09-18","2","0","11LAN/Sc","S7","","WTM","","","1) Meiosis leads to non-identical cells being formed\n2) Mitosis leads to identical cells being formed.\n3) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n4) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n5) The formation of gametes involves meiosis.\n6) Asexual reproduction involves only one parent and no fusion of gametes.\n7) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n8) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n9) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n10) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n11) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n12) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","What sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is GGA ATG. What is the type of mutation for: \n1. GGC ATG\n2. GGA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 7)\nTable comparing the products of meiosis to mitosis. (Number of divisions, number of cells formed, haploid or diploid, unique or identical, purpose of division)\nTable comparing sexual and asexual reproduction. (number of parents, fusion of gametes, clone or unique, faster or slower, creates variation or not)\nEW (Not for separates as they have other content to cover and can complete this activity in a future lesson) Describe the lifecycle of the aphid and describe how it carries out both asexual and sexual reproduction.\nActivity 12)\nEvaluate the effects of mutations to the genetic code.\nBar headed goose and haemoglobin with higher affinity for oxygen allows it to fly over mountain range on migration rather than around like other geese species.\nSickle Cell Anaemia - negative effects of mutation and also positive effect for malaria resistance.\nNeutral mutations - eye colour.","x","","0","","0000-00-00","0","","0"),
("19741","LAN","0","2018-09-19","4","0","11LAN/Sc","S7","c2.1.5","What are reversible reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19742","LAN","0","2018-09-20","5","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("19743","LAN","0","2018-09-21","1","0","11LAN/Sc","S7","B2.3.1","What is a genome?","","Students should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n","2) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n3) DNA is a polymer made up of two strands forming a double helix.\n4) The DNA is contained in structures called chromosomes.\n5) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n6) The genome of an organism is the entire genetic material of that organism. \n7) The whole human genome has now been studied and this will have great importance for medicine in the future.\n9) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n10) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n11) DNA contains four bases, A, C, G and T.","How is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nucleus? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and G.","","Genome: The order of all the bases in the entire DNA of an organism.\nGene: A sequence of DNA that codes for a protein.\nPolymer: A long molecule made of smaller repeating units joined together,\nDNA: the molecule of inheritance made of nucleotides joined together and containing 4 different bases.","","","Activity 5)\nhttps://www.youtube.com/watch?v=hywRdDVR76A\n\nSort the order into: Nucleotide, Gene, Chromosome, Genome.\nExplain why the order of the bases is important.\n\nHigher:\nhttps://www.youtube.com/watch?v=zwibgNGe4aY (first 3 minutes)\nDescribe how a gene leads to a protein.\nExplain why a base change could change the properties of a protein.\nActivity 9)\nEW Evaluate the research into the human genome against the cost the of the project and the on-going research into what the genes do.\nhttps://www.genome.gov/27565109/the-cost-of-sequencing-a-human-genome/\n\nGF: Was cooperation or competition more important in achieving the human genome project? https://www.youtube.com/watch?v=AhsIF-cmoQQ","x","","0","","0000-00-00","0","","0"),
("19744","LAN","0","2018-09-21","2","0","11LAN/Sc","S7","B2.3.1","What does the genetic code do?","","Students should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n","2) A sequence of three bases is the code for a particular amino acid.\n3) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n4) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n5) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n7) explain simply how the structure of DNA affects the protein made\n8) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n9) (HT only) In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\n10) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n12) (HT only) Proteins are synthesised on ribosomes, according to a template.\n13) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n14) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","What is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the different parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units.\nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? Proteins are synthesised on ribosomes, according to a template.\nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a proteins unique shape important? This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","","Ribosome: Organelle that carries out protein synthesis.\nNucleotide: Subunit of DNA made of a sugar, phosphate group and one of 4 bases (A,T,C or G)\nAmino Acid: one of 24 different subunits joined to make a protein\nPolymer: A long molecule made of smaller repeating units joined","","","Activity 3)\nGive possible codons for the 24 amino acids. Produce base sequence (in multiples of 3) (ending in stop codon).\n\nExtension - propose changes to base sequence, some that have no effect on amino acid sequence, so that would cause a point mutation and the effects of an insertion or deletion. Get them to comment on the significance of each mutation.\nActivity 14)\nSeparates Only: Storyboard / flow chart / stop-frame animation of the process of protein synthesis.\nGF: Explain how a change in base sequence can lead to a change in properties of a protein, linked to the shape of the protein.","ELC - DNA extraction of fruit","","0","","0000-00-00","0","","0"),
("19745","PKT","0","2018-09-18","2","0","11PKT/Sc","S2","","Walking Talking Mock","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19746","PKT","0","2018-09-19","4","0","11PKT/Sc","S2","B2.3.4","How does meiosis produce gametes?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","","","0","","0000-00-00","0","","0"),
("19747","PKT","0","2018-09-20","5","0","11PKT/Sc","S2","","","","","","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","","","0","","0000-00-00","0","","0"),
("19748","PKT","0","2018-09-21","1","0","11PKT/Sc","S2","B2.3.1","What is a genome?","","Students should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n","2) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n3) DNA is a polymer made up of two strands forming a double helix.\n4) The DNA is contained in structures called chromosomes.\n5) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n6) The genome of an organism is the entire genetic material of that organism. \n7) The whole human genome has now been studied and this will have great importance for medicine in the future.\n9) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n10) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n11) DNA contains four bases, A, C, G and T.","How is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nucleus? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and G.","","Genome: The order of all the bases in the entire DNA of an organism.\nGene: A sequence of DNA that codes for a protein.\nPolymer: A long molecule made of smaller repeating units joined together,\nDNA: the molecule of inheritance made of nucleotides joined together and containing 4 different bases.","","","Activity 5)\nhttps://www.youtube.com/watch?v=hywRdDVR76A\n\nSort the order into: Nucleotide, Gene, Chromosome, Genome.\nExplain why the order of the bases is important.\n\nHigher:\nhttps://www.youtube.com/watch?v=zwibgNGe4aY (first 3 minutes)\nDescribe how a gene leads to a protein.\nExplain why a base change could change the properties of a protein.\nActivity 9)\nEW Evaluate the research into the human genome against the cost the of the project and the on-going research into what the genes do.\nhttps://www.genome.gov/27565109/the-cost-of-sequencing-a-human-genome/\n\nGF: Was cooperation or competition more important in achieving the human genome project? https://www.youtube.com/watch?v=AhsIF-cmoQQ","","","0","","0000-00-00","0","","0"),
("19749","PKT","0","2018-09-21","2","0","11PKT/Sc","S2","B2.3.2","What does the genetic code do?","","Students should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n","2) A sequence of three bases is the code for a particular amino acid.\n3) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n4) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n5) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n7) explain simply how the structure of DNA affects the protein made\n8) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n9) (HT only) In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\n10) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n12) (HT only) Proteins are synthesised on ribosomes, according to a template.\n13) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n14) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","What is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the different parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units.\nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? Proteins are synthesised on ribosomes, according to a template.\nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a proteins unique shape important? This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","","Ribosome: Organelle that carries out protein synthesis.\nNucleotide: Subunit of DNA made of a sugar, phosphate group and one of 4 bases (A,T,C or G)\nAmino Acid: one of 24 different subunits joined to make a protein\nPolymer: A long molecule made of smaller repeating units joined","","","Activity 3)\nGive possible codons for the 24 amino acids. Produce base sequence (in multiples of 3) (ending in stop codon).\n\nExtension - propose changes to base sequence, some that have no effect on amino acid sequence, so that would cause a point mutation and the effects of an insertion or deletion. Get them to comment on the significance of each mutation.\nActivity 14)\nSeparates Only: Storyboard / flow chart / stop-frame animation of the process of protein synthesis.\nGF: Explain how a change in base sequence can lead to a change in properties of a protein, linked to the shape of the protein.","","","0","","0000-00-00","0","","0"),
("19750","SFD","0","2018-09-19","4","0","11SFD/Sc","S5","C2.1.6","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.\n","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","Le Chatelier: The scientist who developed the theory used to predict the effect of changing conditions upon a chemical equilibrium.\nPressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nDynamic Equilibrium: The point at which both forward and backward reactions are taking place at the same rate. The concentrations of the reactants and products are constant, but are not necessarily equal.","","","Activity 10)\nDemo 1: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\n\n-----------","","0","","0000-00-00","0","","0"),
("19751","SFD","0","2018-09-21","1","0","11SFD/Sc","S5","","Complete Core Practical Booklets","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19752","SFD","0","2018-09-21","2","0","11SFD/Sc","S5","","Total Recall and Cover Work - Recap Module so far","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19753","SFD","0","2018-09-18","2","0","11SFD/Sc","D8","","Walking, Talking Mock","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19754","SFD","0","2018-09-20","5","0","11SFD/Sc","D8","","No lesson - early finish","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19755","SKT","0","2018-09-18","2","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19756","SKT","0","2018-09-19","4","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19757","SKT","0","2018-09-20","5","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19758","SKT","0","2018-09-21","1","0","11SKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19759","SKT","0","2018-09-21","2","0","11SKT/Sc","S1","C2.1.01","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19760","SNK","0","2018-09-21","1","0","11SNK/Sc","S3","C2.1.1","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19761","SNK","0","2018-09-21","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19762","SNK","0","2018-09-18","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19763","SNK","0","2018-09-19","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19764","SNK","0","2018-09-20","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19765","LAN","0","2018-09-20","4","0","7A2/Sc","S7","0s.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","","","","","","","","","0","","0000-00-00","0","","0"),
("19766","SNK","0","2018-09-18","3","0","7A2/Sc","S3","0s.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19767","SNK","0","2018-09-19","5","0","7A2/Sc","S3","0S.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19768","CPD","0","2018-09-20","4","0","7b/Hi2","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19769","LAN","0","2018-09-19","2","0","7B1/Sc","S7","0s.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19770","LAN","0","2018-09-20","2","0","7B1/Sc","S7","0S.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","","","","","","","","","0","","0000-00-00","0","","0"),
("19771","LAN","0","2018-09-21","3","0","7B1/Sc","S7","","catch up on enquiry","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","","","0","","0000-00-00","0","","0"),
("19772","CLA","0","2018-09-19","2","0","7B2/Sc","S6","0S.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19773","CLA","0","2018-09-21","3","0","7B2/Sc","S6","0S.9","Baseline Assessment","","Baseline assessment / teach the sheets for enquiry","1) A: Baseline assessment / teach the sheets for enquiry","","","","","","Activity 1)\nSpaghetti enquiry","Activity 1)
\nSpaghetti enquiry
\n0S.9, Spaghetti, hanging masses.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("19774","SNK","0","2018-09-20","2","0","7B2/Sc","S3","0S.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","","","","","","","","","0","","0000-00-00","0","","0"),
("19775","CLA","0","2018-09-18","2","0","7c/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19776","CLA","0","2018-09-20","5","0","7c/Pr2","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19777","SFD","0","2018-09-17","5","0","7C2/Sc","S5","0s.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19778","SFD","0","2018-09-20","3","0","7C2/Sc","S5","0s.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19779","CLA","0","2018-09-18","3","0","7E/Sc","S6","0S.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19780","CLA","0","2018-09-19","5","0","7E/Sc","S6","0S.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19781","CLA","0","2018-09-20","4","0","7E/Sc","S6","0S.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","","","","","","","","","0","","0000-00-00","0","","0"),
("19782","SNK","0","2018-09-17","5","0","7P/Sc","S3","0S.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19783","SNK","0","2018-09-20","3","0","7P/Sc","S3","0S.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19784","PKT","0","2018-09-19","2","0","8A1/Sc","S2","4b.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing \nsugar solution \ndistilled water \npipettes \n\nTesting for sugars: \nKettles \nbeakers \ntest tubes \nbenedicts solution\n\n-----------\n\nActivity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\n\n\n-----------","","0","","0000-00-00","0","","0"),
("19785","PKT","0","2018-09-20","2","0","8A1/Sc","S2","4b.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing \nglucose solution \ndistilled water \npipettes \n\nTesting for sugars: \nKettles \nbeakers \ntest tubes \nbenedicts solution\n\n-----------\n\nActivity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\nActivity 15)\nMr Poo demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19786","PKT","0","2018-09-21","3","0","8A1/Sc","S2","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("19787","SKT","0","2018-09-19","2","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19788","SKT","0","2018-09-20","2","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19789","SKT","0","2018-09-21","3","0","8A2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19790","CML","0","2018-09-19","2","0","8A3/Sc","S4","4P.7","What is sound?","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","Activity 1)\nTuning forks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19791","CML","0","2018-09-20","2","0","8A3/Sc","S4","4p.8","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)\nHearing Range Powerpoint\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19792","CML","0","2018-09-21","3","0","8A3/Sc","S4","4P.9","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\nBell in Bell jar with vacuum pump.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19793","CLA","0","2018-09-18","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19794","SNK","0","2018-09-20","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19795","CML","0","2018-09-17","5","0","8B2/Sc","S4","4p.7","What is sound?","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","Activity 1)\nTuning forks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19796","CML","0","2018-09-20","3","0","8B2/Sc","S4","4p.8","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)\nHearing Range Powerpoint\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19797","SFD","0","2018-09-19","2","0","8E/Sc","S5","4c.5","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------","","0","","0000-00-00","0","","0"),
("19798","SFD","0","2018-09-21","3","0","8E/Sc","S5","4c.9","Review of 4C.1 - https://www.mrcorfe.com/Hamble/Questions/4C.1","","Use the writing frames to explain what is happening in reaction","1) Review of 4C.1","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","","","0","","0000-00-00","0","","0"),
("19799","CLA","0","2018-09-20","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19800","PKT","0","2018-09-17","5","0","8S/Sc","S2","4b.6","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","-----------","","0","","0000-00-00","0","","0"),
("19801","PKT","0","2018-09-20","3","0","8S/Sc","S2","4b.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing
\nsugar solution
\ndistilled water
\npipettes
\n
\nTesting for sugars:
\nKettles
\nbeakers
\ntest tubes
\nbenedicts solution\n\n-----------\n\nActivity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\nActivity 15)\nMr Poo demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19802","SFD","0","2018-09-20","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19803","PKT","0","2018-09-20","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19804","SNK","0","2018-09-19","3","0","9A1/Sc","S3","C1.1.1","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19805","SNK","0","2018-09-20","1","0","9A1/Sc","S3","C1.1.2","What is the difference between atoms, elements and compounds?","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19806","SNK","0","2018-09-21","5","0","9A1/Sc","S3","1.1.3","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19807","SNK","0","2018-09-17","1","0","9A1/Sc","S3","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19808","SNK","0","2018-09-17","2","0","9A1/Sc","S3","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19809","SNK","0","2018-09-18","1","0","9A1/Sc","S3","C1.1","What is the difference between solid, liquid and gas?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n\nStudents should be able to explain reduction and oxidation in terms of loss or gain of oxygen.\n\nStudents should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n\nStudents should be able to explain how the reactivity of metals with water or dilute acids is related to the tendency of the metal to form its positive ion\n\nStudents should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n\nStudents should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) There are three types of strong chemical bonds: ionic, covalent and metallic. \n3) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n4) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n5) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place.\n6) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n7) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n8) Elements that react to form positive ions are metals.\n9) For ionic bonding the particles are oppositely charged ions. \n10) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n11) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.\n12) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n13) Particle theory can help to explain melting, boiling, freezing and condensing.\n14) For covalent bonding the particles are atoms which share pairs of electrons.\n15) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n17) The reactivity of a metal is related to its tendency to form positive ions. \n18) The metals potassium, sodium, lithium, calcium, order of reactivity is from their reactions with water and dilute acids. \n19) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n20) Metals react with oxygen to produce metal oxides.\n21) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n22) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n23) Elements that do not form positive ions are non-metals.\n24) For metallic bonding the particles are atoms which share delocalised electrons.\n25) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.\n26) The reactions are oxidation reactions because the metals gain oxygen.\n27) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n28) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n29) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n31) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n34) The majority of elements are metals. \n35) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n36) Oxidation is the loss of electrons and reduction is the gain of electrons.\n37) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n40) Metallic bonding occurs in metallic elements and alloys.\n42) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n43) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.\n45) Some sports injury packs are based on endothermic reactions.\n48) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nWhat are the three types of chemical bonding? Ionic, Metallic and Covalent\nDescribe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nWhat is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhat does conservation of energy mean? Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nHow are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nIn what circumstance is energy transferred to the surroundings during a chemical reaction? If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO \nWhat does the reactivity of a metal depend on? The reactivity of a metal is related to its tendency to form positive ions. \nHow can the reactivity of group 1 metals be compared using a practical investigation? Group 1 metal reactivity can be compared by observing their reactivity with water and dilute acids qualitatively by looking at the amount of gas produced using a magnifying glass or quantitatively by measuring the temperature changes.\nWhat happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat happens when a metal reacts with oxygen? Metals react with oxygen to produce metal oxides.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.\nWhat happens to metals in an oxidation reaction? In oxidation reactions metals gain oxygen and looses electrons.\nWhat are three examples of exothermic reactions? Exothermic reactions include combustion, many oxidation reactions and neutralisation.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nWhat is meant by the term \'reduction\'? Reduction is the loss of oxygen and gain of electrons. \nWhat is an example of an exothermic reaction in everyday life? Everyday uses of exothermic reactions include self-heating cans and hand warmers.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nWhat happens in terms of electrons during reduction and oxidation reactions? :During oxidation reactions substances loose/donate electrons and in reduction reactions substanced gain electrons.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhy is potassium more reactive than lithium? :Potassium is more reactive than lithium because it can form a postive ion easier. This is because the attraction between the outside electron and the nuclues is far lower in potassium than lithium. This is because potassium is a bigger atom with more electron shells, creating more sheilding of the electrostatic attraction. \nWhat are three examples of endothermic reactions? Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.\nWhat is an example of an endothermic reaction in everyday life? Everyday uses of endothermic reactions are some sports injury (ice) packs.\nWhen a chemical reaction occurs and the temperature of the surroundings has increased, is it an exothermic or endothermic reaction? When a chemical reaction occurs and the temperature of the surroundings has increased the chemical reaction is exothermic.\nWhat are the advantages of using exothermic reactions for hand warmers? The advantages of using exothermic reactions for hand warmers is that they keep your hands warm because they release thermal energy to the surroundings.\nWhat is the temperature change of the solution if the starting temperature was 20 degrees and the end temperature was -5 degrees. State if this is endothermic or exothermic.:The energy change would be (-)15 degrees.;This is an endothermic reaction.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nReactivity: How likely an element is to react and form a compound\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance\nExothermic: Chemical reaction that results in the surroundings temperature increasing\nChemical reaction: Where bonds between atoms are broken, the atoms are rearranged and new bonds are formed to make a new product.\nanion: negatively charged ion\nIonic compound\nState of matter: solids, liquids and gases are called the three states of matter.\nelements: made up of one type of atom\nOxidation: A chemical reaction where metals gain oxygen and looses electrons.\nNegative ion: An atom that has gained an electron.\nSodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nEndothermic: Chemical reaction that results in the surroundings temperature decreasing\nBalanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nGiant Ionic
\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.\nLiquid: particles are close together and arranged and move in a random way.\nGas: particles are far apart and arranged in a random way.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nchemical
\nreaction
\natoms
\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 3)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.\nActivity 4)\nModel the law of conservation using molecular model kits.
\nTeacher Demo:
\nLead Nitrate and potassium Iodide.
\n
\nPerform on balance no change in mass.
\n
\nWrite simple word equations.
\n
\nWrite simple symbol equations.
\n
\nBalance symbol equations.
\n
\nExtended writing: describe the equations given in terms of number of moles, reactants and products.
\n
\nGF: balance complex equations and add state symbols.\nActivity 5)\nInvestigating the energy change of reactions\nActivity 6)\nDEMO: Particle models (using marbles or students)\nActivity 8)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 9)\nDemo electrostatic attraction with pupil particles.\nActivity 13)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 18)\nShow the structure of one group 1 metal or use fluffly balls to show it. Show students how it donates an electron to form an ion and reactive. Ask students to draw the atomic structure of other group 1 metals and the ion formed. Use these to describe deduce why group 1 reactivity increases down the group\nActivity 20)\nWrite word and symbol equations for metal reactions from the standard equation. Differentiate for the group\nstretch - word equations \nchallenge - write symbol equations from the given word equation that dont need further balancing \nsuper challenge - equations that need balancing too\nActivity 22)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 23)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?\nActivity 26)\nRemind students about the phrase OIL RIG \noxidation is loss of electrons, reduction if gain of electrons.\nActivity 32)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.\nActivity 41)\nEW: Describe and explain the reactivity in group 1 metals","Activity 3)\nElectricity trolley
\nExamples of different ionic and covalent compounds eg; NaCl, electrodes, leads with croorcodile clips.\n\n-----------\n\nActivity 4)\nTeacher Demo:
\nLead Nitrate and potassium Iodide.\n\n-----------\n\nActivity 5)\nCollins C5.1\npolystyrene cups lids\nthermometers\n250ml beakers, spatulas\n25ml cylinders\nzinc powder 1M copper sulphate sol\nmagnesium powder 1M sulfuric acid\nCitric acid crystals 1M sodium hydrogen carbonate soln\nSodium carbonate powder 1M ethanoic acid.\nDEMO\n10g ammonium chloride\n20g Barium hydroxide\nPiece of thin wood\nwater dispenser\ndatalogger temp probe\n\n-----------\n\nActivity 6)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 8)\nfluffy balls \nplasticine\n\n-----------\n\nActivity 18)\nAlkali metals reacted in water, in large beakers.\nFilter paper, forceps, wahing up liquid.\n\n-----------\n\nActivity 31)\nHandwarmers\n\n-----------\n\nActivity 32)\nWhiteboards\nPens\n\n-----------\n\nActivity 45)\nice packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19810","CLA","0","2018-09-21","5","0","9A2/Sc","S6","","x","","","1) ","","","","","","Activity 1)\nB1.1 Exam Questions Mark Scheme (Foundation)\nB1.1 Exam Questions Mark Scheme (Higher)\nB1.1 PiXL Intervention Resources","x","","0","","0000-00-00","0","","0"),
("19811","CLA","0","2018-09-17","1","0","9A2/Sc","S6","B1.1.06","x","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","x","","0","","0000-00-00","0","","0"),
("19812","CLA","0","2018-09-17","2","0","9A2/Sc","S6","B1.1.07","Required practical: Using a microscope to observe,draw and label plant and animal slides.
\n*Making an onion cell slides * A selection of other ready made slides of specalised cells sperm, egg, palisade cells, nerve cell etc...","","(Biology only) Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n","1) (Biology only) Required Practical 2 - Microbiology (Biology only) (AT skills 1,3,4,8)\n2) (Biology only) Bacteria multiply by simple cell division (binary fission) as often as once every 20 minutes if they have enough nutrients and a suitable temperature.\n3) (Biology only) Bacteria can be grown in a nutrient broth solution or as colonies on an agar gel plate.\n4) (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n6) (Biology only) They should be able to explain why petri dishes and culture media must be sterilised before use\n7) (Biology only) They should be able to explain why inoculating loops used to transfer microorganisms to the media must be sterilised by passing them through a flame\n8) (Biology only) They should be able to explain why the lid of the Petri dish should be secured with adhesive tape and stored upside down\n9) (Biology only) They should be able to explain why in school laboratories, cultures should generally be incubated at 25?C.","(Biology only) Required Practical 2 - Microbiology (Biology only) (AT Skills 1,3,4,8):\n(Biology only) How do bacteria divide? (Biology only) Bacteria divide by binary fission as often as once every 20 minutes.\n(Biology only) When investigating the growth of bacteria, in what two ways can they be grown? (Biology only) Bacteria are grown in a nutrient broth solution or as colonies on an agar gel plate.\n(Biology only) What is special about the culture of organisms required when investigating the action of disinfectants and antibiotics? (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n(Biology only) How is an uncontaminated culture of microgransims prepared? (Biology only) An uncontaminated culture is prepared using an aseptic technique.\n(Biology only) Why are petri dishes and culture media sterilised before use? (Biology only) Petri dishes and culture media are sterilised before use to avoid contamination; it removes any existing microbes.\n(Biology only) Why are inoculating loops, used to transfer microorganisms to media, passed through a flame? (Biology only) Inoculating loops, used to transfer microorganisms to the media, must be passed through a flame to sterilise them; it removes any existing microbes.\n(Biology only) Why should the lid of the Petri dish should be secured with adhesive tape and stored upside down? (Biology only) The lid of the Petri dish should be secured with adhesive tape and stored upside down to prevent microbes from the air contaminating the culture and prevent microbes from the culture escaping. They are placed upside down to prevent condensation forming on the lid which could drip onto the agar and contaminate the culture.\n(Biology only) Why should cultures be incubated at 25oC in school laboratories? (Biology only) Cultures are incubated at 25oC in school laboratories as it greatly reduces the chances of growing pathogens that are harmful to people at temperatures greater than 25oC.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Colony : a group of fungi or bacteria grown from a single spore or cell on a culture medium.\nCulture : the cultivation of bacteria, tissue cells, etc. in an artificial medium containing nutrients.\nMicrobiology : the study of microorganisms.\nBacteria : unicellular microorganisms which have cell walls but lack organelles and an organized nucleus.","","","Activity 9)\nAQA Biology Required Practical 2 - Microbiology","Required practical: Using a microscope to observe,draw and label plant and animal slides.
\n*Making an onion cell slides * A selection of other ready made slides of specalised cells sperm, egg, palisade cells, nerve cell etc","","0","","0000-00-00","0","","0"),
("19813","CLA","0","2018-09-18","1","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("19814","CLA","0","2018-09-19","3","0","9A2/Sc","S6","B1.1.08","Required practical : Antibiotic discs- Zone of inhibition: How is the cross-sectional area of a zone of inhibition calculated?
\nAgar plates from AQA Biology Required Practical 2 - Microbiology","","(Biology only) Students should be able to calculate cross-sectional areas of colonies or\nclear areas around colonies using πr².\n\n(Biology only) Students should be able to calculate the number of bacteria in a\npopulation after a certain time if given the mean division time.\n\n(Biology only) Students should be able to express the answer in standard form.\n","","(Biology only) How would the cross-sectional areas of colonies or clear areas around colonies be calculated? How can this be used to calculate the cross-sectional area for a radius of 0.25 mm? (Biology only) Cross-sectional areas of colonies or clear areas around colonies are calculated using 'pie-r-squared'. For a cross-sectional area with radius 0.25mm: 3.14 x (0.25-squared) = 0.20mm (2d.p.)\n(Biology only) How is the number of bacteria in a population calculated after a certain time if given the mean division time? (Biology only) 2 to the power of the number of generations x initial number of bacteria.\n(Biology only) What is the population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria? How would this answer be shown using standard form? (Biology only) The population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria is: 45 divided by 5 = 9, so 2 to the power of 9 multiplied by 5 = 2560 bacteria. In standard form this is written as: 2.56 x 10 to the power 3 bacteria.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Standard form : a system of writing very large or very small numbers to make it more manageable.\nCell division : the division of a cell into two daughter cells with the same genetic material.\nPopulation : a community of animals, plants, or humans among whose members interbreeding occurs.\nArea : the total surface of an object.","","","Activity 3)\nReview and use agar plates from AQA Biology Required Practical 2 - Microbiology to calculate cross-sectional areas","Required practical : Antibiotic discs- Zone of inhibition: How is the cross-sectional area of a zone of inhibition calculated?
\nAgar plates from AQA Biology Required Practical 2 - Microbiology","","0","","0000-00-00","0","","0"),
("19815","CLA","0","2018-09-20","1","0","9A2/Sc","S6","","Required practical : Antibiotic discs- Zone of inhibition: How is the cross-sectional area of a zone of inhibition calculated?
\nAgar plates from AQA Biology Required Practical 2 - Microbiology","","","","","","","","","","Required practical : Antibiotic discs- Zone of inhibition: How is the cross-sectional area of a zone of inhibition calculated?
\nAgar plates from AQA Biology Required Practical 2 - Microbiology","","0","","0000-00-00","0","","0"),
("19816","SKT","0","2018-09-17","1","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19817","SKT","0","2018-09-17","2","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19818","SKT","0","2018-09-18","1","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19819","SKT","0","2018-09-19","3","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19820","SKT","0","2018-09-20","1","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19821","SKT","0","2018-09-21","5","0","9A3/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19822","PKT","0","2018-09-17","1","0","9A4/Sc","S2","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19823","PKT","0","2018-09-17","2","0","9A4/Sc","S2","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19824","PKT","0","2018-09-18","1","0","9A4/Sc","S2","","Feedback and finish off req pract","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19825","PKT","0","2018-09-19","3","0","9A4/Sc","S2","C1.1.1","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------","","0","","0000-00-00","0","","0"),
("19826","PKT","0","2018-09-20","1","0","9A4/Sc","S2","C1.1.2","What is the difference between atoms, elements and compounds?","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------","","0","","0000-00-00","0","","0"),
("19827","PKT","0","2018-09-21","5","0","9A4/Sc","S2","C1.1.3","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("19828","LAN","0","2018-09-17","1","0","9B1/Sc","S7","B1.1.7","What effect do disinfectants and antibiotics have on bacteria growth?","","(Biology only) Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n","1) (Biology only) Required Practical 2 - Microbiology (Biology only) (AT skills 1,3,4,8)\n2) (Biology only) Bacteria multiply by simple cell division (binary fission) as often as once every 20 minutes if they have enough nutrients and a suitable temperature.\n3) (Biology only) Bacteria can be grown in a nutrient broth solution or as colonies on an agar gel plate.\n4) (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n6) (Biology only) They should be able to explain why petri dishes and culture media must be sterilised before use\n7) (Biology only) They should be able to explain why inoculating loops used to transfer microorganisms to the media must be sterilised by passing them through a flame\n8) (Biology only) They should be able to explain why the lid of the Petri dish should be secured with adhesive tape and stored upside down\n9) (Biology only) They should be able to explain why in school laboratories, cultures should generally be incubated at 25?C.","(Biology only) Required Practical 2 - Microbiology (Biology only) (AT Skills 1,3,4,8):\n(Biology only) How do bacteria divide? (Biology only) Bacteria divide by binary fission as often as once every 20 minutes.\n(Biology only) When investigating the growth of bacteria, in what two ways can they be grown? (Biology only) Bacteria are grown in a nutrient broth solution or as colonies on an agar gel plate.\n(Biology only) What is special about the culture of organisms required when investigating the action of disinfectants and antibiotics? (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n(Biology only) How is an uncontaminated culture of microgransims prepared? (Biology only) An uncontaminated culture is prepared using an aseptic technique.\n(Biology only) Why are petri dishes and culture media sterilised before use? (Biology only) Petri dishes and culture media are sterilised before use to avoid contamination; it removes any existing microbes.\n(Biology only) Why are inoculating loops, used to transfer microorganisms to media, passed through a flame? (Biology only) Inoculating loops, used to transfer microorganisms to the media, must be passed through a flame to sterilise them; it removes any existing microbes.\n(Biology only) Why should the lid of the Petri dish should be secured with adhesive tape and stored upside down? (Biology only) The lid of the Petri dish should be secured with adhesive tape and stored upside down to prevent microbes from the air contaminating the culture and prevent microbes from the culture escaping. They are placed upside down to prevent condensation forming on the lid which could drip onto the agar and contaminate the culture.\n(Biology only) Why should cultures be incubated at 25oC in school laboratories? (Biology only) Cultures are incubated at 25oC in school laboratories as it greatly reduces the chances of growing pathogens that are harmful to people at temperatures greater than 25oC.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Colony : a group of fungi or bacteria grown from a single spore or cell on a culture medium.\nCulture : the cultivation of bacteria, tissue cells, etc. in an artificial medium containing nutrients.\nMicrobiology : the study of microorganisms.\nBacteria : unicellular microorganisms which have cell walls but lack organelles and an organized nucleus.","","","Activity 9)\nAQA Biology Required Practical 2 - Microbiology","Activity 1)\n• a nutrient agar plate\n• a Bunsen burner\n• a heatproof mat\n• a disposable plastic pipette (sterile)\n• a culture of bacteria (E. coli– K12 or B strain)\n• a sterile glass spreader\n• filter paper discs.\n\nStudent\n• three antiseptics (such as mouthwash, TCP, and antiseptic cream)\n• 1% VirKon disinfectant\n• forceps\n• clear tape\n• hand wash\n• a wax pencil\n• access to an incubator (set to maximum of 25°C).\n\n-----------\n\nActivity 9)\nAQA Biology Required Practical 2 - Microbiology\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19829","LAN","0","2018-09-18","3","0","9B1/Sc","S7","B1.1.8","How is the cross-sectional area of a zone of inhibition calculated?","","(Biology only) Students should be able to calculate cross-sectional areas of colonies or\nclear areas around colonies using πr².\n\n(Biology only) Students should be able to calculate the number of bacteria in a\npopulation after a certain time if given the mean division time.\n\n(Biology only) Students should be able to express the answer in standard form.\n","1) (Biology only) Required Practical 2 - Microbiology (Biology only) (AT skills 1,3,4,8)\n2) (Biology only) Bacteria multiply by simple cell division (binary fission) as often as once every 20 minutes if they have enough nutrients and a suitable temperature.\n3) (Biology only) Bacteria can be grown in a nutrient broth solution or as colonies on an agar gel plate.\n4) (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n6) (Biology only) They should be able to explain why petri dishes and culture media must be sterilised before use\n7) (Biology only) They should be able to explain why inoculating loops used to transfer microorganisms to the media must be sterilised by passing them through a flame\n8) (Biology only) They should be able to explain why the lid of the Petri dish should be secured with adhesive tape and stored upside down\n9) (Biology only) They should be able to explain why in school laboratories, cultures should generally be incubated at 25?C.","(Biology only) How would the cross-sectional areas of colonies or clear areas around colonies be calculated? How can this be used to calculate the cross-sectional area for a radius of 0.25 mm? (Biology only) Cross-sectional areas of colonies or clear areas around colonies are calculated using 'pie-r-squared'. For a cross-sectional area with radius 0.25mm: 3.14 x (0.25-squared) = 0.20mm (2d.p.)\n(Biology only) How is the number of bacteria in a population calculated after a certain time if given the mean division time? (Biology only) 2 to the power of the number of generations x initial number of bacteria.\n(Biology only) What is the population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria? How would this answer be shown using standard form? (Biology only) The population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria is: 45 divided by 5 = 9, so 2 to the power of 9 multiplied by 5 = 2560 bacteria. In standard form this is written as: 2.56 x 10 to the power 3 bacteria.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Standard form : a system of writing very large or very small numbers to make it more manageable.\nCell division : the division of a cell into two daughter cells with the same genetic material.\nPopulation : a community of animals, plants, or humans among whose members interbreeding occurs.\nArea : the total surface of an object.","","","Activity 3)\nReview and use agar plates from AQA Biology Required Practical 2 - Microbiology to calculate cross-sectional areas","Activity 3)\nAgar plates from AQA Biology Required Practical 2 - Microbiology\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19830","LAN","0","2018-09-19","5","0","9B1/Sc","S7","B1.1.9","","","(Biology only) Students should be able to calculate cross-sectional areas of colonies or\nclear areas around colonies using πr².\n\n(Biology only) Students should be able to calculate the number of bacteria in a\npopulation after a certain time if given the mean division time.\n\n(Biology only) Students should be able to express the answer in standard form.\n","1) ","(Biology only) How would the cross-sectional areas of colonies or clear areas around colonies be calculated? How can this be used to calculate the cross-sectional area for a radius of 0.25 mm? (Biology only) Cross-sectional areas of colonies or clear areas around colonies are calculated using 'pie-r-squared'. For a cross-sectional area with radius 0.25mm: 3.14 x (0.25-squared) = 0.20mm (2d.p.)\n(Biology only) How is the number of bacteria in a population calculated after a certain time if given the mean division time? (Biology only) 2 to the power of the number of generations x initial number of bacteria.\n(Biology only) What is the population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria? How would this answer be shown using standard form? (Biology only) The population of bacteria, which have a mean division time of 5-minutes, after 45-minutes if starting with just 5 bacteria is: 45 divided by 5 = 9, so 2 to the power of 9 multiplied by 5 = 2560 bacteria. In standard form this is written as: 2.56 x 10 to the power 3 bacteria.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Standard form : a system of writing very large or very small numbers to make it more manageable.\nCell division : the division of a cell into two daughter cells with the same genetic material.\nPopulation : a community of animals, plants, or humans among whose members interbreeding occurs.\nArea : the total surface of an object.","","","Activity 1)\nB1.1 Exam Questions (Foundation)\nB1.1 Exam Questions (Higher & Separates)","Activity 3)\nAgar plates from AQA Biology Required Practical 2 - Microbiology\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19831","LAN","0","2018-09-20","1","0","9B1/Sc","S7","b1.1.6","How are light microscopes used to observe and record eukaryotes?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19832","LAN","0","2018-09-21","4","0","9B1/Sc","S7","","How are light microscopes used to observe and record eukaryotes? (2)","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","","","0","","0000-00-00","0","","0"),
("19833","SFD","0","2018-09-17","1","0","9B2/Sc","S5","c1.1.6","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","","","0","","0000-00-00","0","","0"),
("19834","SFD","0","2018-09-18","3","0","9B2/Sc","S5","c1.1.7","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.\n","1) The relative electrical charges of the particles in atoms are:\nProton +1\nNeutron 0\nElectron -1\n2) Atoms have no overall electrical charge.\n3) In an atom, the number of electrons is equal to the number of protons in the nucleus.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each sub-atomic particle? The relative electrical charges of each sub-atomic particles are: ;Proton 1;Neutron 0;Electron -1\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has:;Protons= 6 Electrons= 6 Neutrons= 6.;An atom of Nitrogen has:;Protons= 7 Electrons= 7 Neutrons= 7.;It is the differing number of protons which makes them unique elements.\nHow does the current nuclear model describe an atom? The nuclear model shows that an atom is made of a small nucleus of positive protons and neutral neutrons, it also has negatively charged electrons orbiting it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radius is 1/10 000 of that of the atom (about 1 x 10 to the power -14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus and is made up of protons and neutrons. Electrons have a negligible mass.\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton = 1;Neutron = 1;Electron = negligible (very small)\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","https://www.mrcorfe.com/MemoryAnchors/232eef86c9c250a3dac9a3c040df619c.png","Atomic number: number of protons found in an atom of an element.\nNeutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.","","","","","","0","","0000-00-00","0","","0"),
("19835","SFD","0","2018-09-19","5","0","9B2/Sc","S5","C1.1.8","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 and Atomic number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:The size of atoms are 1 Ă— 10-10 m\nWhy does chlorine have a mass number of 35.5? The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","https://www.mrcorfe.com/MemoryAnchors/75d83629ea9aff8afe6b27c34e810b2b.jpg","Relative atomic mass: the average mass of an atom when taking into consideration the proportions of the different isotopes of an element.\nMass number: the total number of protons and neutrons within an atom of an element.\nAtomic number: the number of protons found in the nucleus of an atom of an element.\nIsotope: an atom of the same element with the same number of protons but a different number of neutrons.","","","","","","0","","0000-00-00","0","","0"),
("19836","SFD","0","2018-09-20","1","0","9B2/Sc","S5","c1.1.9","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? The maximum number of electrons are 2 in the inner most shell, 8 in the second shell and 8 in the third shell.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/79aec9f478cb9a527f112b812571b32a.","Radius: the distance from the centre to the circumference of a circle or sphere.\nGroup: a collection of elements found in the same column of the periodic table with similar properties.\nAtom: the smallest constituent unit of ordinary matter.\nEnergy level: the shells that electrons are arranged into around the nucleus of an atom with the innermost shell being the lowest energy level.","","","Activity 1)\nModelling electron arrangement","Activity 1)\nElectron shells sheets (laminated)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19837","SFD","0","2018-09-21","4","0","9B2/Sc","S5","","C1.1.3 Recap from PP and Total Recall","","","1) ","","","","","","","","","0","","0000-00-00","0","","0"),
("19838","CML","0","2018-09-18","3","0","9B3/Sc","S4","P1.1.6","What is the future of energy for our planet?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height\n8) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.\nWhat factors can cause a change in the energy of a system? The changes in energy involved when a system is changed by:;- heating;- work done by forces;- work done when a current flows\nWhat is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","gravitational potential energy
\nmass
\nefficiency
\nuseful
\noutput\ninput
\ntotal
\ndissipated
\nenergy
\ntransferred\ncurrent
\nflow\nconservation
\nheating
\nwork done
\nenergy\nelastic potential
\nextension
\nKinetic\nfriction
\nthermal
\nconstant
\nspring\nkinetic energy
\nspeed
\nmass\nheight
\nGravitational potential energy
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("19839","CML","0","2018-09-19","5","0","9B3/Sc","S4","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("19840","CML","0","2018-09-20","1","0","9B3/Sc","S4","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("19841","CML","0","2018-09-21","4","0","9B3/Sc","S4","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("19842","CML","0","2018-09-17","1","0","9B3/Sc","S4","p1.1.5","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Specific heat capacity required practical.","","0","","0000-00-00","0","","0"),
("19843","CPD","0","2018-09-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19844","SFD","0","2018-09-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19845","LAN","0","2018-09-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19846","CML","0","2018-09-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19847","CPD","0","2018-09-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19848","CPD","0","2018-09-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19849","CLA","0","2018-09-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19850","SFD","0","2018-09-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19851","LAN","0","2018-09-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19852","CML","0","2018-09-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19853","CPD","0","2018-09-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19854","CLA","0","2018-09-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19855","SKT","0","2018-09-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19856","LAN","0","2018-09-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19857","CPD","0","2018-09-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19858","CLA","0","2018-09-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19859","SFD","0","2018-09-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19860","LAN","0","2018-09-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19861","CML","0","2018-09-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19862","CPD","0","2018-09-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19863","SKT","0","2018-09-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19864","PKT","0","2018-09-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19865","CPD","0","2018-09-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19866","CPD","0","2018-09-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19867","CPD","0","2018-09-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19868","CLA","0","2018-09-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19869","CPD","0","2018-09-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19870","CLA","0","2018-09-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19871","SNK","0","2018-09-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19872","CPD","0","2018-09-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19873","SFD","0","2018-09-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19874","LAN","0","2018-09-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19875","CML","0","2018-09-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19876","CPD","0","2018-09-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19877","CLA","0","2018-09-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19878","SKT","0","2018-09-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19879","PKT","0","2018-09-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19880","CPD","0","2018-09-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19881","CPD","0","2018-09-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19882","SFD","0","2018-09-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19883","CPD","0","2018-09-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19884","SKT","0","2018-09-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19885","LAN","0","2018-09-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19886","CPD","0","2018-09-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19887","CLA","0","2018-09-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19888","SKT","0","2018-09-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19889","CML","0","2018-09-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19890","CLA","0","2018-09-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19891","CLA","0","2018-09-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19892","CPD","0","2018-09-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19893","CPD","0","2018-09-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19894","CLA","0","2018-09-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19895","CPD","0","2018-09-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19896","JHT","0","2018-09-11","1","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19897","JHT","0","2018-09-12","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19898","JHT","0","2018-09-14","2","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19899","SMT","0","2018-09-10","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19900","SDN","0","2018-09-11","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19901","SDN","0","2018-09-11","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19902","JHT","0","2018-09-11","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19903","JHT","0","2018-09-12","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19904","JHT","0","2018-09-13","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19905","JHT","0","2018-09-14","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19906","SDN","0","2018-09-10","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19907","SDN","0","2018-09-11","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19908","JHT","0","2018-09-12","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19909","SDN","0","2018-09-10","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19910","SDN","0","2018-09-12","5","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19911","SDN","0","2018-09-13","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19912","SDN","0","2018-09-14","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19913","JHT","0","2018-09-10","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19914","JHT","0","2018-09-12","5","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19915","JHT","0","2018-09-13","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19916","SDN","0","2018-09-12","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19917","SDN","0","2018-09-14","5","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19918","SDN","0","2018-09-10","4","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19919","SDN","0","2018-09-11","3","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19920","SDN","0","2018-09-12","2","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19921","SDN","0","2018-09-13","5","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19922","JHT","0","2018-09-10","4","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19923","JHT","0","2018-09-11","3","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19924","JHT","0","2018-09-12","2","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19925","JHT","0","2018-09-13","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19926","JHT","0","2018-09-14","5","0","7P/Sc","S3","0S.05","How strong is a Toilet Paper?","","","1) T: Enquiry 1:\n - Following a detailed method\n\n - Aim: To find out how the number of layers (of different brands) toilet paper affects it strength.","","","","","","","Activity 1)\nToilet paper strength experiment,\nToilet paper, masses, plastic beakers.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19927","SDN","0","2018-09-12","4","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19928","SDN","0","2018-09-13","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19929","SDN","0","2018-09-14","4","0","8A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19930","CLA","0","2018-09-10","4","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19931","CLA","0","2018-09-11","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19932","CLA","0","2018-09-12","2","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19933","CLA","0","2018-09-13","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19934","CLA","0","2018-09-14","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19935","SDN","0","2018-09-11","5","0","8B2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19936","JHT","0","2018-09-10","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19937","JHT","0","2018-09-13","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19938","JHT","0","2018-09-14","3","0","9A1/Sc","S3","B1.1.5","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("19939","JHT","0","2018-09-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19940","SDN","0","2018-09-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19941","JHT","0","2018-09-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19942","SDN","0","2018-09-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19943","JHT","0","2018-09-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19944","JHT","0","2018-09-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19945","SDN","0","2018-09-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19946","JHT","0","2018-09-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19947","SDN","0","2018-09-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19948","SDN","0","2018-09-13","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19949","SDN","0","2018-09-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19950","SDN","0","2018-09-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19951","JHT","0","2018-09-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19952","JHT","0","2018-09-21","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19953","JHT","0","2018-09-17","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19954","JHT","0","2018-09-17","4","0","10SNK/Sc","S3","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","","","0","","0000-00-00","0","","0"),
("19955","JHT","0","2018-09-18","4","0","10SNK/Sc","S3","b1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? :Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.;\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.;\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("19956","JHT","0","2018-09-18","5","0","10SNK/Sc","S3","b1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nStretch - Predict what would effect how fast diffusion happens.\nChallenge - Sketch graphs predicting the effects of different factors that could affect diffusion.\nSuper-Challenge - Predict what would effect how fast diffusion happens and explain the reasons for the affect on rate.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19957","JHT","0","2018-09-19","1","0","10SNK/Sc","S3","b1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs?","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 1)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19958","JHT","0","2018-09-21","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19959","JHT","0","2018-09-18","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19960","JHT","0","2018-09-19","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19961","JHT","0","2018-09-20","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19962","JHT","0","2018-09-21","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19963","JHT","0","2018-09-21","2","0","11SNK/Sc","S3","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19964","SDN","0","2018-09-17","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19965","SDN","0","2018-09-18","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19966","SDN","0","2018-09-19","5","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19967","SDN","0","2018-09-20","4","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19968","JHT","0","2018-09-18","3","0","7A2/Sc","S3","0S.6","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19969","JHT","0","2018-09-19","5","0","7A2/Sc","S3","0S.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19970","SDN","0","2018-09-21","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19971","JHT","0","2018-09-20","2","0","7B2/Sc","S5","0s.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","","","","","","","","","0","","0000-00-00","0","","0"),
("19972","CPD","0","2018-09-17","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19973","CPD","0","2018-09-18","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19974","SDN","0","2018-09-17","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19975","SDN","0","2018-09-21","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19976","SDN","0","2018-09-20","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19977","SDN","0","2018-09-17","5","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19978","SDN","0","2018-09-20","3","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19979","JHT","0","2018-09-20","3","0","7P/Sc","S3","0S.7","How do we read graphs?","","","1) T: Conclusions\n - Reading graphs and putting it into a relationship\n - Back it up with data\n2) T: Give out ‘Ladders’ and tracking sheet.\n3) T: Set targets for graphs and conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("19980","JHT","0","2018-09-17","5","0","7P/Sc","S3","0S.06","How do we draw a graph?","","","1) T: Continuous data can be any value.\n2) T: Categoric data can only be from a set of possible values.\n3) T: Categoric data can only be from a set of possible values.\n4) T: For Continuous IV data we plot a scattergraph.\n5) T: Graph drawing – 8 stage method, flip the flaps.","How do we identify categoric IV data and what type of graph do we draw? Categoric data can only be from a set of possible values and a bar chart should be drawn.\nHow do we identify continuous IV data and what type of graph do we draw? Continuous data can be any value and scattergraph should be drawn.","","","","","","","","0","","0000-00-00","0","","0"),
("19981","SDN","0","2018-09-19","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19982","SDN","0","2018-09-20","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19983","SDN","0","2018-09-21","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19984","SDN","0","2018-09-18","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19985","SDN","0","2018-09-21","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19986","SDN","0","2018-09-18","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19987","SDN","0","2018-09-21","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19988","JHT","0","2018-09-20","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19989","CLA","0","2018-09-17","5","0","8B1/Sc","S6","4C.6","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)
\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf
\n
\n-----------
\n
\nActivity 3)
\nSilver nitrate sol. copper wire.
\nsmall cuvettes with lids.
\n pipettes.
\nohp pens.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("19990","CLA","0","2018-09-20","3","0","8B1/Sc","S6","4C.7","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)
\n0.5M hcl
\n0.5 sod hydroxide
\nuniversal soln
\nph scales
\ntest tubes
\npipettes
\n
\n-----------","","0","","0000-00-00","0","","0"),
("19991","JHT","0","2018-09-17","1","0","9A1/Sc","S3","C1.1.3","OVERLAP: How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("19992","JHT","0","2018-09-17","2","0","9A1/Sc","S3","B1.1.6","How are light microscopes used to observe and record eukaryotes?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19993","JHT","0","2018-09-18","1","0","9A1/Sc","S3","B.1.1.6","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19994","JHT","0","2018-09-19","3","0","9A1/Sc","S3","C1.1","What is the difference between solid, liquid and gas?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n\nStudents should be able to explain reduction and oxidation in terms of loss or gain of oxygen.\n\nStudents should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n\nStudents should be able to explain how the reactivity of metals with water or dilute acids is related to the tendency of the metal to form its positive ion\n\nStudents should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n\nStudents should be able to distinguish between exothermic and endothermic reactions on the basis of the temperature change of the surroundings\n\nStudents should be able to evaluate uses and applications of exothermic and endothermic reactions given appropriate information.\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) There are three types of strong chemical bonds: ionic, covalent and metallic. \n3) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n4) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n5) Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction takes place.\n6) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n7) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n8) Elements that react to form positive ions are metals.\n9) For ionic bonding the particles are oppositely charged ions. \n10) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n11) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.\n12) If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\n13) Particle theory can help to explain melting, boiling, freezing and condensing.\n14) For covalent bonding the particles are atoms which share pairs of electrons.\n15) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n17) The reactivity of a metal is related to its tendency to form positive ions. \n18) The metals potassium, sodium, lithium, calcium, order of reactivity is from their reactions with water and dilute acids. \n19) An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\n20) Metals react with oxygen to produce metal oxides.\n21) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n22) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n23) Elements that do not form positive ions are non-metals.\n24) For metallic bonding the particles are atoms which share delocalised electrons.\n25) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.\n26) The reactions are oxidation reactions because the metals gain oxygen.\n27) Exothermic reactions include combustion, many oxidation reactions and neutralisation.\n28) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n29) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n31) Everyday uses of exothermic reactions include self-heating cans and hand warmers.\n34) The majority of elements are metals. \n35) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n36) Oxidation is the loss of electrons and reduction is the gain of electrons.\n37) An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\n40) Metallic bonding occurs in metallic elements and alloys.\n42) Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate. Some sports injury packs are based on endothermic reactions.\n43) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.\n45) Some sports injury packs are based on endothermic reactions.\n48) Limited to measurement of temperature change. Calculation of energy changes or ?H is not required.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nWhat are the three types of chemical bonding? Ionic, Metallic and Covalent\nDescribe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nWhat is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhat does conservation of energy mean? Energy is conserved in chemical reactions. The amount of energy in the universe at the end of a chemical reaction is the same as before the reaction\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nHow are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nIn what circumstance is energy transferred to the surroundings during a chemical reaction? If a reaction transfers energy to the surroundings the product molecules must have less energy than the reactants, by the amount transferred.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO \nWhat does the reactivity of a metal depend on? The reactivity of a metal is related to its tendency to form positive ions. \nHow can the reactivity of group 1 metals be compared using a practical investigation? Group 1 metal reactivity can be compared by observing their reactivity with water and dilute acids qualitatively by looking at the amount of gas produced using a magnifying glass or quantitatively by measuring the temperature changes.\nWhat happens to the energy in an exothermic reaction? An exothermic reaction is one that transfers energy to the surroundings so the temperature of the surroundings increases.\nWhat happens when a metal reacts with oxygen? Metals react with oxygen to produce metal oxides.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.\nWhat happens to metals in an oxidation reaction? In oxidation reactions metals gain oxygen and looses electrons.\nWhat are three examples of exothermic reactions? Exothermic reactions include combustion, many oxidation reactions and neutralisation.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nWhat is meant by the term 'reduction'? Reduction is the loss of oxygen and gain of electrons. \nWhat is an example of an exothermic reaction in everyday life? Everyday uses of exothermic reactions include self-heating cans and hand warmers.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nWhat happens in terms of electrons during reduction and oxidation reactions? :During oxidation reactions substances loose/donate electrons and in reduction reactions substanced gain electrons.\nWhat happens to the energy in an endothermic reaction? An endothermic reaction is one that takes in energy from the surroundings so the temperature of the surroundings decreases.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhy is potassium more reactive than lithium? :Potassium is more reactive than lithium because it can form a postive ion easier. This is because the attraction between the outside electron and the nuclues is far lower in potassium than lithium. This is because potassium is a bigger atom with more electron shells, creating more sheilding of the electrostatic attraction. \nWhat are three examples of endothermic reactions? Endothermic reactions include thermal decompositions and the reaction of citric acid and sodium hydrogencarbonate\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.\nWhat is an example of an endothermic reaction in everyday life? Everyday uses of endothermic reactions are some sports injury (ice) packs.\nWhen a chemical reaction occurs and the temperature of the surroundings has increased, is it an exothermic or endothermic reaction? When a chemical reaction occurs and the temperature of the surroundings has increased the chemical reaction is exothermic.\nWhat are the advantages of using exothermic reactions for hand warmers? The advantages of using exothermic reactions for hand warmers is that they keep your hands warm because they release thermal energy to the surroundings.\nWhat is the temperature change of the solution if the starting temperature was 20 degrees and the end temperature was -5 degrees. State if this is endothermic or exothermic.:The energy change would be (-)15 degrees.;This is an endothermic reaction.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nReactivity: How likely an element is to react and form a compound\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance\nExothermic: Chemical reaction that results in the surroundings temperature increasing\nChemical reaction: Where bonds between atoms are broken, the atoms are rearranged and new bonds are formed to make a new product.\nanion: negatively charged ion\nIonic compound\nState of matter: solids, liquids and gases are called the three states of matter.\nelements: made up of one type of atom\nOxidation: A chemical reaction where metals gain oxygen and looses electrons.\nNegative ion: An atom that has gained an electron.\nSodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nEndothermic: Chemical reaction that results in the surroundings temperature decreasing\nBalanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nGiant Ionic
\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.\nLiquid: particles are close together and arranged and move in a random way.\nGas: particles are far apart and arranged in a random way.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nchemical
\nreaction
\natoms
\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 3)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.\nActivity 4)\nModel the law of conservation using molecular model kits.\nTeacher Demo:\nLead Nitrate and potassium Iodide.\n\nPerform on balance no change in mass.\n\nWrite simple word equations.\n\nWrite simple symbol equations.\n\nBalance symbol equations.\n\nExtended writing: describe the equations given in terms of number of moles, reactants and products.\n\nGF: balance complex equations and add state symbols.\nActivity 5)\nInvestigating the energy change of reactions\nActivity 6)\nDEMO: Particle models (using marbles or students)\nActivity 8)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 9)\nDemo electrostatic attraction with pupil particles.\nActivity 13)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 18)\nShow the structure of one group 1 metal or use fluffly balls to show it. Show students how it donates an electron to form an ion and reactive. Ask students to draw the atomic structure of other group 1 metals and the ion formed. Use these to describe deduce why group 1 reactivity increases down the group\nActivity 20)\nWrite word and symbol equations for metal reactions from the standard equation. Differentiate for the group\nstretch - word equations \nchallenge - write symbol equations from the given word equation that dont need further balancing \nsuper challenge - equations that need balancing too\nActivity 22)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 23)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?\nActivity 26)\nRemind students about the phrase OIL RIG \noxidation is loss of electrons, reduction if gain of electrons.\nActivity 32)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.\nActivity 41)\nEW: Describe and explain the reactivity in group 1 metals","Activity 3)\nElectricity trolley\nExamples of different ionic and covalent compounds eg; NaCl, electrodes, leads with croorcodile clips.\n\n-----------\n\nActivity 4)\nTeacher Demo:\nLead Nitrate and potassium Iodide.\n\n-----------\n\nActivity 5)\nCollins C5.1\npolystyrene cups lids\nthermometers\n250ml beakers, spatulas\n25ml cylinders\nzinc powder 1M copper sulphate sol\nmagnesium powder 1M sulfuric acid\nCitric acid crystals 1M sodium hydrogen carbonate soln\nSodium carbonate powder 1M ethanoic acid.\nDEMO\n10g ammonium chloride\n20g Barium hydroxide\nPiece of thin wood\nwater dispenser\ndatalogger temp probe\n\n-----------\n\nActivity 6)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 8)\nfluffy balls \nplasticine\n\n-----------\n\nActivity 18)\nAlkali metals reacted in water, in large beakers.\nFilter paper, forceps, wahing up liquid.\n\n-----------\n\nActivity 31)\nHandwarmers\n\n-----------\n\nActivity 32)\nWhiteboards\nPens\n\n-----------\n\nActivity 45)\nice packs\n\n-----------","","0","","0000-00-00","0","","0"),
("19995","JHT","0","2018-09-20","1","0","9A1/Sc","S3","C1.1.2","What is the difference between atoms, elements and compounds?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("19996","JHT","0","2018-09-21","5","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19997","SDN","0","2018-09-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19998","SDN","0","2018-09-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("19999","LAN","0","2018-09-17","4","0","SOR","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20000","LAN","0","2018-09-17","5","0","IE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20001","SDN","0","2018-09-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20002","SDN","0","2018-09-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20003","SDN","0","2018-09-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20004","JHT","0","2018-09-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20005","SDN","0","2018-09-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20006","SDN","0","2018-09-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20007","SDN","0","2018-09-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20008","LAN","0","2018-09-20","3","0","MEETSKT","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20009","SFD","0","2018-09-25","1","0","10ASK/Sc","S5","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n9) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n10) Active transport requires energy from respiration.\n14) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n15) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n16) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nWhat is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 15)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 16)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------","","0","","0000-00-00","0","","0"),
("20010","SFD","0","2018-09-25","5","0","10ASK/Sc","S5","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("20011","SFD","0","2018-09-26","3","0","10ASK/Sc","S5","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknife & tile\nSugar solns 1M-0.25M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20012","SFD","0","2018-09-28","2","0","10ASK/Sc","S5","","Required Practical","","","1) Assessment","","","","","","","","","0","","0000-00-00","0","","0"),
("20013","CLA","0","2018-09-28","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20014","SKT","0","2018-09-28","2","0","10BSK/Sc","S2","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.","","","0","","0000-00-00","0","","0"),
("20015","SKT","0","2018-09-25","1","0","10BSK/Sc","S2","B1.2.09","Required Practical - Osmosis","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20016","SKT","0","2018-09-26","3","0","10BSK/Sc","S2","","Exam Q HW Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20017","LAN","0","2018-09-25","1","0","10CLA/Sc","S7","","checking potato and exam Qs (2)","","","","","","","","","","look at potatos\nbalances \npaper towels","","0","","0000-00-00","0","","0"),
("20018","LAN","0","2018-09-25","5","0","10CLA/Sc","S7","","RP exam Qs (3)","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20019","LAN","0","2018-09-26","3","0","10CLA/Sc","S7","","Review B1.2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20020","LAN","0","2018-09-28","2","0","10CLA/Sc","S7","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nmodelling of electron sharing, transfer and delocalisation with fluffy balls","Activity 3)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20021","PKT","0","2018-09-25","1","0","10JCE/Sc","S1","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknife & tile\nSugar solns 1M-0.25M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20022","PKT","0","2018-09-26","3","0","10JCE/Sc","S1","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.","","","0","","0000-00-00","0","","0"),
("20023","PKT","0","2018-09-28","2","0","10JCE/Sc","S1","C1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("20024","CML","0","2018-09-25","5","0","10MES/Sc","S4","","Cancer continued","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","X","","0","","0000-00-00","0","","0"),
("20025","CML","0","2018-09-26","3","0","10MES/Sc","S4","B1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","X","","0","","0000-00-00","0","","0"),
("20026","CML","0","2018-09-28","2","0","10MES/Sc","S4","b1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","X","","0","","0000-00-00","0","","0"),
("20027","CML","0","2018-09-25","1","0","10MES/Sc","S4","b1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","X","","0","","0000-00-00","0","","0"),
("20028","JHT","0","2018-09-25","1","0","10SNK/Sc","S3","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n9) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n10) Active transport requires energy from respiration.\n14) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n15) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n16) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nWhat is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 15)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 16)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20029","JHT","0","2018-09-26","3","0","10SNK/Sc","S3","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("20030","JHT","0","2018-09-28","2","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20031","SMT","0","2018-09-24","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20032","SDN","0","2018-09-25","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20033","SDN","0","2018-09-25","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20034","CML","0","2018-09-25","4","0","11CML/Sc","S4","C2.1.2","What factors affect the rate of a chemical reaction?","","Students should be able to recall how changing the concentrations of reactants in solution affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the pressure of reacting gases affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the surface area of solid reactants affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the temperature affects the rate of chemical reactions.\n\nStudents should be able to recall how the presence of a catalyst affects the rate of chemical reactions.","1) Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\n7) Required practical 5 - rates of reaction (developing a hypothesis) (AT skills 1,3,5,6)","What factors can affect the rate of a chemical reaction? Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\nHow does increasing the concentration of reactants in solution affect the rate of chemical reactions? Increasing the concentration of reactants in solution increases the rate of chemical reactions.\nHow does increasing the pressure of reacting gases affect the rate of a chemical reaction? Increasing the pressure of reactant gases increases the rate of chemical reactions.\nHow does increasing the surface area of solid reactants affect the rate of a chemical reaction? Increasing the surface area of solid reactants will increase the rate of a chemical reaction.\nHow does decreasing the temperature of a chemical reaction affect the rate? Decreasing the temperature of a chemical reaction decreases the rate of the reaction.\nHow does the presence of a catalyst affect the rate of a chemical reaction? The presence of a catalyst increases the rate of a chemical reaction.\nWhat equipment would you need to investigate the rate of a chemical reaction? Equipment you would need to investigate the rate of a chemical reaction: ;timer / stop watch ;measuring cylinder ;reactants ;balance ;gas syringe if product is a gas ;balance ;conical flask","","Pressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nSurface area: A measure of the total area that the surface of the object occupies.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nRate: The speed at which a chemical reaction proceeds.","","","Activity 2)\nFocus on colour change\nRequired practical 5:\nInvestigate how changes in concentration affect the rates of reactions by a method involving measuring the volume of a gas produced and a method involving a change in colour or turbidity. Calculate rate using 1 / time taken.","Activity 2)\nClass set\n\n\n\n40g/dm sodium thiosulphate\n2M, 1.5M, 1.0M, 1.5M, 0.5M, 0.25M hydrochloric acid\nConical flasks\nBlack crosses\nStopclocks\n50ml measuring cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("20035","CML","0","2018-09-26","1","0","11CML/Sc","S4","C2.1.3","How can collision theory explain rates of reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.\n","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------","","0","","0000-00-00","0","","0"),
("20036","CML","0","2018-09-27","4","0","11CML/Sc","S4","c2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------","","0","","0000-00-00","0","","0"),
("20037","CML","0","2018-09-28","1","0","11CML/Sc","S4","c2.1.5","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------","","0","","0000-00-00","0","","0"),
("20038","CPD","0","2018-09-26","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20039","CPD","0","2018-09-27","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20040","CPD","0","2018-09-28","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20041","CPD","0","2018-09-25","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20042","LAN","0","2018-09-25","4","0","11LAN/Sc","S7","B2.3.3","How are sexual and asexual reproduction different?","","Students should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n","1) Meiosis leads to non-identical cells being formed\n2) Mitosis leads to identical cells being formed.\n3) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n4) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n5) The formation of gametes involves meiosis.\n6) Asexual reproduction involves only one parent and no fusion of gametes.\n7) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n8) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n9) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n10) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n11) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n12) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","What sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is GGA ATG. What is the type of mutation for: \n1. GGC ATG\n2. GGA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 7)\nTable comparing the products of meiosis to mitosis. (Number of divisions, number of cells formed, haploid or diploid, unique or identical, purpose of division)\nTable comparing sexual and asexual reproduction. (number of parents, fusion of gametes, clone or unique, faster or slower, creates variation or not)\nEW (Not for separates as they have other content to cover and can complete this activity in a future lesson) Describe the lifecycle of the aphid and describe how it carries out both asexual and sexual reproduction.\nActivity 12)\nEvaluate the effects of mutations to the genetic code.\nBar headed goose and haemoglobin with higher affinity for oxygen allows it to fly over mountain range on migration rather than around like other geese species.\nSickle Cell Anaemia - negative effects of mutation and also positive effect for malaria resistance.\nNeutral mutations - eye colour.","x","","0","","0000-00-00","0","","0"),
("20043","LAN","0","2018-09-26","1","0","11LAN/Sc","S7","B2.3.4","How does meiosis produce gametes?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","plasticine","","0","","0000-00-00","0","","0"),
("20044","LAN","0","2018-09-27","4","0","11LAN/Sc","S7","B2.3.5","Why do some species carry out asexual and sexual reproduction?","","","1) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n2) Knowledge of reproduction in organisms is restricted to those mentioned\n3) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n4) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n5) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n6) Some organisms reproduce by both methods depending on the\ncircumstances.\n","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","x","","0","","0000-00-00","0","","0"),
("20045","LAN","0","2018-09-28","1","0","11LAN/Sc","S7","B2.3.6","How can the chance of a characteristic being passed on be predicted?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","","","0","","0000-00-00","0","","0"),
("20046","PKT","0","2018-09-28","1","0","11PKT/Sc","S1","B2.3.6","How can the chance of a characteristic being passed on be predicted?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","","","0","","0000-00-00","0","","0"),
("20047","PKT","0","2018-09-25","4","0","11PKT/Sc","S1","B2.3.3","How are sexual and asexual reproduction different?","","","1) Meiosis leads to non-identical cells being formed\n2) Mitosis leads to identical cells being formed.\n3) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n4) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n5) The formation of gametes involves meiosis.\n6) Asexual reproduction involves only one parent and no fusion of gametes.\n7) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n8) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n9) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n10) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n11) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n12) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","What sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is GGA ATG. What is the type of mutation for: \n1. GGC ATG\n2. GGA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 7)\nTable comparing the products of meiosis to mitosis. (Number of divisions, number of cells formed, haploid or diploid, unique or identical, purpose of division)\nTable comparing sexual and asexual reproduction. (number of parents, fusion of gametes, clone or unique, faster or slower, creates variation or not)\nEW (Not for separates as they have other content to cover and can complete this activity in a future lesson) Describe the lifecycle of the aphid and describe how it carries out both asexual and sexual reproduction.\nActivity 12)\nEvaluate the effects of mutations to the genetic code.\nBar headed goose and haemoglobin with higher affinity for oxygen allows it to fly over mountain range on migration rather than around like other geese species.\nSickle Cell Anaemia - negative effects of mutation and also positive effect for malaria resistance.\nNeutral mutations - eye colour.","","","0","","0000-00-00","0","","0"),
("20048","PKT","0","2018-09-26","1","0","11PKT/Sc","S1","B2.3.4","How does meiosis produce gametes?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","","","0","","0000-00-00","0","","0"),
("20049","PKT","0","2018-09-27","4","0","11PKT/Sc","S1","B2.3.5","Why do some species carry out asexual and sexual reproduction?","","","1) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n2) Knowledge of reproduction in organisms is restricted to those mentioned\n3) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n4) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n5) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n6) Some organisms reproduce by both methods depending on the\ncircumstances.","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","","","0","","0000-00-00","0","","0"),
("20050","SFD","0","2018-09-26","1","0","11SFD/Sc","S5","B2.3.1","What is a genome?","","Students should be able to describe the structure of DNA and define genome.\n\nStudents should be able to discuss the importance of understanding the human genome.\n","2) The genetic material in the nucleus of a cell is composed of a chemical called DNA. \n3) DNA is a polymer made up of two strands forming a double helix.\n4) The DNA is contained in structures called chromosomes.\n5) A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\n6) The genome of an organism is the entire genetic material of that organism. \n7) The whole human genome has now been studied and this will have great importance for medicine in the future.\n9) This is limited to the:\n? search for genes linked to different types of disease\n? understanding and treatment of inherited disorders\n? use in tracing human migration patterns from the past.\n\n10) Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\n11) DNA contains four bases, A, C, G and T.","How is the structure of DNA described and what is a genome? DNA is a polymer made up of two strands forming a double helix. The genome is the set of chromosomes in each haploid cell in an organism.\nWhere is DNA found in a cell? :Nucleus \nWhat is the structure of DNA like? DNA is a polymer made up of two strands forming a double helix.\nHow is DNA contained in the nucleus? The DNA is contained in structures called chromosomes.\nWhat is a gene? :A gene is a small section of DNA on a chromosome. Each gene codes for a particular sequence of amino acids, to make a specific protein.\nWhat is a genome? The genome of an organism is the entire genetic material of that organism. \nWhy is the study of the human genome important? Develop medicines in the future \nWhat is the importance of sutdying the human genome? finding genes linked to different types of diseases, treating inherited disorders, using in tracing human migration patterns in the past \nWhat is the structure of a nucleotide like? :Each nucleotide consists of a common sugar and phosphate group with one of four different bases attached to the sugar\nWhat are the letters used for the four DNA bases? A, C, T and G.","","Genome: The order of all the bases in the entire DNA of an organism.\nGene: A sequence of DNA that codes for a protein.\nPolymer: A long molecule made of smaller repeating units joined together,\nDNA: the molecule of inheritance made of nucleotides joined together and containing 4 different bases.","","","Activity 5)\nhttps://www.youtube.com/watch?v=hywRdDVR76A\n\nSort the order into: Nucleotide, Gene, Chromosome, Genome.\nExplain why the order of the bases is important.\n\nHigher:\nhttps://www.youtube.com/watch?v=zwibgNGe4aY (first 3 minutes)\nDescribe how a gene leads to a protein.\nExplain why a base change could change the properties of a protein.\nActivity 9)\nEW Evaluate the research into the human genome against the cost the of the project and the on-going research into what the genes do.\nhttps://www.genome.gov/27565109/the-cost-of-sequencing-a-human-genome/\n\nGF: Was cooperation or competition more important in achieving the human genome project? https://www.youtube.com/watch?v=AhsIF-cmoQQ","","","0","","0000-00-00","0","","0"),
("20051","SFD","0","2018-09-27","4","0","11SFD/Sc","S5","B2.3.02","What does the genetic code do?","","Students should be able to describe DNA as a polymer made from four different nucleotides. \n\n(HT only) Students should be able to recall a simple description of protein synthesis\n\n\n(HT only) Students should be able to explain how a change in DNA structure may result in a change in the protein synthesised by a gene\n","2) A sequence of three bases is the code for a particular amino acid.\n3) The order of bases controls the order in which amino acids are assembled to produce a particular protein.\n4) The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\n5) The DNA polymer is made up of repeating nucleotide units. Interpret a diagram of DNA structure but will not be required to reproduce it.\n7) explain simply how the structure of DNA affects the protein made\n8) describe how genetic variants may influence phenotype: a) in coding DNA by altering the activity of a protein: and b) in non-coding DNA by altering how genes are expressed\n9) (HT only) In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\n10) (HT only) Students are not expected to know or understand the structure of mRNA, tRNA, or the detailed structure of amino acids or proteins.\n12) (HT only) Proteins are synthesised on ribosomes, according to a template.\n13) (HT only) Carrier molecules bring specific amino acids to add to the growing protein chain in the correct order\n14) (HT only) When the protein chain is complete it folds up to form a unique shape. This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","What is DNA? DNA is a polymer made of four different nucleotides.\nWhat controls which amino acid is made during protien synthesis? :A sequence of three bases is the code for a particular amino acid.\nWhat controls which protien is made during protien synthesis? : The order of bases controls the order in which amino acids are assembled to produce a particular protein.\nWhat are the different parts of DNA strcuture? The long strands of DNA consist of alternating sugar and phosphate sections. Attached to each sugar is one of the four bases\nWhat is the structure of a DNA polymer? The DNA polymer is made up of repeating nucleotide units.\nWhat are the steps in protein synthesis? What happens in these steps? The two steps in protein synthesis are transcription and translocation. During transcription an enzyme unwinds the DNA strands to make up two strands of RNA. Here complimentary bases match up with the RNA to form new strands. Then any sections of unused RNA are transcribed into proteins. \nHow does the structure of DNA affect the protien that is made during protien synthesis? A set of three bases codes for a particular amino acid. The order of bases controls the order of animo acids, this controls what protien is made\nHow do genetic variants influence a persons phenotype through coding DNA and non coding DNA? Coding DNA - by altering the activity of a protein;Non-coding DNA - by altering how genes are expressed \nWhat are the DNA base pairs? In the complementary strands a C is always linked to a G on the opposite strand and a T to an A.\nHow can a change in DNA structure result in a change in the protein synthesised by a gene? A differnet order of DNA base pairs will cause a different amino acid to be made, this in turn could produce a different protein\nWhere does protein synthesis take place in a cell? Proteins are synthesised on ribosomes, according to a template.\nWhat is the role of a carrier molecule in protein synthesis? :(HT only) Carrier molecules brings specific amino acids to add to the growing protein chain in the correct order\nWhy is a proteins unique shape important? This unique shape enables the proteins to do their job as enzymes, hormones or forming structures in the body such as collagen.","","Ribosome: Organelle that carries out protein synthesis.\nNucleotide: Subunit of DNA made of a sugar, phosphate group and one of 4 bases (A,T,C or G)\nAmino Acid: one of 24 different subunits joined to make a protein\nPolymer: A long molecule made of smaller repeating units joined","","","Activity 3)\nGive possible codons for the 24 amino acids. Produce base sequence (in multiples of 3) (ending in stop codon).\n\nExtension - propose changes to base sequence, some that have no effect on amino acid sequence, so that would cause a point mutation and the effects of an insertion or deletion. Get them to comment on the significance of each mutation.\nActivity 14)\nSeparates Only: Storyboard / flow chart / stop-frame animation of the process of protein synthesis.\nGF: Explain how a change in base sequence can lead to a change in properties of a protein, linked to the shape of the protein.","","","0","","0000-00-00","0","","0"),
("20052","SFD","0","2018-09-25","4","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20053","SFD","0","2018-09-28","1","0","11SFD/Sc","D8","B2.3.03","How are sexual and asexual reproduction different?","","","1) Meiosis leads to non-identical cells being formed\n2) Mitosis leads to identical cells being formed.\n3) Sexual reproduction involves the joining (fusion) of male and female gametes:\n? sperm and egg cells in animals\n? pollen and egg cells in flowering plants.\n\n4) In sexual reproduction there is mixing of genetic information which leads to variety in the offspring. \n5) The formation of gametes involves meiosis.\n6) Asexual reproduction involves only one parent and no fusion of gametes.\n7) There is no mixing of genetic information. This leads to genetically identical offspring (clones). Only mitosis is involved.\n8) (HT only) Mutations occur continuously. Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed.\n9) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n10) (HT only) Modelling insertions and deletions in chromosomes to illustrate mutations\n11) (HT only) A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\n12) (HT only) Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","What sort of cells are produced during meiosis? Meiosis produces non-identical cells.\nWhat sort of cells are produced during mitosis? Mitosis produces identical cells.\nWhat happens during meiosis? What are examples of gametes in animals and flowering plants? During sexual reproduction male and female gametes are fused. The gametes of animals are sperm and egg cells and the gametes of flowering plants are pollen and egg cells. \nHow is variety gained during sexual reproduction? Genetic information is mixed during sexual reproduction which leads to variety. \nWhat process allows gametes to be formed? Gametes are formed through meiosis.\nHow is asexual reproduction different to sexual reproduction? Asexual reproduction involves only one parent and no fusion of gametes.\nHow does asexual reproduction lead to clones? There is no mixing of genetic information therefore all offspring is genetically identical.This is due to asexual reproduction using only mitosis.\nWhat is the effect on the protein if one DNA base is altered due to a mutation? Most do not alter the protein, or only alter it slightly so that its appearance or function is not changed. (Mutations occur continuously) \nWhat is the effect on the protein if a few DNA bases are altered due to continious mutations? A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nThe normal coding for a gene is GGA ATG. What is the type of mutation for: \n1. GGC ATG\n2. GGA AT:1. Insertion;2. Deletions \nWhy does a having few mutations in the DNA code cause problems? :A few mutations code for an altered protein with a different shape. An enzyme may no longer fit the substrate binding site or a structural protein may lose its strength.\nHow can mutations in non-coding parts of DNA affect how genes are expressed? :Not all parts of DNA code for proteins. Non-coding parts of DNA can switch genes on and off, so variations in these areas of DNA may affect how genes are expressed.","","Asexual Reproduction: Reproduction from one parent producing an identical clone of the parent.\nSexual Reproduction: Reproduction involving two parents creating unique offspring\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 7)\nTable comparing the products of meiosis to mitosis. (Number of divisions, number of cells formed, haploid or diploid, unique or identical, purpose of division)\nTable comparing sexual and asexual reproduction. (number of parents, fusion of gametes, clone or unique, faster or slower, creates variation or not)\nEW (Not for separates as they have other content to cover and can complete this activity in a future lesson) Describe the lifecycle of the aphid and describe how it carries out both asexual and sexual reproduction.\nActivity 12)\nEvaluate the effects of mutations to the genetic code.\nBar headed goose and haemoglobin with higher affinity for oxygen allows it to fly over mountain range on migration rather than around like other geese species.\nSickle Cell Anaemia - negative effects of mutation and also positive effect for malaria resistance.\nNeutral mutations - eye colour.","","","0","","0000-00-00","0","","0"),
("20054","SKT","0","2018-09-25","4","0","11SKT/Sc","S2","C2.1.04","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20055","SKT","0","2018-09-26","1","0","11SKT/Sc","S2","","Homework Feedback Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20056","SKT","0","2018-09-27","4","0","11SKT/Sc","S2","C2.1.06","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.\n","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","Le Chatelier: The scientist who developed the theory used to predict the effect of changing conditions upon a chemical equilibrium.\nPressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nDynamic Equilibrium: The point at which both forward and backward reactions are taking place at the same rate. The concentrations of the reactants and products are constant, but are not necessarily equal.","","","Activity 10)\nDemo 1: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\n\n-----------","","0","","0000-00-00","0","","0"),
("20057","SKT","0","2018-09-28","1","0","11SKT/Sc","S2","C2.1.05","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------","","0","","0000-00-00","0","","0"),
("20058","JHT","0","2018-09-25","4","0","11SNK/Sc","S3","","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20059","JHT","0","2018-09-26","1","0","11SNK/Sc","S3","C2.1.1","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\n\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20060","JHT","0","2018-09-27","4","0","11SNK/Sc","S3","C2.1.2","What factors affect the rate of a chemical reaction?","","Students should be able to recall how changing the concentrations of reactants in solution affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the pressure of reacting gases affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the surface area of solid reactants affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the temperature affects the rate of chemical reactions.\n\nStudents should be able to recall how the presence of a catalyst affects the rate of chemical reactions.","1) Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\n7) Required practical 5 - rates of reaction (developing a hypothesis) (AT skills 1,3,5,6)","What factors can affect the rate of a chemical reaction? Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\nHow does increasing the concentration of reactants in solution affect the rate of chemical reactions? Increasing the concentration of reactants in solution increases the rate of chemical reactions.\nHow does increasing the pressure of reacting gases affect the rate of a chemical reaction? Increasing the pressure of reactant gases increases the rate of chemical reactions.\nHow does increasing the surface area of solid reactants affect the rate of a chemical reaction? Increasing the surface area of solid reactants will increase the rate of a chemical reaction.\nHow does decreasing the temperature of a chemical reaction affect the rate? Decreasing the temperature of a chemical reaction decreases the rate of the reaction.\nHow does the presence of a catalyst affect the rate of a chemical reaction? The presence of a catalyst increases the rate of a chemical reaction.\nWhat equipment would you need to investigate the rate of a chemical reaction? Equipment you would need to investigate the rate of a chemical reaction: ;timer / stop watch ;measuring cylinder ;reactants ;balance ;gas syringe if product is a gas ;balance ;conical flask","","Pressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nSurface area: A measure of the total area that the surface of the object occupies.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nRate: The speed at which a chemical reaction proceeds.","","","Activity 2)\nFocus on colour change\nRequired practical 5:\nInvestigate how changes in concentration affect the rates of reactions by a method involving measuring the volume of a gas produced and a method involving a change in colour or turbidity. Calculate rate using 1 / time taken.","Activity 2)\nClass set\n\n\n\n40g/dm sodium thiosulphate\n2M, 1.5M, 1.0M, 1.5M, 0.5M, 0.25M hydrochloric acid\nConical flasks\nBlack crosses\nStopclocks\n50ml measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20061","JHT","0","2018-09-28","1","0","11SNK/Sc","S3","C2.1.3","How can collision theory explain rates of reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------","","0","","0000-00-00","0","","0"),
("20062","SDN","0","2018-09-24","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20063","SDN","0","2018-09-25","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20064","JHT","0","2018-09-26","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20065","SKT","0","2018-09-25","3","0","7A1/Sc","S1","","Landmark Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20066","SDN","0","2018-09-24","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20067","SDN","0","2018-09-26","5","0","7A1/Sc","S2","1B.1","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20068","SKT","0","2018-09-27","3","0","7A1/Sc","S2","1B.2","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs?","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20069","LAN","0","2018-09-27","3","0","7A2/Sc","S7","","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: the energy stored within moving objects\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20070","LAN","0","2018-09-24","3","0","7A2/Sc","S7","0s.9","Baseline Assessment","","Baseline assessment / teach the sheets for enquiry","1) A: Baseline assessment / teach the sheets for enquiry","","","","","","","Activity 1)\nBaseline test papers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20071","LAN","0","2018-09-25","3","0","7A2/Sc","S7","1c.1","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nSolid, liquid, Gas in a beaker","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20072","LAN","0","2018-09-26","5","0","7A2/Sc","S7","1c.2","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20073","SDN","0","2018-09-27","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20074","SDN","0","2018-09-28","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20075","LAN","0","2018-09-26","4","0","7B1/Sc","S7","1c.1","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nSolid, liquid, Gas in a beaker","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20076","SFD","0","2018-09-24","3","0","7B1/Sc","S5","0S.9","Baseline Assessment","","Baseline assessment / teach the sheets for enquiry","1) A: Baseline assessment / teach the sheets for enquiry","","","","","","Activity 1)\nSpaghetti enquiry","Activity 1)\nBaseline test papers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20077","SFD","0","2018-09-26","5","0","7B1/Sc","S5","1c.2","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20078","SFD","0","2018-09-27","3","0","7B1/Sc","S5","1C.03","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: the energy stored within moving objects\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20079","CLA","0","2018-09-26","4","0","7B2/Sc","S6","1P.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20080","JHT","0","2018-09-24","3","0","7B2/Sc","S3","1P.3","OVERLAP: What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20081","JHT","0","2018-09-26","5","0","7B2/Sc","S3","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20082","JHT","0","2018-09-27","3","0","7B2/Sc","S3","1P.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20083","SDN","0","2018-09-26","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20084","SDN","0","2018-09-28","5","0","7C1/Sc","S2","1B.03","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20085","SDN","0","2018-09-24","4","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20086","SDN","0","2018-09-25","3","0","7C1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20087","SDN","0","2018-09-26","2","0","7C1/Sc","S2","1B.1","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20088","SDN","0","2018-09-27","5","0","7C1/Sc","S2","1B.2","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20089","SFD","0","2018-09-24","4","0","7C2/Sc","S5","0S.9","Baseline Assessment","","Baseline assessment / teach the sheets for enquiry","1) A: Baseline assessment / teach the sheets for enquiry","","","","","","","Activity 1)\nBaseline test papers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20090","SFD","0","2018-09-25","3","0","7C2/Sc","S5","0S.8","How good is your data?","","","1) T: DESIRABLE:\n\nEvaluations\n - All class time the same event\n - Find variations\n - Discuss random error\n2) T: DESIRABLE:\n\nCalculating means\n - Discard anomalies\n - Add up remaining numbers for the same measurement\n - Press equals\n - Divide by the number of numbers\n - Round to the same number of decimal places as the original measurements.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nSolid, liquid, Gas in a beaker","","","0","","0000-00-00","0","","0"),
("20091","SFD","0","2018-09-26","2","0","7C2/Sc","S5","1C.1","What are states of matter?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nSolid, liquid, Gas in a beaker","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20092","SFD","0","2018-09-27","5","0","7C2/Sc","S5","1C.02","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20093","SFD","0","2018-09-28","5","0","7C2/Sc","S5","1C.03","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: the energy stored within moving objects\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20094","CLA","0","2018-09-26","5","0","7E/Sc","S6","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20095","CLA","0","2018-09-27","3","0","7E/Sc","S6","1P.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20096","CLA","0","2018-09-24","3","0","7E/Sc","S6","0S.9","Baseline Assessment","","Baseline assessment / teach the sheets for enquiry","1) A: Baseline assessment / teach the sheets for enquiry","","","","","","","Activity 1)\nBaseline test papers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20097","CLA","0","2018-09-25","3","0","7E/Sc","S6","1P.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20098","JHT","0","2018-09-24","4","0","7P/Sc","S3","1P.4","OVERLAP: What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20099","JHT","0","2018-09-25","3","0","7P/Sc","S3","1P.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20100","JHT","0","2018-09-26","2","0","7P/Sc","S3","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20101","JHT","0","2018-09-27","5","0","7P/Sc","S3","1P.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20102","JHT","0","2018-09-28","5","0","7P/Sc","S3","1p.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20103","PKT","0","2018-09-24","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20104","SDN","0","2018-09-26","4","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20105","PKT","0","2018-09-26","5","0","7X/Sc","S1","1B.1","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20106","SDN","0","2018-09-27","3","0","7X/Sc","S1","1B.02","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20107","SDN","0","2018-09-28","4","0","8A1/Pr","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20108","PKT","0","2018-09-24","5","0","8A1/Sc","S3","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","Activity 1)\nFOR BACKGROUND OR TO BE ADDED AS LEARNING POINTS:\n\nYou're more microbe than human - if you count all the cells in your body, only 43% are human\n - The rest is our microbiome and includes bacteria, viruses, fungi and single-celled archaea\n - The human genome - the full set of genetic instructions for a human being - is made up of 20,000 instructions called genes\n - But add all the genes in our microbiome together and the figure comes out at between two million and 20 million microbial genes\n- It's known as the second genome and is linked to diseases including allergy, obesity, inflammatory bowel disease, Parkinson's, whether cancer drugs work and even depression and autism\n- The microbiome has the same mass as your brain.\n\nfrom BBC http://www.bbc.co.uk/news/health-43785523","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20109","PKT","0","2018-09-25","2","0","8A1/Sc","S3","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("20110","PKT","0","2018-09-26","4","0","8A1/Sc","S3","4C.1","How is a physical and chemical change different?","","Physical changes occur when particles are rearranged, but not change themselves.\nThe difference between chemical and physical changes.","1) W: Physical changes are changes of state.\n2) The use of word and symbol equations should be used throughout the scheme.\n3) D: Physical changes occur when particles are rearranged, but not change themselves.\n4) Chemical changes occur when the make up of individual particles change.\n5) T: Chemical reactions result from the rearrangement of atoms\n6) T: Chemical reactions result from the rearrangement of atoms\n7) T: Chemicals that react are call Reactants.\n8) T: Chemicals that are produce are call Products.\n9) A: The difference between chemical and physical changes.","What is a physical change? Physical changes are changes of state.\nWhat happens to the particles in a physical change? the difference between chemical and physical changes\nWhen do chemical changes occur? Chemical changes occur when the make up of individual particles change.\nWhat happens to the atoms in a chemical reaction? chemical reactions as the rearrangement of atoms\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms\nWhat are reactants? Chemicals that react are call Reactants.\nWhat are products? Chemicals that are produce are call Products.\nWhat is the difference between a chemical and a physical change? The difference between chemical and physical changes.","","Product: The materials formed in a chemical reaction.\nReactant: The starting materials in a chemical reaction.\nSymbol Equation: A chemical reaction expressed in chemical formulas rather than words.\nWord Equation: A chemical reaction expressed in words rather than chemical formulas.","","","Activity 1)\nRecall changes of states.\nActivity 3)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules. They do not change partners.\nActivity 4)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules.\n\nPupils swap partners to form heterogeneous couples.\n\nDiscuss what had to happen for the them to swap partners - Come close (collide)\nActivity 5)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 6)\nLiken role play to the incorrect:\nHydrogen plus Oxygen -> Hydrogen Oxide\n\nH<SUB>2</SUB> plus O<SUB>2</SUB> -> 2HO\n\nIf this was a marriage then the women (non-metal) changes the end of her name. (Hydrogen is pretending to be a metal)\n\nThen repeat role play to correct\n\n2H<SUB>2</SUB> plus O<SUB>2</SUB> -> H<SUB>2</SUB>O\nActivity 9)\nDraw particle diagrams to show physical changes and chemical changes.","","","0","","0000-00-00","0","","0"),
("20111","PKT","0","2018-09-27","1","0","8A1/Sc","S3","4C.2","What happens to the atoms in a chemical reaction?","","Chemical reactions result from the rearrangement of atoms\nRepresenting chemical reactions using word equations.\nThere is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nSymbol Equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord Equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\nYou will need two sets for demo as they will want to see it again.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite symbol equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\nTwo sets for demo\n\n-----------\n\nActivity 4)\nJewelry balance (0.01g).\nPotassium iodide solution 0.01 mol dm^–3\nLead nitrate solution 0.009 mol dm^–3\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20112","SKT","0","2018-09-24","5","0","8A2/Sc","S2","4C.7","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Indicator\nBase: \nAlkali: \npH: \nAcid:","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl
\n0.5 sod hydroxide
\nuniversal soln
\nph scales
\ntest tubes
\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20113","SKT","0","2018-09-25","2","0","8A2/Sc","S2","4C.11","POO","","","1) Progress Observation Opportunity","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus
\n - 250 cm3
\n cylinders – one for each catalyst to be used.
\n - A tray to catch any foam that spills over the top of the cylinders.
\n Stopwatch
\nwashing up liquid 1cm
\n
\nChemicals
\nThe quantities given are for one demonstration.
\n -25ml of 50 vol. hydrogen peroxide solution for each demo.
\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).
\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).
\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).
\n - A small piece of potato.
\n - A small piece of liver.
\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20114","SKT","0","2018-09-26","4","0","8A2/Sc","S2","4C.12","Reflection","","","1) Reflection","What travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.\nWhat is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.","https://www.mrcorfe.com/MemoryAnchors/Improve.png","Wave\nEnergy\nDisplacement: The distance in a certain direction from a frame of reference. (In waves the equilibrium point.)\nPeak: The highest point in the wave.\nTrough: The lowest point in the wave.\nDistance\nWavelength: The length between peaks.\nEquilibrium.\nTransfer\nEquilibrium: A middle point where a body is at rest.\nAmplitude: The maximum displacement of a wave.","","","Activity 1)\nUse lengths of string to model the movement of waves","Activity 1)\n1 meter lengths of string x16 for class\n1 large slinky\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20115","SKT","0","2018-09-27","1","0","8A2/Sc","S2","4P.01","What is a wave?","","","1) T: Waves transfer energy from one place to another, but generally not matter (particles).\n2) T: Without energy the water level is said to be at the equilibrium point.\n3) W: When the energy is increased the displacement from equilibrium point will increase.\n4) T: The maximum displacement is called the amplitude.\n5) T: The highest points of a (transverse) wave are known as peaks, the lowest points are called troughs.\n6) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n7) H: SET HOMEWORK: Wordsearch","What travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.\nWhat is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.","","Wave\nEnergy\nDisplacement: The distance in a certain direction from a frame of reference. (In waves the equilibrium point.)\nPeak: The highest point in the wave.\nTrough: The lowest point in the wave.\nDistance\nWavelength: The length between peaks.\nEquilibrium.\nTransfer\nEquilibrium: A middle point where a body is at rest.\nAmplitude: The maximum displacement of a wave.","","","Activity 1)\nUse lengths of string to model the movement of waves","Activity 1)\n1 meter lengths of string x16 for class\n1 large slinky\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20116","CML","0","2018-09-24","5","0","8A3/Sc","S4","4p.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20117","CML","0","2018-09-25","2","0","8A3/Sc","S4","4p.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20118","CML","0","2018-09-26","4","0","8A3/Sc","S4","4B.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","","Activity 1)\nFood packaging/labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20119","CML","0","2018-09-27","1","0","8A3/Sc","S4","4b.2","What is a balanced diet?","","Comparing energy values of different foods (from labels) (kJ)","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:
\nFruit and vegetables: 33%
\nBread, rice, potatoes and pasta: 33%
\nMilk and other dairy products : 15%
\nMeat, fish, egg, beans: 12%
\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy tend to conatain lots of sugars (Carbohydrates) and lipids.\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of food provide slow release energy (starch)? Bread, rice, potatoes and pasta gives starch (Carbohydrates) for slow energy.\nWhich food type provides vitamins, minerals and lipids? Milk and milk products provides vitamins, minerals and lipids.\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, eggs and beans provide protein and lipids.\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy tend to contain Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.\nActivity 10)\nCompare energy found in different foods","Activity 10)\nLaminated food labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20120","CLA","0","2018-09-24","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20121","CLA","0","2018-09-28","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20122","CLA","0","2018-09-24","4","0","8B1/Sc","S6","4C.8","Enquiry: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","","","","","0","","0000-00-00","0","","0"),
("20123","CLA","0","2018-09-25","5","0","8B1/Sc","S6","4C.9","Review of 4C.1","","","1) Review of 4C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","","","0","","0000-00-00","0","","0"),
("20124","CLA","0","2018-09-26","2","0","8B1/Sc","S6","4C.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)
\nDEMO Apparatus
\n - 250 cm3
\n cylinders – one for each catalyst to be used.
\n - A tray to catch any foam that spills over the top of the cylinders.
\n Stopwatch
\nwashing up liquid 1cm
\n
\nChemicals
\nThe quantities given are for one demonstration.
\n -25ml of 50 vol. hydrogen peroxide solution for each demo.
\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).
\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).
\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).
\n - A small piece of potato.
\n - A small piece of liver.
\n20Vol can be given for a slower reaction which is easier to time.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20125","CLA","0","2018-09-27","5","0","8B1/Sc","S6","4C.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20126","CLA","0","2018-09-28","5","0","8B1/Sc","S6","4C.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("20127","SDN","0","2018-09-25","5","0","8B2/Sc","S2","4p.9","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\n-----------","","0","","0000-00-00","0","","0"),
("20128","CML","0","2018-09-24","4","0","8B2/Sc","S4","4p.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\nStop watches\n-----------","","0","","0000-00-00","0","","0"),
("20129","CML","0","2018-09-26","2","0","8B2/Sc","S4","","The ear","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","X","","0","","0000-00-00","0","","0"),
("20130","CML","0","2018-09-27","5","0","8B2/Sc","S4","4p.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20131","CML","0","2018-09-28","5","0","8B2/Sc","S4","4b.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","","Activity 1)\nFood packaging/labels\n\n-----------\n","KMN - 28/09/2018 09:45","0","","0000-00-00","0","","0"),
("20132","SFD","0","2018-09-24","5","0","8E/Sc","S5","4C.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus\n - 250 cm3\n cylinders – one for each catalyst to be used.\n - A tray to catch any foam that spills over the top of the cylinders.\n Stopwatch \nwashing up liquid 1cm\n\nChemicals\nThe quantities given are for one demonstration.\n -25ml of 50 vol. hydrogen peroxide solution for each demo.\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).\n - A small piece of potato.\n - A small piece of liver.\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------","","0","","0000-00-00","0","","0"),
("20133","SFD","0","2018-09-26","4","0","8E/Sc","S5","4C.12","Reflection - Marking Explanation","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("20134","CLA","0","2018-09-25","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20135","CLA","0","2018-09-27","1","0","8E/Sc","S6","","poo","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20136","PKT","0","2018-09-28","5","0","8S/Sc","S1","4C.2","What happens to the atoms in a chemical reaction?","","Chemical reactions result from the rearrangement of atoms\nRepresenting chemical reactions using word equations.\nThere is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nSymbol Equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord Equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\nYou will need two sets for demo as they will want to see it again.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite symbol equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\nTwo sets for demo\n\n-----------\n\nActivity 4)\nJewelry balance (0.01g).\nPotassium iodide solution 0.01 mol dm^–3\nLead nitrate solution 0.009 mol dm^–3\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20137","PKT","0","2018-09-24","4","0","8S/Sc","S1","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("20138","PKT","0","2018-09-25","5","0","8S/Sc","S1","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","Activity 1)\nFOR BACKGROUND OR TO BE ADDED AS LEARNING POINTS:\n\nYou're more microbe than human - if you count all the cells in your body, only 43% are human\n - The rest is our microbiome and includes bacteria, viruses, fungi and single-celled archaea\n - The human genome - the full set of genetic instructions for a human being - is made up of 20,000 instructions called genes\n - But add all the genes in our microbiome together and the figure comes out at between two million and 20 million microbial genes\n- It's known as the second genome and is linked to diseases including allergy, obesity, inflammatory bowel disease, Parkinson's, whether cancer drugs work and even depression and autism\n- The microbiome has the same mass as your brain.\n\nfrom BBC http://www.bbc.co.uk/news/health-43785523","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20139","PKT","0","2018-09-26","2","0","8S/Sc","S1","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("20140","PKT","0","2018-09-27","5","0","8S/Sc","S1","4C.1","How is a physical and chemical change different?","","Physical changes occur when particles are rearranged, but not change themselves.\nThe difference between chemical and physical changes.","1) W: Physical changes are changes of state.\n2) The use of word and symbol equations should be used throughout the scheme.\n3) D: Physical changes occur when particles are rearranged, but not change themselves.\n4) Chemical changes occur when the make up of individual particles change.\n5) T: Chemical reactions result from the rearrangement of atoms\n6) T: Chemical reactions result from the rearrangement of atoms\n7) T: Chemicals that react are call Reactants.\n8) T: Chemicals that are produce are call Products.\n9) A: The difference between chemical and physical changes.","What is a physical change? Physical changes are changes of state.\nWhat happens to the particles in a physical change? the difference between chemical and physical changes\nWhen do chemical changes occur? Chemical changes occur when the make up of individual particles change.\nWhat happens to the atoms in a chemical reaction? chemical reactions as the rearrangement of atoms\nWhat happens to atoms in chemical reactions? Chemical reactions result from the rearrangement of atoms\nWhat are reactants? Chemicals that react are call Reactants.\nWhat are products? Chemicals that are produce are call Products.\nWhat is the difference between a chemical and a physical change? The difference between chemical and physical changes.","","Product: The materials formed in a chemical reaction.\nReactant: The starting materials in a chemical reaction.\nSymbol Equation: A chemical reaction expressed in chemical formulas rather than words.\nWord Equation: A chemical reaction expressed in words rather than chemical formulas.","","","Activity 1)\nRecall changes of states.\nActivity 3)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules. They do not change partners.\nActivity 4)\nRole play changes of state, with pupils as atoms.\n\nWith homogenous couples (boys with boys, girls with girls or blazers on/off) as molecules.\n\nPupils swap partners to form heterogeneous couples.\n\nDiscuss what had to happen for the them to swap partners - Come close (collide)\nActivity 5)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)\nActivity 6)\nLiken role play to the incorrect:\nHydrogen plus Oxygen -> Hydrogen Oxide\n\nH<SUB>2</SUB> plus O<SUB>2</SUB> -> 2HO\n\nIf this was a marriage then the women (non-metal) changes the end of her name. (Hydrogen is pretending to be a metal)\n\nThen repeat role play to correct\n\n2H<SUB>2</SUB> plus O<SUB>2</SUB> -> H<SUB>2</SUB>O\nActivity 9)\nDraw particle diagrams to show physical changes and chemical changes.","","","0","","0000-00-00","0","","0"),
("20141","JHT","0","2018-09-24","2","0","9A1/Sc","S3","C1.1.4","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------","","0","","0000-00-00","0","","0"),
("20142","JHT","0","2018-09-27","2","0","9A1/Sc","S3","c1.1.3","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("20143","JHT","0","2018-09-28","3","0","9A1/Sc","S3","C1.1.5","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes\n\n-----------\n\nActivity 3)\nSalt\nSand\nIron filings\nConical flasks\nFilter paper\nMagnets\nEvaporating dishes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20144","CLA","0","2018-09-24","2","0","9A2/Sc","S6","C1.1.01","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20145","CLA","0","2018-09-27","2","0","9A2/Sc","S6","C1.1.02","What is the difference between atoms, elements and compounds?","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)
\nDEMO:
\n2 x polystyrene cups and lids
\n2 x thermometers
\n2 x 10cm3 measuring cylinders
\n2 x Spatulas
\nMagnesium ribbon
\n1M hydrochloric acid
\nSodium hydrogencarbonate solution
\nCitric acid
\n
\n-----------
\n
\nActivity 6)
\nMolymods
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20146","CLA","0","2018-09-28","3","0","9A2/Sc","S6","C1.1.03","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("20147","SKT","0","2018-09-24","2","0","9A3/Sc","S2","P1.1.01","How is energy stored and transferred?","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nstored
\ntransfer\nsystem
\ntransferred\ndissipated
\nconservation
","","","","","","0","","0000-00-00","0","","0"),
("20148","SKT","0","2018-09-27","2","0","9A3/Sc","S2","P1.1.02","How are changes in energy calculated?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20149","SKT","0","2018-09-28","3","0","9A3/Sc","S2","P1.1.03","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n","2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.","What two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)","","mass
\ntemperature
\nenergy\nlead
\ntransfer\nthermal
\ninsulation
\nlubricaction
","","","","","","0","","0000-00-00","0","","0"),
("20150","PKT","0","2018-09-24","2","0","9A4/Sc","S1","C1.1.4","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20151","PKT","0","2018-09-27","2","0","9A4/Sc","S1","C1.1.5","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes\n\n-----------\n\nActivity 3)\nSalt\nSand\nIron filings\nConical flasks\nFilter paper\nMagnets\nEvaporating dishes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20152","PKT","0","2018-09-28","3","0","9A4/Sc","S1","C1.1.6","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","","","0","","0000-00-00","0","","0"),
("20153","CLA","0","2018-09-25","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20154","LAN","0","2018-09-24","1","0","9B1/Sc","S7","","How are light microscopes used to observe and record eukaryotes? (3)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20155","LAN","0","2018-09-24","2","0","9B1/Sc","S7","","review lesson","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20156","LAN","0","2018-09-27","2","0","9B1/Sc","S7","C1.1.1","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------","","0","","0000-00-00","0","","0"),
("20157","LAN","0","2018-09-28","4","0","9B1/Sc","S7","c1.1.1","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20158","SFD","0","2018-09-24","1","0","9B2/Sc","S5","","Total Recall and start of new topic","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nstored
\ntransfer\nsystem
\ntransferred\ndissipated
\nconservation
","","","","","","0","","0000-00-00","0","","0"),
("20159","SFD","0","2018-09-24","2","0","9B2/Sc","S5","P1.1.1","How is energy stored and transferred?","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nsystem
\nstored
\ntransfer\ntransferred\ndissipated\nconservation\ndissipated
\nconservation
\nenergy","","","","","","0","","0000-00-00","0","","0"),
("20160","SFD","0","2018-09-27","2","0","9B2/Sc","S5","P1.1.02","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height\n8) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.\nWhat factors can cause a change in the energy of a system? The changes in energy involved when a system is changed by:;- heating;- work done by forces;- work done when a current flows\nWhat is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","gravitational potential energy
\nmass
\nefficiency
\nuseful
\noutput\ninput
\ntotal
\ndissipated
\nenergy
\ntransferred\ncurrent
\nflow\nconservation
\nheating
\nwork done
\nenergy\nelastic potential
\nextension
\nKinetic\nfriction
\nthermal
\nconstant
\nspring\nkinetic energy
\nspeed
\nmass\nheight
\nGravitational potential energy
\nheight","","","","Kinetic Energy and GPE","","0","","0000-00-00","0","","0"),
("20161","SFD","0","2018-09-28","4","0","9B2/Sc","S5","P1.1.02","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height\n8) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.\nWhat factors can cause a change in the energy of a system? The changes in energy involved when a system is changed by:;- heating;- work done by forces;- work done when a current flows\nWhat is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","gravitational potential energy
\nmass
\nefficiency
\nuseful
\noutput\ninput
\ntotal
\ndissipated
\nenergy
\ntransferred\ncurrent
\nflow\nconservation
\nheating
\nwork done
\nenergy\nelastic potential
\nextension
\nKinetic\nfriction
\nthermal
\nconstant
\nspring\nkinetic energy
\nspeed
\nmass\nheight
\nGravitational potential energy
\nheight","","","","Elastic Potential Energy and further practice - textbook.","","0","","0000-00-00","0","","0"),
("20162","CML","0","2018-09-24","2","0","9B3/Sc","S4","b1.1.1","What is the difference between a eukaryote and a prokaryote cell?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.","1) Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\n2) Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\n4) Bacterial cells (prokaryotic cells) are much smaller in comparison.\n5) In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","What is the basic structure of plant and animal (eukaryotic) cells? Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\nWhat is the structure of a bacterial cell? Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\nWhat is the order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell? The order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell is as follows: ant > red blood cell > bacterium > DNA > carbon atom.\nAre bacterial (prokaryotic) cells bigger or smaller than eukaryotic cells? :Bacterial cells (prokaryotic cells) are much smaller in comparison to eukaryotic cells.\nWhat is unique about the DNA in a bacterial cell? In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","https://www.mrcorfe.com/MemoryAnchors/a8a5ac59ff1bbb4536c89a6eefef1e99.jpg","DNA : the carrier of genetic information, present in nearly all living organisms.\nMagnitude : the size or extent of something.\nEukaryote : an organism consisting of a cell or cells in which the genetic material is DNA in the form of chromosomes contained within a distinct nucleus.\nProkaryote : a microscopic, single-celled organism with no distinct membrane-bound organelles.","","","Activity 1)\nRecall structure of plant and animal cells as teams with whiteboards.\nActivity 2)\nGF - Justify why the majority of disease causing organisms are prokaryotic.\nActivity 5)\nExplore structure of animal and plant cells using models","Activity 5)\nModels of animal and place cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20163","CML","0","2018-09-27","2","0","9B3/Sc","S4","B1.1.2","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.\n","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n3) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Ribosomes : organelles specialised to synthesis proteins.\nMitochondria : the site of respiration within the cell.\nCytoplasm : the liquid material within a cell which is the site of chemical reactions.\nOrganelle : specialised structures found within a cell.","","","","X","","0","","0000-00-00","0","","0"),
("20164","CML","0","2018-09-28","4","0","9B3/Sc","S4","B1.1.3","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","Activity 1)\nPictures of specialised cells\n\n-----------\n\nActivity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------","","0","","0000-00-00","0","","0"),
("20165","CML","0","2018-09-24","1","0","9B3/Sc","S4","","Summary on energy resources","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20166","SKT","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20167","PKT","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20168","JHT","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20169","CPD","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20170","CLA","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20171","CPD","0","2018-09-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20172","SDN","0","2018-09-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20173","SKT","0","2018-09-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20174","CML","0","2018-09-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20175","CPD","0","2018-09-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20176","SKT","0","2018-09-24","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20177","LAN","0","2018-09-24","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20178","CPD","0","2018-09-24","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20179","LAN","0","2018-09-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20180","JHT","0","2018-09-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20181","CPD","0","2018-09-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20182","SDN","0","2018-09-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20183","CPD","0","2018-09-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20184","CLA","0","2018-09-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20185","SFD","0","2018-09-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20186","LAN","0","2018-09-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20187","JHT","0","2018-09-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20188","CPD","0","2018-09-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20189","PKT","0","2018-09-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20190","CML","0","2018-09-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20191","CPD","0","2018-09-25","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20192","SKT","0","2018-09-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20193","JHT","0","2018-09-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20194","CPD","0","2018-09-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20195","CLA","0","2018-09-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20196","SKT","0","2018-09-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20197","LAN","0","2018-09-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20198","CPD","0","2018-09-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20199","CPD","0","2018-09-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20200","SDN","0","2018-09-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20201","CLA","0","2018-09-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20202","CPD","0","2018-09-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20203","SKT","0","2018-09-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20204","CML","0","2018-09-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20205","CPD","0","2018-09-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20206","SFD","0","2018-09-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20207","LAN","0","2018-09-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20208","JHT","0","2018-09-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20209","CPD","0","2018-09-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20210","CPD","0","2018-09-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20211","SDN","0","2018-09-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20212","PKT","0","2018-09-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20213","CML","0","2018-09-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20214","CPD","0","2018-09-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20215","SDN","0","2018-09-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20216","CLA","0","2018-09-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20217","SKT","0","2018-09-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20218","LAN","0","2018-09-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20219","CPD","0","2018-09-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20220","CPD","0","2018-09-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20221","SDN","0","2018-09-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20222","CLA","0","2018-09-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20223","SFD","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20224","LAN","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20225","CML","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20226","CPD","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20227","SDN","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20228","SKT","0","2018-09-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20229","PKT","0","2018-09-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20230","JHT","0","2018-09-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20231","CPD","0","2018-09-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20232","SKT","0","2018-09-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20233","LAN","0","2018-09-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20234","CPD","0","2018-09-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20244","SKT","0","2018-10-02","5","0","10BSK/Sc","S2","","C1.3 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20245","SKT","0","2018-10-03","1","0","10BSK/Sc","S2","","HW & Y9 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20246","SKT","0","2018-10-05","4","0","10BSK/Sc","S2","","Y9 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20247","LAN","0","2018-10-03","1","0","10CLA/Sc","S7","c1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20248","LAN","0","2018-10-05","5","0","10CLA/Sc","S7","","Homework intervention","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","x","","0","","0000-00-00","0","","0"),
("20249","LAN","0","2018-10-01","3","0","10CLA/Sc","S7","C1.3.02","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","x","","0","","0000-00-00","0","","0"),
("20250","LAN","0","2018-10-02","4","0","10CLA/Sc","S7","C1.3.03","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice and this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: (ball and stick giant lattice and charged ion ionic lattice","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in glass tube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20251","LAN","0","2018-10-02","5","0","10CLA/Sc","S7","c1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","x","","0","","0000-00-00","0","","0"),
("20235","JHT","0","2018-10-05","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20236","SFD","0","2018-10-01","3","0","10ASK/Sc","S5","","Finish core practical write up and Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20237","SFD","0","2018-10-02","4","0","10ASK/Sc","S5","C1.3.01","Homework Feedback and What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nmodelling of electron sharing, transfer and delocalisation with fluffy balls","Activity 3)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20238","SFD","0","2018-10-02","5","0","10ASK/Sc","S5","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nmodelling of electron sharing, transfer and delocalisation with fluffy balls","Activity 3)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20239","SFD","0","2018-10-03","1","0","10ASK/Sc","S5","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nmodelling of electron sharing, transfer and delocalisation with fluffy balls\nActivity 8)\nGF:","Activity 3)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20240","SFD","0","2018-10-05","5","0","10ASK/Sc","S5","C1.3.02","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in glass tube\n\n-----------","","0","","0000-00-00","0","","0"),
("20241","SKT","0","2018-10-01","3","0","10BSK/Sc","S2","C1.3.02","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = 1 ion;2) Group 2 = 2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("20242","SKT","0","2018-10-01","4","0","10BSK/Sc","S2","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space.","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20243","SKT","0","2018-10-02","4","0","10BSK/Sc","S2","C1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20252","PKT","0","2018-10-01","3","0","10JCE/Sc","S1","C1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("20253","PKT","0","2018-10-01","4","0","10JCE/Sc","S1","C1.3.3","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice and this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: (ball and stick giant lattice and charged ion ionic lattice","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in glass tube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20254","PKT","0","2018-10-02","4","0","10JCE/Sc","S1","C1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20255","PKT","0","2018-10-02","5","0","10JCE/Sc","S1","C1.3.5","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20256","PKT","0","2018-10-03","1","0","10JCE/Sc","S1","","C1.3 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20257","PKT","0","2018-10-05","4","0","10JCE/Sc","S1","","Feedback for B1.2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20258","CML","0","2018-10-01","3","0","10MES/Sc","S4","b1.2.05","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20259","CML","0","2018-10-02","4","0","10MES/Sc","S4","b1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20260","CML","0","2018-10-02","5","0","10MES/Sc","S4","b1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20261","CML","0","2018-10-03","1","0","10MES/Sc","S4","B1.2.08","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","X","","0","","0000-00-00","0","","0"),
("20262","CML","0","2018-10-05","5","0","10MES/Sc","S4","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20263","JHT","0","2018-10-01","3","0","10SNK/Sc","S3","B1.2.9","Required Practical - Osmosis","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20264","JHT","0","2018-10-01","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20265","JHT","0","2018-10-02","4","0","10SNK/Sc","S3","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nmodelling of electron sharing, transfer and delocalisation with fluffy balls\nActivity 8)\nGF:","Activity 3)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20266","JHT","0","2018-10-02","5","0","10SNK/Sc","S3","C1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.","1) When a metal atom reacts with a non-metal atom electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram, eg for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("20267","JHT","0","2018-10-03","1","0","10SNK/Sc","S3","C1.3.3","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice and this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: (ball and stick giant lattice and charged ion ionic lattice","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nDetermine the empirical formulae of a compound given the ions:\na) Na and N3-\nb) Al3 and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in glass tube\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20268","JHT","0","2018-10-05","4","0","10SNK/Sc","S3","C1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space.","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20269","CML","0","2018-10-02","2","0","11CML/Sc","S4","","Walking talking mock","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20270","CML","0","2018-10-03","4","0","11CML/Sc","S4","","Biology paper 1 SAM 2","","","","","","","","","","Biology paper 1 SAM 2 (x24 higher)","","0","","0000-00-00","0","","0"),
("20271","CML","0","2018-10-04","5","0","11CML/Sc","S4","","Chemistry paper 1 SAM 2","","","","","","","","","","Chemistry paper 1 SAM 2 (x 24 higher)","","0","","0000-00-00","0","","0"),
("20272","CML","0","2018-10-05","1","0","11CML/Sc","S4","","Physics paper 1 SAM 2","","","","","","","","","","Physics paper 1 SAM 2 (x 24 higher)","","0","","0000-00-00","0","","0"),
("20273","CML","0","2018-10-05","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20274","CPD","0","2018-10-02","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20275","CPD","0","2018-10-03","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20276","CPD","0","2018-10-04","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20277","CPD","0","2018-10-05","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20278","CPD","0","2018-10-05","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20279","LAN","0","2018-10-02","2","0","11LAN/Sc","S7","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20280","LAN","0","2018-10-03","4","0","11LAN/Sc","S7","","","","","","","","","","","","biology papers (F)","","0","","0000-00-00","0","","0"),
("20281","LAN","0","2018-10-04","5","0","11LAN/Sc","S7","","","","","","","","","","","","chemistry papers (F)","","0","","0000-00-00","0","","0"),
("20282","LAN","0","2018-10-05","1","0","11LAN/Sc","S7","","","","","","","","","","","","physics papers (F)","","0","","0000-00-00","0","","0"),
("20283","LAN","0","2018-10-05","2","0","11LAN/Sc","S7","","","","","","","","","","","","all three papers","","0","","0000-00-00","0","","0"),
("20284","PKT","0","2018-10-02","2","0","11PKT/Sc","S1","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20285","PKT","0","2018-10-03","4","0","11PKT/Sc","S1","","LANDMARK ASSESSMENT","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20286","PKT","0","2018-10-04","5","0","11PKT/Sc","S1","","LANDMARK ASSESSMENT","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20287","PKT","0","2018-10-05","1","0","11PKT/Sc","S1","","LANDMARK ASSESSMENT","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20288","PKT","0","2018-10-05","2","0","11PKT/Sc","S1","","LANDMARK ASSESSMENT","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20289","SFD","0","2018-10-04","5","0","11SFD/Sc","S5","","Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20290","SFD","0","2018-10-02","2","0","11SFD/Sc","D8","","Walking Talking Mock","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","","","0","","0000-00-00","0","","0"),
("20291","SFD","0","2018-10-03","4","0","11SFD/Sc","S5","","Assessment","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","","","0","","0000-00-00","0","","0"),
("20292","SFD","0","2018-10-05","1","0","11SFD/Sc","S5","","Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20293","SFD","0","2018-10-05","2","0","11SFD/Sc","S5","","Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20294","SKT","0","2018-10-02","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20295","SKT","0","2018-10-03","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20296","SKT","0","2018-10-04","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20297","SKT","0","2018-10-05","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20298","SKT","0","2018-10-05","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20299","JHT","0","2018-10-02","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20300","JHT","0","2018-10-03","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20301","JHT","0","2018-10-04","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20302","JHT","0","2018-10-05","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20303","JHT","0","2018-10-05","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20304","SDN","0","2018-10-01","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20305","SDN","0","2018-10-02","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20306","SDN","0","2018-10-03","5","0","7A1/Sc","S2","1B.02","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs?","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20307","SDN","0","2018-10-04","4","0","7A1/Sc","S2","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20308","JHT","0","2018-10-02","3","0","7A2/Sc","S3","1C.3","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: the energy stored within moving objects\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20309","JHT","0","2018-10-03","5","0","7A2/Sc","S3","1C.4","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 3)\nSublimation of Iodine,\n\nEvaporating dish\nFunnel\nIodine crystals\nGloves\nForceps\nFume Cupboard\n\n-----------","","0","","0000-00-00","0","","0"),
("20310","LAN","0","2018-10-04","4","0","7A2/Sc","S7","","baseline intervention part 2","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20311","CPD","0","2018-10-04","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20312","SDN","0","2018-10-05","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20313","LAN","0","2018-10-04","2","0","7B1/Sc","S7","","basleine feedback 2","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 3)\nSublimation of Iodine,\n\nEvaporating dish\nFunnel\nIodine crystals\nGloves\nForceps\nFume Cupboard\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20314","LAN","0","2018-10-05","3","0","7B1/Sc","S7","1C.04","How does energy change the state?","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 3)\nSublimation of Iodine,\n\nEvaporating dish\nFunnel\nIodine crystals\nGloves\nForceps\nFume Cupboard\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20315","LAN","0","2018-10-03","2","0","7B1/Sc","S7","","baseline feedback","","","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","","","0","","0000-00-00","0","","0"),
("20316","JHT","0","2018-10-04","2","0","7B2/Sc","S5","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nMeter Rulers\nG-Clamps\nExtra bosses and clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20317","CLA","0","2018-10-03","2","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20318","CLA","0","2018-10-05","3","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20319","CPD","0","2018-10-01","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20320","CPD","0","2018-10-02","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20321","SDN","0","2018-10-01","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20322","SDN","0","2018-10-05","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20323","CLA","0","2018-10-02","2","0","7c/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20324","CLA","0","2018-10-04","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20325","SDN","0","2018-10-04","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20326","SDN","0","2018-10-01","5","0","7C1/Sc","S2","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.\nActivity 8)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?\nActivity 12)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 13)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.\nActivity 14)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.\nActivity 21)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 24)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 27)\nExplain how an artificial pacemaker keeps someone alive.","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20327","SDN","0","2018-10-04","3","0","7C1/Sc","S2","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nHow are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.\nWhat different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nHow do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be \nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","Concentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.\nConcentration: The amount of a substance in a given volume.\nWaste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nInfectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nBlood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nPenicillin: The first antibiotic to be discovered.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nArtery: Impermeable blood vessel that carries blood from the heart.\nVein: Impermeable blood vessel that carries blood back to the heart.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 2)\nPlan for half the lesson. Then carry out.\nActivity 3)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 4)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 10)\nDescribe or match up the components of the blood with the role they have.\nActivity 12)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 17)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.\nActivity 20)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.\nActivity 21)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 22)\nInterpret graphs showing bacterial population growth\nActivity 23)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 24)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 26)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","Activity 2)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n\nActivity 12)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20328","SFD","0","2018-10-01","5","0","7C2/Sc","S5","1C.04","How does energy change the state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) W: The process of a solid turning into a liquid is called melting.\nThe process of a liquid turning into a solid is called freezing.\n\nThe process of a liquid turning into a gas is called evaporation.\nThe process of a gas turning into a liquid is called condensation.\n2) T: The effect of random error can be reduced by calculating a mean.\n3) T: The process of a solid turning into a gas is called sublimation.\n\nThese are all changes of state, as solid, liquid and gas are known as 'states of matter'.\n4) T: Particles always attract each other.\n5) T: Solids exist when the attraction between particles is greater than the forces involved in collisions.\n\nGases exist when the attraction between particles is less than the forces involved in collisions.\n6) T: Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\n7) W: Liquids exist when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","What are the processes of a solid turning into a liquid and a liquid turning into a gas called?\nWhat are the processes called changing from a gas to a liquid? The process of a solid turning into a liquid is called melting.;The process of a liquid turning into a solid is called freezing.;;The process of a liquid turning into a gas is called evaporation.;The process of a gas turning into a liquid is called condensation.\nWhat is the process of a solid turning into a gas called? The process of a solid turning into a gas is called sublimation.\nDo uncharged particles attract or repel each other? Particles always attract each other.\nHow do the forces of attraction and collision determine the state of matter? Solids exist when the attraction between particles is greater than the forces involved in collisions.;;Gases exist when the attraction between particles is less than the forces involved in collisions.\nWhy are liquids able to pour and take the shape of their containers? Liquids can pour and take the shape of their container because particles are able to change places with each other. This is what causes the lack of a pattern.\nWhat effect does energy have on the forces of attraction during melting? Liquids exists when some particles temporarily get enough energy to over come the forces of attraction with its neighbour and so change places with each other.","https://www.mrcorfe.com/MemoryAnchors/85bb4521e54377961110d844e66e3c03.jpg","Attraction\nLiquid\nSolid\nParticle\nForce\nEnergy\nGas\nCollision\nMean: An average that is the middle of a set of numbers.\nEvaporating\nFreezing\nCondensing\nDeposition\nMelting\nSublimation","","","Activity 1)\nUse the atomscope program on the shared area.\nActivity 3)\nThe Sublimation of air freshener\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000404/the-sublimation-of-air-freshener?cmpid=CMP00005967","Activity 3)\nSublimation of Iodine,\n\nEvaporating dish\nFunnel\nIodine crystals\nGloves\nForceps\nFume Cupboard\n\n-----------","","0","","0000-00-00","0","","0"),
("20329","SFD","0","2018-10-04","3","0","7C2/Sc","S5","1C.05","Homework Feedback and Skill focus: Planning","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20330","CLA","0","2018-10-02","3","0","7E/Sc","S6","1P.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20331","CLA","0","2018-10-03","5","0","7E/Sc","S6","1P.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("20332","CLA","0","2018-10-04","4","0","7E/Sc","S6","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nMeter Rulers\nG-Clamps\nExtra bosses and clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20333","JHT","0","2018-10-04","3","0","7P/Sc","S3","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nMeter Rulers\nG-Clamps\nExtra bosses and clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20334","JHT","0","2018-10-01","5","0","7P/Sc","S3","1P.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("20335","SDN","0","2018-10-03","2","0","7X/Sc","S1","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20336","SDN","0","2018-10-04","2","0","7X/Sc","S1","1B.03","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20337","SDN","0","2018-10-05","3","0","7X/Sc","S1","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nHow are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.\nWhat different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nHow do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be \nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","Concentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.\nConcentration: The amount of a substance in a given volume.\nWaste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nInfectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nBlood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nPenicillin: The first antibiotic to be discovered.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nArtery: Impermeable blood vessel that carries blood from the heart.\nVein: Impermeable blood vessel that carries blood back to the heart.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 2)\nPlan for half the lesson. Then carry out.\nActivity 3)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 4)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 10)\nDescribe or match up the components of the blood with the role they have.\nActivity 12)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 17)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.\nActivity 20)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.\nActivity 21)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 22)\nInterpret graphs showing bacterial population growth\nActivity 23)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 24)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 26)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","Activity 2)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n\nActivity 12)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20338","SDN","0","2018-10-02","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20339","SDN","0","2018-10-05","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20340","PKT","0","2018-10-03","2","0","8A1/Sc","S3","4C.03","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20341","PKT","0","2018-10-04","2","0","8A1/Sc","S3","4C.04","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution
\nMagnesium Pow.
\nMagnesium Rib.
\nDilute Hydrochloric Acid
\nsolution
\nSodium hydroxide
\nDilute sulphric acid
\nThermometer
\nPolystyrene cups
\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid
\nThermometer
\nPolystyrene cups 10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20342","PKT","0","2018-10-05","3","0","8A1/Sc","S3","4C.05","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------","","0","","0000-00-00","0","","0"),
("20343","SKT","0","2018-10-03","2","0","8A2/Sc","S2","4P.02","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------","","0","","0000-00-00","0","","0"),
("20344","SKT","0","2018-10-04","2","0","8A2/Sc","S2","4P.03","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","","","Speed\nWave","","","Activity 1)\nDemo enquiry","Activity 1)\n1 x tray with no lip filled with water \n1 x stop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20345","SKT","0","2018-10-05","3","0","8A2/Sc","S2","4P.05","Skill focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("20346","CML","0","2018-10-03","2","0","8A3/Sc","S4","","Go through waves POO.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20347","CML","0","2018-10-04","2","0","8A3/Sc","S4","4B.04","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20348","CML","0","2018-10-05","3","0","8A3/Sc","S4","4B.05","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","Activity 1)\n5 different brands of crisps\nsmall balances \npins to hold crisps \nboiling tubes \nthermometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20349","SDN","0","2018-10-02","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20350","SDN","0","2018-10-05","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20351","CLA","0","2018-10-02","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20352","JHT","0","2018-10-04","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20353","CLA","0","2018-10-01","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20354","CLA","0","2018-10-04","3","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20355","CML","0","2018-10-01","5","0","8B2/Sc","S4","4B.02","What is a balanced diet?","","Comparing energy values of different foods (from labels) (kJ)","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:\nFruit and vegetables: 33%\nBread, rice, potatoes and pasta: 33%\nMilk and other dairy products : 15%\nMeat, fish, egg, beans: 12%\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy tend to conatain lots of sugars (Carbohydrates) and lipids.\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of food provide slow release energy (starch)? Bread, rice, potatoes and pasta gives starch (Carbohydrates) for slow energy.\nWhich food type provides vitamins, minerals and lipids? Milk and milk products provides vitamins, minerals and lipids.\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, eggs and beans provide protein and lipids.\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy tend to contain Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.\nActivity 10)\nCompare energy found in different foods","Activity 10)\nLaminated food labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20356","CML","0","2018-10-04","3","0","8B2/Sc","S4","","Going through waves POO.","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20357","CLA","0","2018-10-04","2","0","8E/Sc","S6","","reflection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20358","SFD","0","2018-10-03","2","0","8E/Sc","S5","","review test online","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20359","SFD","0","2018-10-05","3","0","8E/Sc","S5","4P.01","What is a wave?","","","1) T: Waves transfer energy from one place to another, but generally not matter (particles).\n2) T: Without energy the water level is said to be at the equilibrium point.\n3) W: When the energy is increased the displacement from equilibrium point will increase.\n4) T: The maximum displacement is called the amplitude.\n5) T: The highest points of a (transverse) wave are known as peaks, the lowest points are called troughs.\n6) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n7) H: SET HOMEWORK: Wordsearch","What travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.\nWhat is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.","","Wave\nEnergy\nDisplacement: The distance in a certain direction from a frame of reference. (In waves the equilibrium point.)\nPeak: The highest point in the wave.\nTrough: The lowest point in the wave.\nDistance\nWavelength: The length between peaks.\nEquilibrium.\nTransfer\nEquilibrium: A middle point where a body is at rest.\nAmplitude: The maximum displacement of a wave.","","","Activity 1)\nUse lengths of string to model the movement of waves","Activity 1)\n1 meter lengths of string x16 for class\n1 large slinky\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20360","PKT","0","2018-10-01","5","0","8S/Sc","S1","","FEEDBACK LESSON","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20361","PKT","0","2018-10-04","3","0","8S/Sc","S1","4C.03","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20362","SFD","0","2018-10-04","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20363","PKT","0","2018-10-04","4","0","9a/Pr3","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20364","JHT","0","2018-10-01","1","0","9A1/Sc","S3","C1.1.5","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes\n\n-----------\n\nActivity 3)\nSalt\nSand\nIron filings\nConical flasks\nFilter paper\nMagnets\nEvaporating dishes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20365","JHT","0","2018-10-01","2","0","9A1/Sc","S3","C1.1.6","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","","","0","","0000-00-00","0","","0"),
("20366","JHT","0","2018-10-02","1","0","9A1/Sc","S3","C1.1.8","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 and Atomic number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:The size of atoms are 1 Ă— 10-10 m\nWhy does chlorine have a mass number of 35.5? The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","https://www.mrcorfe.com/MemoryAnchors/75d83629ea9aff8afe6b27c34e810b2b.jpg","Relative atomic mass: the average mass of an atom when taking into consideration the proportions of the different isotopes of an element.\nMass number: the total number of protons and neutrons within an atom of an element.\nAtomic number: the number of protons found in the nucleus of an atom of an element.\nIsotope: an atom of the same element with the same number of protons but a different number of neutrons.","","","","","","0","","0000-00-00","0","","0"),
("20367","JHT","0","2018-10-03","3","0","9A1/Sc","S3","C1.1.9","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? The maximum number of electrons are 2 in the inner most shell, 8 in the second shell and 8 in the third shell.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/79aec9f478cb9a527f112b812571b32a.","Radius: the distance from the centre to the circumference of a circle or sphere.\nGroup: a collection of elements found in the same column of the periodic table with similar properties.\nAtom: the smallest constituent unit of ordinary matter.\nEnergy level: the shells that electrons are arranged into around the nucleus of an atom with the innermost shell being the lowest energy level.","","","Activity 1)\nModelling electron arrangement","Activity 1)\nElectron shells sheets (laminated)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20368","JHT","0","2018-10-04","1","0","9A1/Sc","S3","C1.1.10","","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.","1)","What is the maximum number of electrons that can be held by each of the three inner most shells? The maximum number of electrons are 2 in the inner most shell, 8 in the second shell and 8 in the third shell.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/79aec9f478cb9a527f112b812571b32a.","Radius: the distance from the centre to the circumference of a circle or sphere.\nGroup: a collection of elements found in the same column of the periodic table with similar properties.\nAtom: the smallest constituent unit of ordinary matter.\nEnergy level: the shells that electrons are arranged into around the nucleus of an atom with the innermost shell being the lowest energy level.","","","Activity 1)\nModelling electron arrangement","Activity 1)\nElectron shells sheets (laminated)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20369","JHT","0","2018-10-05","5","0","9A1/Sc","S3","P1.1.1","How is energy stored and transferred?","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nsystem
\nstored
\ntransfer\ntransferred\ndissipated\nconservation\ndissipated
\nconservation
\nenergy","","","","","","0","","0000-00-00","0","","0"),
("20370","CLA","0","2018-10-01","1","0","9A2/Sc","S6","C1.1.04","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)
\nSand, salt and water solution
\nFilter paper
\n
\n-----------
\n
\nActivity 6)
\nCopper sulfate solution
\nEvaporation dishes
\n
\n-----------
\n
\nActivity 7)
\nSimple distillation setup with alcohol and water solution
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20371","CLA","0","2018-10-01","2","0","9A2/Sc","S6","C1.1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)
\nDemo- fractional distillation of oil.
\ntest tubes
\nmineral wool & small burning trays
\n
\n-----------
\n
\nActivity 2)
\nChromatography paper
\nM","","0","","0000-00-00","0","","0"),
("20372","CLA","0","2018-10-02","1","0","9A2/Sc","S6","C1.1.06","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? :New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","","","0","","0000-00-00","0","","0"),
("20373","CLA","0","2018-10-03","3","0","9A2/Sc","S6","C1.1.07","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.\n","1) The relative electrical charges of the particles in atoms are:\nProton +1\nNeutron 0\nElectron -1\n2) Atoms have no overall electrical charge.\n3) In an atom, the number of electrons is equal to the number of protons in the nucleus.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each sub-atomic particle? The relative electrical charges of each sub-atomic particles are: ;Proton 1;Neutron 0;Electron -1\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has:;Protons= 6 Electrons= 6 Neutrons= 6.;An atom of Nitrogen has:;Protons= 7 Electrons= 7 Neutrons= 7.;It is the differing number of protons which makes them unique elements.\nHow does the current nuclear model describe an atom? The nuclear model shows that an atom is made of a small nucleus of positive protons and neutral neutrons, it also has negatively charged electrons orbiting it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radius is 1/10 000 of that of the atom (about 1 x 10 to the power -14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus and is made up of protons and neutrons. Electrons have a negligible mass.\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton = 1;Neutron = 1;Electron = negligible (very small)\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","https://www.mrcorfe.com/MemoryAnchors/232eef86c9c250a3dac9a3c040df619c.png","Atomic number: number of protons found in an atom of an element.\nNeutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.","","","","","","0","","0000-00-00","0","","0"),
("20374","CLA","0","2018-10-04","1","0","9A2/Sc","S6","C1.1.08","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 and Atomic number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:The size of atoms are 1 Ă— 10-10 m\nWhy does chlorine have a mass number of 35.5? The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","https://www.mrcorfe.com/MemoryAnchors/75d83629ea9aff8afe6b27c34e810b2b.jpg","Relative atomic mass: the average mass of an atom when taking into consideration the proportions of the different isotopes of an element.\nMass number: the total number of protons and neutrons within an atom of an element.\nAtomic number: the number of protons found in the nucleus of an atom of an element.\nIsotope: an atom of the same element with the same number of protons but a different number of neutrons.","","","","","","0","","0000-00-00","0","","0"),
("20375","CLA","0","2018-10-05","5","0","9A2/Sc","S6","C1.1.09","What is the electronic structure of an atom?
\nPlasticine or small plastic counters 3 diffferent colours.","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? The maximum number of electrons are 2 in the inner most shell, 8 in the second shell and 8 in the third shell.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/79aec9f478cb9a527f112b812571b32a.","Radius: the distance from the centre to the circumference of a circle or sphere.\nGroup: a collection of elements found in the same column of the periodic table with similar properties.\nAtom: the smallest constituent unit of ordinary matter.\nEnergy level: the shells that electrons are arranged into around the nucleus of an atom with the innermost shell being the lowest energy level.","","","Activity 1)\nModelling electron arrangement","Activity 1)
\nElectron shells sheets (laminated)
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20376","SKT","0","2018-10-01","1","0","9A3/Sc","S2","P1.1.04","Why does jam heat up faster than a sponge?","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\n;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it's walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\nenergy transfer
\nconduction
\nmaterial\nspecific heat capacity
\ntransferred\nenergy transferred\ntemperature
\nmass
\npower\nenergy
\nrate\npower
\nrate
\nenergy","","","","Activity 1)\nClass set\n• copper block wrapped in insulation, with two holes for a thermometer and heater\n• thermometer\n• pipette to put water in the thermometer hole\n• 30 W heater\n• 12 V power supply\n• insulation to wrap around the blocks\n• ammeter and voltmeter\n• five 4 mm leads\n• stop watch or stop clock\n• balance.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20377","SKT","0","2018-10-01","2","0","9A3/Sc","S2","P1.1.05","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20378","SKT","0","2018-10-02","1","0","9A3/Sc","S2","P1.1.05","How can we represent energy transfers?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:\n;- carbon dioxide (global warming)\n;- sulfur dioxide (acid rain)\n;- nitrogen oxides (acid rain)\n;- particulates (global dimming)\n;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20379","SKT","0","2018-10-03","3","0","9A3/Sc","S2","P1.1.06","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:\n;- carbon dioxide (global warming)\n;- sulfur dioxide (acid rain)\n;- nitrogen oxides (acid rain)\n;- particulates (global dimming)\n;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20380","SKT","0","2018-10-04","1","0","9A3/Sc","S2","","P1.1 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20381","SKT","0","2018-10-05","5","0","9A3/Sc","S2","","C1.1 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20382","PKT","0","2018-10-01","1","0","9A4/Sc","S1","","ELC Investigation chromatography with different leaves.","","","","","","","","","","Leaf chromatography\nPestle and mortar\nChromatography paper\nBeaker (100 cm3)\nSmall capillary tube (Note 1)\nPencil\nRuler\nSellotape\nCut-up leaves, or leaves and scissors\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000389/chromatography-of-leaves","","0","","0000-00-00","0","","0"),
("20383","PKT","0","2018-10-01","2","0","9A4/Sc","S1","","ELC Leaf chromatography investigation","","","","","","","","","","Leaf chromatography\nPestle and mortar\nChromatography paper\nBeaker (100 cm3)\nSmall capillary tube (Note 1)\nPencil\nRuler\nSellotape\nCut-up leaves, or leaves and scissors\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000389/chromatography-of-leaves","","0","","0000-00-00","0","","0"),
("20384","PKT","0","2018-10-02","1","0","9A4/Sc","S1","C1.1.7","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.\n","1) The relative electrical charges of the particles in atoms are:\nProton +1\nNeutron 0\nElectron -1\n2) Atoms have no overall electrical charge.\n3) In an atom, the number of electrons is equal to the number of protons in the nucleus.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each sub-atomic particle? The relative electrical charges of each sub-atomic particles are: ;Proton 1;Neutron 0;Electron -1\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has:;Protons= 6 Electrons= 6 Neutrons= 6.;An atom of Nitrogen has:;Protons= 7 Electrons= 7 Neutrons= 7.;It is the differing number of protons which makes them unique elements.\nHow does the current nuclear model describe an atom? The nuclear model shows that an atom is made of a small nucleus of positive protons and neutral neutrons, it also has negatively charged electrons orbiting it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radius is 1/10 000 of that of the atom (about 1 x 10 to the power -14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus and is made up of protons and neutrons. Electrons have a negligible mass.\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton = 1;Neutron = 1;Electron = negligible (very small)\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","https://www.mrcorfe.com/MemoryAnchors/232eef86c9c250a3dac9a3c040df619c.png","Atomic number: number of protons found in an atom of an element.\nNeutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.","","","","","","0","","0000-00-00","0","","0"),
("20385","PKT","0","2018-10-03","3","0","9A4/Sc","S1","C1.1.8","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 and Atomic number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:The size of atoms are 1 Ă— 10-10 m\nWhy does chlorine have a mass number of 35.5? The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","https://www.mrcorfe.com/MemoryAnchors/75d83629ea9aff8afe6b27c34e810b2b.jpg","Relative atomic mass: the average mass of an atom when taking into consideration the proportions of the different isotopes of an element.\nMass number: the total number of protons and neutrons within an atom of an element.\nAtomic number: the number of protons found in the nucleus of an atom of an element.\nIsotope: an atom of the same element with the same number of protons but a different number of neutrons.","","","","","","0","","0000-00-00","0","","0"),
("20386","PKT","0","2018-10-04","1","0","9A4/Sc","S1","C1.1.9","What is the electronic structure of an atom?","","(WS) Students should be able to represent the electronic structures of the first twenty elements of the periodic table in both forms.\n","1) The electrons in an atom occupy the lowest available energy levels (innermost available shells).\n2) The electronic structure of an atom can be represented by numbers or by a diagram. For example, the electronic structure of sodium is 2,8,1 or (electron arrangement using dot-and-cross diagram) showing two electrons in the lowest energy level, eight in the second energy level and one in the third energy level.\n4) Students may answer questions in terms of either energy levels or shells.\n5) Atoms are very small, having a radius of about 0.1 nm (1 x 10-10 m).","What is the maximum number of electrons that can be held by each of the three inner most shells? The maximum number of electrons are 2 in the inner most shell, 8 in the second shell and 8 in the third shell.\nWhat would a diagram of the electron structure of an atom of carbon look like? :A diagram of the electronic structure of carbon would have 2 electrons on inner most shell, 4 on the second shell. \nWhy is carbon found in group 4 of the periodic table? Carbon is found in group 4 because there are 4 electrons in its outermost shell.\nHow big is the total radius of an average atom? The total radius of an average atom is 0.1 nm (1 x 10-10 m).","https://www.mrcorfe.com/MemoryAnchors/79aec9f478cb9a527f112b812571b32a.","Radius: the distance from the centre to the circumference of a circle or sphere.\nGroup: a collection of elements found in the same column of the periodic table with similar properties.\nAtom: the smallest constituent unit of ordinary matter.\nEnergy level: the shells that electrons are arranged into around the nucleus of an atom with the innermost shell being the lowest energy level.","","","Activity 1)\nModelling electron arrangement","Activity 1)\nElectron shells sheets (laminated)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20387","PKT","0","2018-10-05","5","0","9A4/Sc","S1","P1.1.1","How is energy stored and transferred?","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nsystem
\nstored
\ntransfer\ntransferred\ndissipated\nconservation\ndissipated
\nconservation
\nenergy","","","","","","0","","0000-00-00","0","","0"),
("20388","LAN","0","2018-10-01","1","0","9B1/Sc","S7","C1.1.02","What is the difference between atoms, elements and compounds?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20389","LAN","0","2018-10-02","3","0","9B1/Sc","S7","C1.1.03","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20390","LAN","0","2018-10-03","5","0","9B1/Sc","S7","","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20391","LAN","0","2018-10-04","1","0","9B1/Sc","S7","C1.1.04","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20392","LAN","0","2018-10-05","4","0","9B1/Sc","S7","C1.1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes\n\n-----------\n\nActivity 3)\nSalt\nSand\nIron filings\nConical flasks\nFilter paper\nMagnets\nEvaporating dishes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20393","SFD","0","2018-10-01","1","0","9B2/Sc","S5","","OVERLAP: Required Practical Write-up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20394","SFD","0","2018-10-02","3","0","9B2/Sc","S5","P1.1.03","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n","2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n","What two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)","","mass
\ntemperature
\nenergy\nlead
\ntransfer\nthermal
\ninsulation
\nlubricaction
","","","","","","0","","0000-00-00","0","","0"),
("20395","SFD","0","2018-10-03","5","0","9B2/Sc","S5","P1.1.04","Why does jam heat up faster than a sponge?","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:
;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\nenergy transfer
\nconduction
\nmaterial\nspecific heat capacity
\ntransferred\nenergy transferred\ntemperature
\nmass
\npower\nenergy
\nrate\npower
\nrate
\nenergy","","","","Activity 1)\nClass set\n• copper block wrapped in insulation, with two holes for a thermometer and heater\n• thermometer\n• pipette to put water in the thermometer hole\n• 30 W heater\n• 12 V power supply\n• insulation to wrap around the blocks\n• ammeter and voltmeter\n• five 4 mm leads\n• stop watch or stop clock\n• balance.\n\n-----------","","0","","0000-00-00","0","","0"),
("20396","SFD","0","2018-10-04","1","0","9B2/Sc","S5","P1.1.05","Planning - How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------","","0","","0000-00-00","0","","0"),
("20397","SFD","0","2018-10-05","4","0","9B2/Sc","S5","P1.1.05","Data Collection - How can we represent energy transfers?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20398","CML","0","2018-10-01","1","0","9B3/Sc","S4","b1.1.04","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","X","","0","","0000-00-00","0","","0"),
("20399","CML","0","2018-10-02","3","0","9B3/Sc","S4","B1.1.05","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","X","","0","","0000-00-00","0","","0"),
("20400","CML","0","2018-10-03","5","0","9B3/Sc","S4","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------","","0","","0000-00-00","0","","0"),
("20401","CML","0","2018-10-04","1","0","9B3/Sc","S4","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nAdditional slides of specialised animal and plant cells\nMicroscopes\nSharp pencils\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20402","CML","0","2018-10-05","4","0","9B3/Sc","S4","","Summary lesson and total recall on B1.1","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20403","CPD","0","2018-10-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20404","SFD","0","2018-10-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20405","LAN","0","2018-10-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20406","CML","0","2018-10-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20407","SDN","0","2018-10-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20408","CPD","0","2018-10-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20409","SDN","0","2018-10-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20410","CLA","0","2018-10-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20411","SFD","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20412","LAN","0","2018-10-01","4","0","SOR","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20413","CML","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20414","CPD","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20415","CLA","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20416","SKT","0","2018-10-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20417","LAN","0","2018-10-01","5","0","IE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20418","CPD","0","2018-10-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20419","SFD","0","2018-10-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20420","LAN","0","2018-10-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20421","CML","0","2018-10-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20422","CPD","0","2018-10-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20423","SKT","0","2018-10-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20424","PKT","0","2018-10-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20425","CPD","0","2018-10-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20426","SDN","0","2018-10-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20427","CPD","0","2018-10-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20428","SDN","0","2018-10-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20429","CLA","0","2018-10-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20430","CPD","0","2018-10-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20431","SDN","0","2018-10-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20432","CLA","0","2018-10-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20433","JHT","0","2018-10-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20434","CPD","0","2018-10-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20435","SFD","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20436","LAN","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20437","CML","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20438","CPD","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20439","SDN","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20440","SDN","0","2018-10-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20441","CLA","0","2018-10-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20442","SKT","0","2018-10-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20443","PKT","0","2018-10-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20444","CPD","0","2018-10-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20445","CPD","0","2018-10-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20446","SDN","0","2018-10-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20447","SFD","0","2018-10-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20448","CPD","0","2018-10-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20449","SKT","0","2018-10-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20450","LAN","0","2018-10-04","3","0","MEETSKT","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20451","CPD","0","2018-10-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20452","SKT","0","2018-10-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20453","CML","0","2018-10-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20454","CLA","0","2018-10-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20455","CLA","0","2018-10-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20456","CPD","0","2018-10-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20457","CPD","0","2018-10-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20458","CLA","0","2018-10-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20459","CPD","0","2018-10-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20539","SMT","0","2018-10-08","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20540","SDN","0","2018-10-09","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20541","SDN","0","2018-10-09","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20542","CML","0","2018-10-09","4","0","11CML/Sc","S4","C2.1.04","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------","","0","","0000-00-00","0","","0"),
("20543","CML","0","2018-10-10","1","0","11CML/Sc","S4","C2.1.05","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20544","CML","0","2018-10-11","4","0","11CML/Sc","S4","C2.1.06","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.\n","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","Le Chatelier: The scientist who developed the theory used to predict the effect of changing conditions upon a chemical equilibrium.\nPressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nDynamic Equilibrium: The point at which both forward and backward reactions are taking place at the same rate. The concentrations of the reactants and products are constant, but are not necessarily equal.","","","Activity 10)\nDemo 1: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\nCOLLINS C6.10\n\n-----------","","0","","0000-00-00","0","","0"),
("20545","CML","0","2018-10-12","1","0","11CML/Sc","S4","","Intervention based on landmark assessments","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20546","CPD","0","2018-10-10","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20547","CPD","0","2018-10-11","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20548","CPD","0","2018-10-12","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20549","CPD","0","2018-10-09","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20550","LAN","0","2018-10-09","4","0","11LAN/Sc","S7","","Homework intervention","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20551","LAN","0","2018-10-10","1","0","11LAN/Sc","S7","","biology intervention","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20552","LAN","0","2018-10-11","4","0","11LAN/Sc","S7","","chem intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20553","LAN","0","2018-10-12","1","0","11LAN/Sc","S7","","physics intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20554","PKT","0","2018-10-09","4","0","11PKT/Sc","S1","","B2.3 Review Lesson and ethics of embryo screening","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20555","PKT","0","2018-10-10","1","0","11PKT/Sc","S1","","INTERVENTION","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20556","PKT","0","2018-10-11","4","0","11PKT/Sc","S1","","INTERVENTION","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20557","PKT","0","2018-10-12","1","0","11PKT/Sc","S1","","INTERVENTION","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20558","SFD","0","2018-10-10","1","0","11SFD/Sc","S5","B2.3.05","Why do some species carry out asexual and sexual reproduction?","","","1) Examples of organisms reproducing by both methods includes: ? Malarial parasites reproduce asexually in the human host, but sexually in\nthe mosquito.\n? Many fungi reproduce asexually by spores but also reproduce sexually to give variation.\n? Many plants produce seeds sexually, but also reproduce asexually by runners such as strawberry plants, or bulb division such as daffodils.\nHistorical developments of our understanding of the causes and prevention of malaria. (WS)\n2) Knowledge of reproduction in organisms is restricted to those mentioned\n3) Students are expected to be able to explain the advantages and\ndisadvantages of asexual and sexual reproduction for any organism if given appropriate information.\n\n4) Advantages of sexual reproduction:\n? produces variation in the offspring\n? if the environment changes variation gives a survival advantage by natural selection\n? natural selection can be speeded up by humans in selective breeding to increase food production.\n\n5) Advantages of asexual reproduction:\n? only one parent needed\n? more time and energy efficient as do not need to find a mate\n? faster than sexual reproduction\n? many identical offspring can be produced when conditions are favourable.\n\n6) Some organisms reproduce by both methods depending on the\ncircumstances.\n","What are the advantages of sexual reproduction? The advantages of sexual reproduction are that: ? produces variation in the offspring;? if the environment changes variation gives a survival advantage by natural selection;? natural selection can be speeded up by humans in selective breeding to increase food production.\nWhat are the advantages of asexual reproduction? The advantages of asecual reproduction are that: ? only one parent needed;? more time and energy efficient as do not need to find a mate;? faster than sexual reproduction;? many identical offspring can be produced when conditions are favourable.\nDo all organisms have to reproduce only sexually or asexually? Some organisms reproduce by both methods depending on the;circumstances.","","","","","Activity 3)\nResearch task: Malarial parasite (plasmodium), fungi such mushrooms and plants - strawberry plants and daffodils.\nDescribe how these species reproduce both sexually and asexually.\nActivity 5)\nSeparates only - Think Pair Share - suggestions of the advantages and disadvantages of both reproductive strategies. Question about which strategies suit animals depending on how long they live/how long the offspring are cared for.\nActivity 6)\nSeparates only - EW Compare the use of asexual and sexual reproduction as strategies for the aphid (asexual of successful individuals in the summer when resources are plentiful, sexual for the next year to introduce variation for what may be different conditions next year)\nGF: Suggest how this life cycle strategy could have evolved.","","","0","","0000-00-00","0","","0"),
("20559","SFD","0","2018-10-11","4","0","11SFD/Sc","S5","","Double homework feedback. This week and previous - due 4th","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","","","0","","0000-00-00","0","","0"),
("20560","SFD","0","2018-10-09","4","0","11SFD/Sc","S5","B2.3.04","How does meiosis produce gametes?","","Students should be able to explain how meiosis halves the number of\nchromosomes in gametes and fertilisation restores the full number of chromosomes.\n","2) Cells in reproductive organs divide by meiosis to form gametes.\n3) When a cell divides to form gametes:\n? copies of the genetic information are made\n? the cell divides twice to form four gametes, each with a single set of\nchromosomes\n? all gametes are genetically different from each other.\n4) Gametes join at fertilisation to restore the normal number of\nchromosomes. The new cell divides by mitosis. The number of cells\nincreases. As the embryo develops cells differentiate.\n\n5) Knowledge of the stages of meiosis is not required","What happens to the number of chromosomes in gametes from meiosis? How is the full number of chromosomes restored? Meiosis halves the number of chromosomes. The full number is restored during fertilisation.\nHow are gametes formed? Cells in reproductive organs divide by meiosis to form gametes.\nWhat happens when a cell divides to form gametes? Are the gametes genetically identical or different? First copies of the genetic information are made. Then the cell divides twice to form four gametes each with a single set of chromosomes. All gametes are genetically different from each other. \nWhat happens during fertilisation? What happens to the cells as the embryo grows? The gametes join and this restores the number of chromosomes. The new cell then divdes by mitosis and the number of cells increases. As the embryo develops cells differentiate.","","Zygote: Cell produced from fertilisation. The first cell of a new organism.\nFertilisation: Where gametes fuse and combine their chromosomes.\nGamete: sex cells that fuse during sexual reproduction.\nMeiosis: cell division that forms unique haploid gametes.","","","Activity 4)\nPipe cleaner chromosomes (possibly take photo of each stage as they divide) and follow from duplicating the pipe cleaner chromosomes and following the path of division to end of with 4 haploid cells.\nDouble Bubble mitosis division with meiosis division (similar - replicate and line up along middle, differences - how they line up along the middle and the number of divisions).\nGF: Explain how meiosis creates variation in the way it divides and why this is important.","","","0","","0000-00-00","0","","0"),
("20561","SFD","0","2018-10-12","1","0","11SFD/Sc","D8","B2.3.06","How can the chance of a characteristic being passed on be predicted?","","Students should be able to explain the term chromosome \n\nStudents should be able to explain the term gene \n\nStudents should be able to explain the term allele\n\nStudents should be able to explain the term dominant \n\nStudents should be able to explain the term recessive \n\nStudents should be able to explain the term homozygous \n\nStudents should be able to explain the term hetrozygous \n\nStudents should be able to explain the term genotype \n\nStudents should be able to explain the term phenotype \n\nStudents should be able to understand the concept of probability in predicting the results of a single gene cross, but recall that most phenotype features are the result of multiple genes rather than single gene inheritance\n\n\nStudents should be able to use direct proportion and simple ratios to express the outcome of a genetic cross.\n\nStudents should be able to complete a Punnett square diagram and extract and interpret information from genetic crosses and family trees.\n\n(HT only) Students should be able to construct a genetic cross by Punnett square diagram and use it to make predictions using the theory of probability\n","10) Some characteristics are controlled by a single gene, such as: fur colour in mice; and red-green colour blindness in humans. Each gene may have different forms called alleles.\n11) The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\n12) A dominant allele is always expressed, even if only one copy is present. \n13) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n14) If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\n15) Most characteristics are a result of multiple genes interacting, rather than a single gene.","What is the definition for gamete? The male and female sex cells (sperm and egg)\nWhat is the definition for a chromosome? thread-like strcutures in the cell nucleus that contain DNA \nWhat is the definition for a allele? different forms of a gene\nWhat is the definition for a dominant? an allele that is expressed when one or two copies are present, represented with a capital letter \nWhat is the definition for a recessive? two copies of a recessive allele must be present for the characteristic to be expressed, represented by lowercase letter\nWhat is the definition for a homozygous? where two alleles that are the same for a characteristic\nWhat is the definition for a hetrozygous? where two different alleles for a characteristic \nWhat is the definition for a genotype? the alleles present for a particular gene\nWhat is the definition for a phenotype? the characteristic that is shown or expressed\nGive two examples of characteristics that are controlled by a single gene:1. fur colour in mice;2. red-green colour blindness in humans \nHow are genotype and phenotype related? :The alleles present, or genotype, operate at a molecular level to develop characteristics that can be expressed as a phenotype.\nWhat is the phenotype when there is a dominant allele? A dominant allele is always expressed, even if only one copy is present. \nWhat is the phenotype when there are two recessive alleles? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\nWhat is the difference between homozygous and hetrozygous alleles? If the two alleles present are the same the organism is homozygous for that trait, but if the alleles are different they are heterozygous.\nAre most characteristics controlled by single genes or multiple genes interacting? :Multiple genes interacting \nWhat is the probability of a child having homozygous recessive alleles if their parents are both hetrozygous for a trait? 1:4 / 25%\nWhat is the probability of a child having hetrozygous alleles if their parents are both hetrozygous for a trait? 2:4 / 50%\nWhat is the probability of a child having a diseases that is carried on a dominant alleles if their parents are both hetrozygous for a trait? 3:4 / 75%\nWhat is the probability of a child having homozygous dominant alleles if their parents are both hetrozygous for a trait? 1:4 / 25%","","Recessive: An allele that will only give its characteristic if no dominant allele is present in the genotype.\nDominant: An allele that will always give its characteristic if present in the genotype.\nAllele: An alternate version of gene giving a different variation of the characteristic.\nGene: a section of DNA that codes for a protein or part of a protein.","","","Activity 19)\nComplete Punnett squares. Identify incorrect Punnett squares, calculate the chances and ratios from a Punnett square.\n(decent worksheet in B2.3 folder)\nHT - give questions about crosses and get pupils to construct Punnett or work backwards to find phenotypes of parents.","","","0","","0000-00-00","0","","0"),
("20562","SKT","0","2018-10-09","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20563","SKT","0","2018-10-10","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20564","SKT","0","2018-10-11","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20565","SKT","0","2018-10-12","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20566","DLN","0","2018-10-09","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20567","JHT","0","2018-10-09","4","0","11SNK/Sc","S3","C2.1.4","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nfind out which is the best catalyst at decomposing hydrogen peroxide","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20568","JHT","0","2018-10-10","1","0","11SNK/Sc","S3","C2.1.5","What are reversible reactions?","","","1) In some chemical reactions, the products of the reaction can react to produce the original reactants.\n2) Such reactions are called reversible reactions and are represented: A B (reversible arrow) C D\n3) The direction of reversible reactions can be changed by changing the conditions.\n4) For example: ammonium chloride (heat - reversible arrow - cool) ammonia hydrogen chloride.\n5) If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\n6) In a reversible reaction the same amount of energy is transferred in each case. For example: hydrated copper sulfate [blue] (endothermic - reversible arrow - exothermic) anhydrous copper sulfate [white] water.","What is a reversible reaction? A reversible reaction is one where the products of the reaction can react to produce the original reactants.\nHow can reversible reactions be represented? Reversible reactions can be represented by: A B (reversible arrow) C D\nHow can the direction of reversible reactions be changed? The direction of reversible reactions can be changed by changing the conditions such as temperature and pressure of gases.\nIf the reversible reaction below was heated which direction would it react? \nAmmonium chloride (reversible arrow) ammonia hydrogen chloride:If the reversible reaction of ammonium chloride was heated it would decompose to produce ammonia and hydrogen chloride.\nIf a reversible reaction is exothermic in one direction, what is it in the opposite direction? If a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction.\nIf 3500 KJ of energy is transferred in the forward reaction, how much energy would be transferred in the reverse reaction? In a reversible reaction the same amount of energy is transferred in each case so 3500 KJ would be transferred in the reverse reaction.","","Endothermic: A chemical reaction takes in energy from the surroundings.\nExothermic: A chemical reaction that transfers energy to the surroundings.\nChemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nReversible: A chemical reaction where the reactants form products that, in turn, react together to give the reactants back.","","","Activity 4)\nDemo 1: \nammonium chloride is a white solid that breaks down into ammonia and hydrogen\nchloride gases when heated, leave to cool to see reverse reaction.\nActivity 5)\nDemo 2:\nheat hydrous copper sulfate and then leave to cool/add water to show reverse reaction","Activity 4)\ndemo 1: \nammonium chloride in boiling tube with mineral wool in the top\n\n-----------\n\nActivity 5)\nDemo 2:\nboiling tube of hydrous copper sulfate, distilled water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20569","JHT","0","2018-10-11","4","0","11SNK/Sc","S3","C2.1.6","What is dynamic equilibrium?","","Students should be able to make qualitative predictions about the effect of changes on systems at equilibrium when given appropriate information.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in concentration of a reactant or product on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium.\n\nStudents should be able to interpret appropriate given data to predict the effect of pressure changes on given reactions at equilibrium.","1) When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\n2) The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\n3) If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\n4) The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\n6) If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\n7) If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\n8) If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\n10) If the temperature of a system at equilibrium is increased:\n- the relative amount of products at equilibrium increases for an endothermic reaction\n- the relative amount of products at equilibrium decreases for an exothermic reaction.\n11) If the temperature of a system at equilibrium is decreased:\n- the relative amount of products at equilibrium decreases for an endothermic reaction\n- the relative amount of products at equilibrium increases for an exothermic reaction.\n13) For gaseous reactions at equilibrium:\n? an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction\n? a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.","What does the term equilibrium mean? When a reversible reaction occurs in apparatus which prevents the escape of reactants and products, equilibrium is reached when the forward and reverse reactions occur at exactly the same rate.\nWhat does the relative amounts of all the reactants and products at equilibrium depend on? The relative amounts of all the reactants and products at equilibrium depend on the conditions of the reaction.\nWhat happens when a system is at equilibrium and a change is made to the conditions? If a system is at equilibrium and a change is made to any of the conditions, then the system responds to counteract the change.\nWhat is Le Chatelier's principle used for? The effects of changing conditions on a system at equilibrium can be predicted using Le Chatelier's Principle.\nHow would changing the conditions of the equation below effect the equilibrium? \nA(g) 2B (g) (reversible arrow) C(g) D(g)\n\na) increasing concentration of A\nb) increasing the pressure of the reactants \nc) increasing the temperature of the reaction (the forward reaction is exothermic):Changing the conditions of the equation below would have the following effects on the equilibrium: ;A(g) 2B (g) (reversible arrow) C(g) D(g);;a) equilibrium would shift to the right to reduce the amount of A particles ;b) equilibrium would shift to the right as there are fewer gas molecules in the products than in the reactants ;c) equilibrium would shift to the left as the reaction tries to cool itself down again\nWhat happens when the concentration of one of the reactions or products in an equilibrium system is changed? If the concentration of one of the reactants or products is changed, the system is no longer at equilibrium and the concentrations of all the substances will change until equilibrium is reached again.\nWhat happens when the concentration of a reactant is increased in an equilibrium system? If the concentration of a reactant is increased, more products will be formed until equilibrium is reached again.\nWhat happens when the concentration of a reactant is decreased in an equilibrium system? If the concentration of a product is decreased, more reactants will react until equilibrium is reached again.\nWhat would happen if the concentration of potassium chloride is increase? \nCl2(g) H2O(l) (reversible arrow) Cl-(aq) ClO-(aq) 2H (aq):If potassium chloride (a source of chloride ions) is added to the equilibrium mixture, the equilibrium will shift to the left, to remove the chloride ions added.\nWhat would happen if the temperature was increased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is increased, then the equilibrium will shift to the left (the endothermic direction), to remove the extra heat added. This is why only a moderately high temperature (380 - 450°C) is used in the Haber process.\nWhat would happen if the temperature was decreased for the reaction below: \nN2(g) 3H2(g) (reversible reaction) 2NH3(g)\nThe forward reaction is exothermic.:If the temperature is decreased, then the equilibrium will shift to the right (the exothermic direction), to produce additional heat.\nDoes increasing the temperature of a reaction favor the endothermic or exothermic reaction? Increasing the temperature always favours the endothermic reaction. Decreasing the temperature always favours the exothermic reaction\nHow does increasing and decreasing the pressure for gaseous reactions at equilibrium? For gaseous reactions at equilibrium:;- an increase in pressure causes the equilibrium position to shift towards the side with the smaller number of molecules as shown by the symbol equation for that reaction;- a decrease in pressure causes the equilibrium position to shift towards the side with the larger number of molecules as shown by the symbol equation for that reaction.\nWhen does changing the pressure of gaseous reactions not affect the equilibrium? Changes in pressure will not affect the position of equilibrium, if the number of moles of gases on both sides of the equation are equal. Remember, liquids and solids contribute nothing to the volume of the equilibrium mixture.","","Le Chatelier: The scientist who developed the theory used to predict the effect of changing conditions upon a chemical equilibrium.\nPressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nDynamic Equilibrium: The point at which both forward and backward reactions are taking place at the same rate. The concentrations of the reactants and products are constant, but are not necessarily equal.","","","Activity 10)\nDemo 1: \nThe equilibrium of the cobalt chloride–water system;\ntemperature. Observe colour of reaction at different temperatures (20,30,40 degrees)\nActivity 11)\ndemo of co","Activity 10)\nclass practical: - see guide on T drive for C2.1 to make up solutions of coblat (II) chloride solutions. \nthree test tubes labelled A, B and C each set to "turn" at the required temperatures for each group of students. \nwater baths set up at 20, 30 and 40 degrees.\nCOLLINS C6.10\n\n-----------","","0","","0000-00-00","0","","0"),
("20570","JHT","0","2018-10-12","1","0","11SNK/Sc","S3","P2.1.1","What are the different forces and how are they classified?","","Students should be able to describe the interaction between pairs of objects which produce a force on each object. The forces should be able to be represented as vectors.","1) A force is a push or pull that acts on an object due to the interaction with another object.\n2) All forces between objects are either:\n- contact forces - the objects are physically touching\n- non-contact forces - the objects are physically separated.\n3) Examples of contact forces include friction, air resistance, tension and normal contact force.\n4) Examples of non-contact forces are gravitational force, electrostatic force and magnetic force.\n6) Force is a vector quantity.\n7) Vector quantities have magnitude and an associated direction.\n8) A vector quantity may be represented by an arrow. The length of the arrow represents the magnitude, and the direction of the arrow the direction of the vector quantity.\n9) Scalar quantities have magnitude only.","What is a force? A force is a push or pull that acts on an object due to the interaction with another object.\nWhat is the difference between contact and non-contact forces? All forces between objects are either:;- contact forces - the objects are physically touching;- non-contact forces - the objects are physically separated.\nWhat examples are there of contact forces? Examples of contact forces include friction, air resistance, tension and normal contact force.\nWhat examples are there of non-contact forces? Examples of non-contact forces are gravitational force, electrostatic force and magnetic force.\nWhat is the interaction pair between a book being pushed across a table, where a force is produced on each object? There is an interaction pair of friction forces between a book being pushed and a table. The book experiences a backwards force - this will tend to slow it down. The table experiences a forwards force - this will tend to move it forwards with the book.\nWhat is meant by the term ‘vector quantity’ in terms of forces? A force is a vector quantity. A vector quantity is a value that has both magnitude (size) and direction.\nWhat do all vector quantities have? Vector quantities have magnitude and an associated direction.\nHow is an arrow used to represent a vector quantity? A vector quantity may be represented by an arrow. The length of the arrow represents the magnitude, and the direction of the arrow the direction of the vector quantity.\nHow are scalar quantities different from vector quantities? Scalar quantities different from vector quantities as scalar quantities have magnitude only.","","Interaction pair\nMagnetic force\nVector\nMagnitude\nScalar\nDirection\nElectrostatic force\nGravitational force\nNon-contact force\nContact force\nFriction\nAir resistance\nNormal contact force\nTension\nForce: a push or pull","","","","","","0","","0000-00-00","0","","0"),
("20571","SDN","0","2018-10-08","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20572","SDN","0","2018-10-09","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20573","JHT","0","2018-10-10","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20574","DLN","0","2018-10-10","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20575","SKT","0","2018-10-09","3","0","7A1/Sc","S4","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("20576","SDN","0","2018-10-08","3","0","7A1/Sc","S1","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye?","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20577","SDN","0","2018-10-10","5","0","7A1/Sc","S1","1B.06","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20578","SKT","0","2018-10-11","3","0","7A1/Sc","S2","1B.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("20579","LAN","0","2018-10-08","3","0","7A2/Sc","S7","1C.05","Skill focus: Planning","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n\nStudents should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\nStudents should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to predict products from given reactants\n\n(HT only) Throughout Section 4.4.3 Higher Tier students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations. (MS)\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to predict the products of the electrolysis of binary ionic compounds in the molten state.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to change the subject of a mathematical equation.\n\n(HT only) students should be able to write half equations for the reactions occurring at the electrodes during electrolysis, and may be required to complete and balance supplied half equations for this process . (MS)\n\nStudents should be able to name the types of monomers from which these naturally occurring polymers are made. (HT only)\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nWhat is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\n(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\nWhen an acid (such as hydrochloric acid) reacts with an alkali or a base (such as sodium hydroxide), what will the two products be? When an acid reacts with an alkali or base it produces salts and water.\nWhen is an ionic compound able to conduct electricity? When an ionic compound is melted or dissolved in water, the ions are free to move about within the liquid or solution. These liquids and solutions are able to conduct electricity and are called electrolytes.\n(Chem only) What type of polymerisation reaction occurs when amino acids react to form polypeptides? (Include a reason why):(HT only) Amino acids react by condensation polymerisation to produce polypeptides, this is because amino acids have two different functional groups in one molecule.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nWhat is the common name given to the group 7 elements? The halogens\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\nWhat products are made when an acid reacts with a metal carbonate? Acids are neutralised by metal carbonates to produce salts, water and carbon dioxide.\n(Chem only) What would the equation looks like for the polymerisation of glycine? (HT only) n NCH COOH --> [-HNCH2COO-]n H2O.\n(HT) What is the balanced half equation for H ? e??? H2:T(HT)he balanced half equation is: ;2H ? 2e??? H2\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.\nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\nWhat factors affect the type of salt produced in a reaction between an acid and a base or alkali? The particular salt produced in any reaction between an acid and a base or alkali depends on:;- the acid used (hydrochloric acid produces chlorides, nitric acid produces nitrates, sulfuric acid produces sulfates);- the positive ions in the base, alkali or carbonate.\nWhat happens at each of the electrodes in electrolysis when an electric current is passed through the electroytes? Passing an electric current through electrolytes causes the ions to move to the electrodes. Positively charged ions move to the negative electrode (the cathode), and negatively charged ions move to the positive electrode (the anode). Ions are discharged at the electrodes producing elements. This process is called electrolysis.\n(Chem only) How are proteins an example of a condensation polymer? (HT only) Proteins are an example of a condensation polymer because Different amino acids (with two functional groups) can be combined in the same chain to produce proteins.\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \nWhat two products would be made when zinc oxide reacts with dilute hydrochloric acid? The two products that would be made when zinc oxide reacts with dilute hydrochloric acid are zinc chloride and water.\n(HT) What happens at the anode and cathode electrodes in the electrolysis of aqueous sodium chloride? (use half equations to help explain):(HT) At the cathode sodium is formed: 2Na 2e- --> 2Na;At the anode chlorine gas is formed: 2Cl- -->Cl2 2e-\n(Chem only) What is DNA and what is its function? (HT only) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses.\nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\nWhich electrode as the metals and non metals products found during electrolysis? During electrolysis the metal product is found at the cathode as this cathode is negatively charged. The non metal product is found at the anode, this this electrode is positively charged.\n(Chem only) Why is the structure of DNA described as a polymer? (HT only) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\nWhat would the products be for the electrolysis of the following ionic compounds: \n1. NaCl\n2. PbBr2\n3. NaOH\n4. Al2O3:The products of electrolysis would be: ;1. H2 (g) Cl2 (g) NaOH (aq);2. Pb (s) Br2 (g) ;3. H2 (g) O2 (g) Na (aq);4. Al (s) O2 (g)\n(Chem only) What are the other naturally occuring polymers that are important for life processes? (HT only) Other naturally occurring polymers important for life include proteins, starch and cellulose.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles \n(HT) What would the half equations be for the electrolysis of NaCl? (HT) anode: 2Cl– → Cl2 2e- (oxidation);cathode: 2H 2e– → H2 (reduction).;;NaOH solution is also produced.\n(Chem only) What are the monomers that form the following naturally occuring polymers? \n1. proteins\n2. starch\n3. cellulose:(HT only) The monomers that form the naturally occuring polymers are: ;1. proteins = amino acids ;2. starch = glucose;3. cellulose = glucose\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nWhat happens at the cathode during electrolysis? Is this an oxidation or reduction reaction? During electrolysis, at the cathode (negative electrode), positively charged ions gain electrons and so the reactions are reductions.\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nWhat happens at the anode during electrolysis? Is this an oxidation or reduction reaction? At the anode (positive electrode), negatively charged ions lose electrons and so the reactions are oxidation reactions.\nList the general properties of compounds of transition elements:\nWhat would the half equations be during the electrolysis of PbBr2? anode: 2Br– → Br2 2e- (oxidation);cathode: Pb2 2e– → Pb (reduction).","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 3)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU\nActivity 6)\nMolymods
\nto create examples of polypeptides\nActivity 7)\nPaper chromatography\nActivity 10)\nInput: Show students how metals actually bond.\nActivity 15)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.\nActivity 17)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 20)\nClass practical: \nelectrolysis of copper sulfate\nActivity 22)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 25)\nStudents should complete a selection of equations to predict the names of products / names of reactants in neutralization reactions. \n\nStretch - complete word equations \nChallenge - complete balanced symbol equations \nSuper Challenge - complete balanced half equations\nActivity 28)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.\nActivity 29)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 33)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 43)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n250mL beakers \nThermometers \nStop Clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20580","LAN","0","2018-10-09","3","0","7A2/Sc","S7","1C.06","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","Activity 1)\nThermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20581","LAN","0","2018-10-10","5","0","7A2/Sc","S7","1c.07","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20582","LAN","0","2018-10-11","3","0","7A2/Sc","S7","1c.08","Halfway Review or more baseline intervention","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("20583","SDN","0","2018-10-11","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20584","SDN","0","2018-10-12","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20585","LAN","0","2018-10-10","4","0","7B1/Sc","S7","1C.06","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","Activity 1)\nThermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20586","SFD","0","2018-10-08","3","0","7B1/Sc","S5","1C.05","Skill focus: Planning","","","1) T: PLANNING \n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Good experiment to teach control variables.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","Activity 1)\n250mL beakers \nThermometers \nStop Clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20587","SFD","0","2018-10-10","5","0","7B1/Sc","S5","1C.07","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("20588","SFD","0","2018-10-11","3","0","7B1/Sc","S5","1C.8","Halfway Review","","Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\nMeasure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\nDraw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","1) T: Review of 1C.1","How does the mass of water change as an ice cube melts? The mass of water stays the same as an ice cube melts.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","States of matter: The form a substance is in.\nSolid: A substance that hold its shape.\nLiquid: A substance that takes the shape of the bottom of its container.\nConservation: Keep the same\nGas: A substance that fills its container.\nParticle: Something that makes up something bigger.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("20589","CLA","0","2018-10-10","4","0","7B2/Sc","S6","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("20590","JHT","0","2018-10-08","3","0","7B2/Sc","S3","1P.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("20591","JHT","0","2018-10-10","5","0","7B2/Sc","S3","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20592","JHT","0","2018-10-11","3","0","7B2/Sc","S3","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20593","SDN","0","2018-10-10","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20594","SDN","0","2018-10-08","4","0","7C1/Sc","S1","1B.06","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20595","SDN","0","2018-10-09","3","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20596","SDN","0","2018-10-10","2","0","7C1/Sc","S1","1B.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("20597","SDN","0","2018-10-11","5","0","7C1/Sc","S1","1B.08","Halfway Review","","","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("20598","SDN","0","2018-10-12","5","0","7C1/Sc","S1","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20599","SFD","0","2018-10-08","4","0","7C2/Sc","S5","1C.06","Skill focus: Data collection","","","1) T: DATA COLLECTION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Recap safe Bunsen use.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","Activity 1)\nThermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20600","SFD","0","2018-10-09","3","0","7C2/Sc","S5","1C.07","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20601","SFD","0","2018-10-10","2","0","7C2/Sc","S5","1c.08","Halfway Review","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("20602","SFD","0","2018-10-11","5","0","7C2/Sc","S5","","HWK Feedback and Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20603","SFD","0","2018-10-12","5","0","7C2/Sc","S5","1c.09","Homework Feedback What happens when ice melts?","","Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\nMeasure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\nDraw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: With every measurement there always random error.\n4) T: Particles can not be created or destroyed.\n5) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n6) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of water change as an ice cube melts? The mass of water stays the same as an ice cube melts.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/472bc3fe412e3a02dc6375ced2c9b92c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","States of matter: The form a substance is in.\nSolid: A substance that hold its shape.\nLiquid: A substance that takes the shape of the bottom of its container.\nConservation: Keep the same\nGas: A substance that fills its container.\nParticle: Something that makes up something bigger.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20604","CLA","0","2018-10-08","3","0","7E/Sc","S6","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)
\nSprings
\n10g masses
\nRulers
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20605","CLA","0","2018-10-09","3","0","7E/Sc","S6","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20606","CLA","0","2018-10-10","5","0","7E/Sc","S6","1P.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("20607","CLA","0","2018-10-11","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20608","DLN","0","2018-10-09","3","0","7E/Sc","S6","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("20609","JHT","0","2018-10-09","3","0","7P/Sc","S3","1P.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("20610","JHT","0","2018-10-10","2","0","7P/Sc","S3","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20611","JHT","0","2018-10-11","5","0","7P/Sc","S3","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20612","JHT","0","2018-10-12","5","0","7P/Sc","S3","1p.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20613","JHT","0","2018-10-08","4","0","7P/Sc","S3","1P.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("20614","PKT","0","2018-10-08","3","0","7X/Sc","S2","1B.06","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20615","PKT","0","2018-10-10","5","0","7X/Sc","S2","1B.08","Halfway Review","","Students label a diagram based on the above.","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20616","SDN","0","2018-10-10","4","0","7X/Sc","S1","1B.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("20617","SDN","0","2018-10-11","3","0","7X/Sc","S1","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20618","SDN","0","2018-10-12","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20619","PKT","0","2018-10-09","2","0","8A1/Sc","S3","4C.06","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire. \nsmall cuvettes with lids.\n pipettes. \nohp pens.\n\n-----------","","0","","0000-00-00","0","","0"),
("20620","PKT","0","2018-10-10","4","0","8A1/Sc","S3","4c.07","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl
\n0.5 sod hydroxide
\nuniversal soln
\nph scales
\ntest tubes
\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20621","PKT","0","2018-10-11","1","0","8A1/Sc","S3","4c.08","Enquiry: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","","","","","0","","0000-00-00","0","","0"),
("20622","PKT","0","2018-10-08","5","0","8A1/Sc","S3","","4B Feedback lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20623","SKT","0","2018-10-08","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20624","SKT","0","2018-10-09","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20625","SKT","0","2018-10-10","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20626","SKT","0","2018-10-11","1","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20627","CML","0","2018-10-08","5","0","8A3/Sc","S4","","Go through POO and method writing","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","X","","0","","0000-00-00","0","","0"),
("20628","CML","0","2018-10-09","2","0","8A3/Sc","S4","4B.06","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","Activity 11)\nSyndey skeleton model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20629","CML","0","2018-10-10","4","0","8A3/Sc","S4","4B.08","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing \nglucose solution \ndistilled water \npipettes \n\nTesting for sugars: \nKettles \nbeakers \ntest tubes \nbenedicts solution\n\n-----------\n\nActivity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\nActivity 15)\nMr Poo demo\n\n-----------","","0","","0000-00-00","0","","0"),
("20630","CML","0","2018-10-11","1","0","8A3/Sc","S4","4B.09","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("20631","CLA","0","2018-10-08","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20632","CLA","0","2018-10-12","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20633","CLA","0","2018-10-08","4","0","8B1/Sc","S6","4P.2","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20634","CLA","0","2018-10-09","5","0","8B1/Sc","S6","4P.3","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","","","Speed\nWave","","","Activity 1)\nDemo enquiry","Activity 1)\n1 x tray with no lip filled with water \n1 x stop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20635","CLA","0","2018-10-10","2","0","8B1/Sc","S6","4P.4","Skill focus: Data collection","","ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.","1) A: ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.\n2) T: Zero Error: Most rulers do not start at zero on their end.\n\nZero is a type of systematic error as the error is the same for every measurement (if same ruler is used)\n3) H: SET HOMEWORK:\neg. Finish graph","","","","","","","Activity 1)\nTrays 1 between 2 (no lips) \nStop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20636","CLA","0","2018-10-11","5","0","8B1/Sc","S6","4P.5","Skill focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("20637","CLA","0","2018-10-12","5","0","8B1/Sc","S6","4P.6","Halfway Review","","Review of 4P.1","1) A: Review of 4P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("20638","CML","0","2018-10-08","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20639","CML","0","2018-10-10","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20640","CML","0","2018-10-11","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20641","CML","0","2018-10-12","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20642","DLN","0","2018-10-08","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20643","DLN","0","2018-10-10","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20644","SDN","0","2018-10-09","5","0","8B2/Sc","S1","4B.03","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------","","0","","0000-00-00","0","","0"),
("20645","SFD","0","2018-10-08","5","0","8E/Sc","S5","4p.02","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20646","SFD","0","2018-10-10","4","0","8E/Sc","S5","4P.04","Skill focus: Data collection","","ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.","1) A: ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.\n2) T: Zero Error: Most rulers do not start at zero on their end.\n\nZero is a type of systematic error as the error is the same for every measurement (if same ruler is used)\n3) H: SET HOMEWORK:\neg. Finish graph","","","","","","","Activity 1)\nTrays 1 between 2 (no lips) \nStop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20647","CLA","0","2018-10-09","2","0","8E/Sc","S6","4P.03","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","","","Speed\nWave","","","Activity 1)\nDemo enquiry","Activity 1)\n1 x tray with no lip filled with water \n1 x stop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20648","CLA","0","2018-10-11","1","0","8E/Sc","S6","4P.05","Skill focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("20649","PKT","0","2018-10-12","5","0","8S/Sc","S2","4c.7","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl
\n0.5 sod hydroxide
\nuniversal soln
\nph scales
\ntest tubes
\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20650","PKT","0","2018-10-08","4","0","8S/Sc","S2","4c.04","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution
\nMagnesium Pow.
\nMagnesium Rib.
\nDilute Hydrochloric Acid
\nsolution
\nSodium hydroxide
\nDilute sulphric acid
\nThermometer
\nPolystyrene cups
\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid
\nThermometer
\nPolystyrene cups 10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20651","PKT","0","2018-10-09","5","0","8S/Sc","S2","4c.05","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20652","PKT","0","2018-10-10","2","0","8S/Sc","S2","4c.06","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire. \nsmall cuvettes with lids.\n pipettes. \nohp pens.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20653","PKT","0","2018-10-11","5","0","8S/Sc","S2","","4B Feedback lesson this time for real.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20654","JHT","0","2018-10-08","2","0","9A1/Sc","S3","P1.1.3","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.","2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.","What two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)","","mass
\ntemperature
\nenergy\nlead
\ntransfer\nthermal
\ninsulation
\nlubricaction
","","","","","","0","","0000-00-00","0","","0"),
("20655","JHT","0","2018-10-11","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20656","JHT","0","2018-10-12","3","0","9A1/Sc","S3","B1.2.2","OVERLAP: What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("20657","CLA","0","2018-10-08","2","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20658","CLA","0","2018-10-11","2","0","9A2/Sc","S6","P1.1.01","How is energy stored and transferred?","","Students should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n","1) A system is an object or group of objects.\n2) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n3) There are changes in the way energy is stored when a system changes.","What is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.","","energy
\nsystem
\nstored
\ntransfer\ntransferred\ndissipated\nconservation\ndissipated
\nconservation
\nenergy","","","","","","0","","0000-00-00","0","","0"),
("20659","CLA","0","2018-10-12","3","0","9A2/Sc","S6","P1.1.02","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height\n8) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.\nWhat factors can cause a change in the energy of a system? The changes in energy involved when a system is changed by:;- heating;- work done by forces;- work done when a current flows\nWhat is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","gravitational potential energy
\nmass
\nefficiency
\nuseful
\noutput\ninput
\ntotal
\ndissipated
\nenergy
\ntransferred\ncurrent
\nflow\nconservation
\nheating
\nwork done
\nenergy\nelastic potential
\nextension
\nKinetic\nfriction
\nthermal
\nconstant
\nspring\nkinetic energy
\nspeed
\nmass\nheight
\nGravitational potential energy
\nheight","","","","","","0","","0000-00-00","0","","0"),
("20660","SKT","0","2018-10-08","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20661","SKT","0","2018-10-11","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20662","SKT","0","2018-10-12","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20663","PKT","0","2018-10-08","2","0","9A4/Sc","S1","P1.1.2","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height\n8) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.\nWhat factors can cause a change in the energy of a system? The changes in energy involved when a system is changed by:;- heating;- work done by forces;- work done when a current flows\nWhat is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","gravitational potential energy
\nmass
\nefficiency
\nuseful
\noutput\ninput
\ntotal
\ndissipated
\nenergy
\ntransferred\ncurrent
\nflow\nconservation
\nheating
\nwork done
\nenergy\nelastic potential
\nextension
\nKinetic\nfriction
\nthermal
\nconstant
\nspring\nkinetic energy
\nspeed
\nmass\nheight
\nGravitational potential energy
\nheight","","","","","","0","","0000-00-00","0","","0"),
("20664","PKT","0","2018-10-11","2","0","9A4/Sc","S1","P1.1.3","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n","2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n","What two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)","","mass
\ntemperature
\nenergy\nlead
\ntransfer\nthermal
\ninsulation
\nlubricaction
","","","","","","0","","0000-00-00","0","","0"),
("20665","PKT","0","2018-10-12","3","0","9A4/Sc","S1","P1.1.4","Why does jam heat up faster than a sponge?","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\n;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it's walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\nenergy transfer
\nconduction
\nmaterial\nspecific heat capacity
\ntransferred\nenergy transferred\ntemperature
\nmass
\npower\nenergy
\nrate\npower
\nrate
\nenergy","","","","Activity 1)\nClass set\n• copper block wrapped in insulation, with two holes for a thermometer and heater\n• thermometer\n• pipette to put water in the thermometer hole\n• 30 W heater\n• 12 V power supply\n• insulation to wrap around the blocks\n• ammeter and voltmeter\n• five 4 mm leads\n• stop watch or stop clock\n• balance.\n\n-----------","","0","","0000-00-00","0","","0"),
("20666","CLA","0","2018-10-09","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20667","LAN","0","2018-10-11","2","0","9B1/Sc","S7","C1.1.7","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.\n","1) The relative electrical charges of the particles in atoms are:\nProton +1\nNeutron 0\nElectron -1\n2) Atoms have no overall electrical charge.\n3) In an atom, the number of electrons is equal to the number of protons in the nucleus.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each sub-atomic particle? The relative electrical charges of each sub-atomic particles are: ;Proton 1;Neutron 0;Electron -1\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has:;Protons= 6 Electrons= 6 Neutrons= 6.;An atom of Nitrogen has:;Protons= 7 Electrons= 7 Neutrons= 7.;It is the differing number of protons which makes them unique elements.\nHow does the current nuclear model describe an atom? The nuclear model shows that an atom is made of a small nucleus of positive protons and neutral neutrons, it also has negatively charged electrons orbiting it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radius is 1/10 000 of that of the atom (about 1 x 10 to the power -14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus and is made up of protons and neutrons. Electrons have a negligible mass.\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton = 1;Neutron = 1;Electron = negligible (very small)\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","https://www.mrcorfe.com/MemoryAnchors/232eef86c9c250a3dac9a3c040df619c.png","Atomic number: number of protons found in an atom of an element.\nNeutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.","","","","","","0","","0000-00-00","0","","0"),
("20668","LAN","0","2018-10-12","4","0","9B1/Sc","S7","C1.1.8","What is relative atomic mass?","","Students should be able to calculate the numbers of protons, neutrons and electrons in an atom or ion, given its atomic number and mass number.\n\nStudents should be able to relate size and scale of atoms to objects in the physical world.\n\nStudents should be able to calculate the relative atomic mass of an element given the percentage abundance of its isotopes.\n","1) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n2) Atoms can be represented as shown in this example: (periodic table tile for sodium with mass and atomic number)\n5) The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element.","What is an isotope? An isotope is an atom of the same element with differing numbers of neutrons.\nWhat do the individual tiles of the periodic table tell us? The individual tiles of the periodic table tell us the chemical symbol, Mass number, Atomic (Proton) number\nCalculate the number of protons, neutrons and electrons in an atom of Cobalt. Mass number = 59 and Atomic number = 27:The total number of subatomic particles in cobalk are: ;Protons: 27 Electrons: 27 Neutrons: 32;\nHow large are atoms?\na) 1 Ă— 10-6 m\nb) 1 Ă— 10-8 m\nc) 1 Ă— 10-10 m:The size of atoms are 1 Ă— 10-10 m\nWhy does chlorine have a mass number of 35.5? The relative atomic mass of an element is an average value that takes account of the abundance of the isotopes of the element. Chlorine exists as 75% Cl35 and 25% Cl37, an average of this is taken.\nWhat is the relative atomic mass of bromine where there are two isotopes of Bromine, 50% Br-79 and 50% Br-81? The relative atomic mass of bromine is 80, since (79 x 50) + (81 x 50) / 100 = 80.","https://www.mrcorfe.com/MemoryAnchors/75d83629ea9aff8afe6b27c34e810b2b.jpg","Relative atomic mass: the average mass of an atom when taking into consideration the proportions of the different isotopes of an element.\nMass number: the total number of protons and neutrons within an atom of an element.\nAtomic number: the number of protons found in the nucleus of an atom of an element.\nIsotope: an atom of the same element with the same number of protons but a different number of neutrons.","","","Activity 1)\nModelling electron arrangement","Activity 1)\nElectron shells sheets (laminated)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20669","LAN","0","2018-10-08","1","0","9B1/Sc","S7","C1.1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.\n","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM&Ms or food colourings\nspotting tiles\nPipettes\n\n-----------\n\nActivity 3)\nSalt\nSand\nIron filings\nConical flasks\nFilter paper\nMagnets\nEvaporating dishes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20670","LAN","0","2018-10-08","2","0","9B1/Sc","S7","C1.1.6","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","","","0","","0000-00-00","0","","0"),
("20671","SFD","0","2018-10-08","1","0","9B2/Sc","S5","P1.1.05","Analysis - How can we represent energy transfers?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20672","SFD","0","2018-10-08","2","0","9B2/Sc","S5","P1.1.06","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20673","SFD","0","2018-10-11","2","0","9B2/Sc","S5","P1.1.07","Homework Feedback - P1.1.06","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to describe with examples where there are energy transfers in a closed system, that there is no net change to the total energy.\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) The density of a material is defined by the equation:\ndensity = mass / volume\n3) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n4) A system is an object or group of objects.\n5) Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\n6) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n7) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n9) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n10) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n11) Electric current is a flow of electrical charge.\n13) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n14) There are changes in the way energy is stored when a system changes.\n16) The size of the electric current is the rate of flow of electrical charge.\n17) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n20) Most of the mass of an atom is concentrated in the nucleus.\n21) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n\n23) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n25) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.\n26) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is a system? :A system is an object or group of objects.;\nWhat is the law of conservation of energy? Energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nName the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhen a system changes, what happens to the way energy is stored? The way energy is stored also changes. ie energy is transferred or transformed from one store to another.\nWhat is the net change in energy in a closed system? Give an example.:In a closed system there is no net change in energy. For example the energy transfers within a house are in a closed system.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) \nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","Electron being hit by a bat to represent voltage difference.\nhttps://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","energy
\nsystem
\ntransfer\nstored
\ntransferred\nStearic acid-Melting solids.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.\nCircuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nAmmeter: Instrument used to measure Current.\ndissipated\nenergy\nconservation
\nAtomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nAtom : the smallest particle of a chemical element that can exist.\ndissipated
\nconservation\nBattery: Made from more than one cell.\nElectron : a stable subatomic particle with a charge of negative electricity.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?\nActivity 10)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 12)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers\nActivity 17)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 18)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 24)\nWhy are decorative lights for Christmas trees connected in parallel and not series?\nActivity 26)\nResearch how absorption and emission spectra are formed.","","","0","","0000-00-00","0","","0"),
("20674","SFD","0","2018-10-12","4","0","9B2/Sc","S5","P1.1.08","P1.1.06","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20675","CML","0","2018-10-08","1","0","9B3/Sc","S4","c1.1.01","What is the difference between solid, liquid and gas?","","Students should be able to predict the states of substances at different temperatures given appropriate data\n\nStudents should be able to explain the different temperatures at which changes of state occur in terms of energy transfers and types of bonding\n","1) The three states of matter are solid, liquid and gas. Melting and freezing take place at the melting point, boiling and condensing take place at the boiling point.\n2) The three states of matter can be represented by a simple model. In this model, particles are represented by small solid spheres.\n3) Particle theory can help to explain melting, boiling, freezing and condensing.\n4) The amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\n5) (HT only) Limitations of the simple model above include that in the model there are no forces, that all particles are represented as spheres and that the spheres are solid.\n8) (HT only) explain the limitations of the particle theory in relation to changes of state when particles are represented by solid inelastic spheres which have no forces between them.","What are the three states of matter? The three states of matter are solid, liquid and gas.\nHow are the three states of matter represented when using solid spheres to represent particles? When using solid spheres to represent particles, the three states of matter can be represented as follows:;Solid - particles packed tightly together and are arranged in a regular pattern.;Liquid - particles are close together and arranged in a random way.;Gas - particles are far apart and arranged in a random way.\nWhat happens to a substance as it changes from a solid to a liquid? When a substance is changing state from a solid to a liquid, it is melting. In a solid the particles are close together and touching in a fixed pattern. They are vibrating around a fixed point. As the particles are heated they begin to store more internal energy. The particles transfer this internal energy store using a thermal pathway into kinetic energy and therefore move more. In a liquid the particles are still touching but are arranged in a random way and can flow over one another.\nWhy do different substances have different melting and boiling points? Different substances have different melting and boiling points because the amount of energy needed to change state from solid to liquid and from liquid to gas depends on the strength of the forces between the particles of the substance. The nature of the particles involved depends on the type of bonding and the structure of the substance. The stronger the forces between the particles the higher the melting point and boiling point of the substance.\nWhat are the limitations to using simple particle models used to represent the different states of matter? The limitations of the simple particle models used to represent the different states of matter are that in the model there are no forces represented, all particles are represented as spheres and that the spheres are solid.\nWhat state would substance A be at room temperature (25oC) when substance A has a melting point of -10oC and a boiling point of 55oC? When substance A has a melting point of -10oC and a boiling point of 55oC, substance A would be a liquid at room temperature as 25oC is greater than the melting point of substance A but lower than its boiling point.\nWhy does water boil at 100oC rather than 90oC, in terms of bonding and energy transfers? Water boils at 100oC, rather than 90oC, as the amount of energy needed to break each bond between the water molecules is only reached at 100oC and not at 90oC.\n(HT) What are the limitations of the particle theory in relation to changes of state? (HT) The limitations of particle theory in relation to changes of state are that the particles are represented by solid, inelastic spheres which have no forces between them. It also does not show the bonds between molecules, does not take into account the size of particles and the space between them.","https://www.mrcorfe.com/MemoryAnchors/a71a006aa1ed2d59bcb03d6b2288d908.","State of matter: solids, liquids and gases are called the three states of matter.\nGas: particles are far apart and arranged in a random way.\nLiquid: particles are close together and arranged and move in a random way.\nSolid: particles packed tightly together and are arranged in a regular pattern and vibrate around a fixed point.","","","Activity 2)\nDEMO: Particle models (using marbles or students)\nActivity 3)\nEW: In terms of energy and particles, explain what happens to a substance as it changes from a solid to a liquid.\nActivity 6)\nHigh numeracy: Whiteboard graph to show states of matter and latent heat.\nLow numeracy: Whiteboard number lines and states of matter.","Activity 2)\nMarbles in a Gratnell tray\n\n-----------\n\nActivity 6)\nWhiteboards\nPens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20676","CML","0","2018-10-08","2","0","9B3/Sc","S4","C1.1.02","What is the difference between atoms, elements and compounds?","","","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n3) There are about 100 different elements. Elements are shown in the periodic table.\n4) Compounds are formed from elements by chemical reactions.\n5) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n6) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n7) Compounds can only be separated into elements by chemical reactions.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow many different elements are there? There are over 100 different elements.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Chemical reaction: a reaction in which the atoms are rearranged.\nCompound: made up from two or more different types of atom chemically combined.\nElement: made up from only one type of atom.\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.","","","Activity 5)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 6)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?","Activity 5)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 6)\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20677","CML","0","2018-10-11","2","0","9B3/Sc","S4","c1.1.03","How is the periodic table used to write word and symbol equations?","","Students should be able to include appropriate state symbols in chemical equations for the reactions in this specification.\n","1) Chemical reactions can be represented by word equations or equations using symbols and formulae.\n2) Students will be supplied with a periodic table for the exam and should be able to use the names and symbols of the first 20 elements in the periodic table, the elements in Groups 1 and 7, and other elements in this specification\n3) Name compounds of these elements from given formulae or symbol equations.\n4) Write word equations for the reactions in this specification.\n5) Write formulae and balanced chemical equations for the reactions in this specification.\n6) In chemical equations, the three states of matter are shown as (s), (l) and (g), with (aq) for aqueous solutions.","How are chemical reactions represented? Chemical reactions can be represented by word equations or equations using symbols and formulae.\nWhat are the names and symbols of elements in Groups 1 and 7? Group 1: L (Lithium), Na (Sodium), K (Potassium), Rb (Rubidium), Cs (Caesium), Fr (Francium).;Group 7: F (Fluorine), Neon (Ne), Argon (Ar), Kr (Krypton), Xe (Xenon), Rn (Radon).\nWhat are the names of the following compounds: NaCl, KF, LiBr? NaCl - sodium chloride, KF - potassium fluoride, LiBr - Lithium bromide.\nWhat is the balanced chemical equation for the reaction between copper oxide and carbon? The balanced chemical equation for the reaction between copper oxide and carbon is: 2CuO C --> 2Cu CO2\nIn a chemical equation, what do the symbols (s), (l), (g), and (aq) represent? In a chemical equation, the following symbols represent the following states:;(s) = Solid;(l) = Liquid;(g) = Gas;(aq) = Aqueous solution (dissolved in water)\nWhat state symbols are added to each part of the chemical equation below?\nC O2 -> CO2:The state symbols added the each part of the chemical equation is seen below:;C (s) O2 (g) -> CO2 (g)","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Aqueous solution: solution in which water is a solvent.\nElement: made up from only one type of atom.\nGroup: a collection of elements that all have similar properties.\nChemical reaction: a reaction in which the atoms are rearranged.","","","","","","0","","0000-00-00","0","","0"),
("20678","CML","0","2018-10-12","4","0","9B3/Sc","S4","C1.1.04","What is a mixture and how do we separate them?","","Students should be able to describe, explain and give examples of the specified processes of separation.\n","1) A mixture consists of two or more elements or compounds not chemically combined together.\n2) The chemical properties of each substance in the mixture are unchanged.\n3) Mixtures can be separated by physical processes such as filtration, crystallisation, simple distillation, fractional distillation and chromatography. These physical processes do not involve chemical reactions and no new substances are made.\n5) Filtration (review from KS3)\n6) Crystallisation (review from KS3)\n7) Simple distillation (review from KS3)","What is a mixture? A mixture consists of two or more elements or compounds not chemically combined together.\nWhat happens to the chemical properties of each substance in a mixture? In a mixture the chemical properties of each substance in the mixture are unchanged.\nWhen mixtures are separated by physical processes how does this affect the chemical reactions and substances made? Mixtures separated by physical processes do not involve chemical reactions and no new substances are made.\nHow are mixtures separated using filtration? Mixtures of insoluble solid molcules and liquids can be seperated using filitration. The insoluble solid is unable to pass through filter paper allowing them to be separated from a liquid. For example a when a mixture of sand and water is filtered the sand remains in the filter and the water passes through.\nHow are mixtures separated using crystallisation? Crystallisation can be used to separate a solid that has dissolved in a liquid. The mixture is heated to remove most of the liquid and then left to allow crystals of the solid to form\nHow are mixtures separated using simple distillation? Distillation is a process that can be used to separate a pure liquid from a mixture of liquids. It works when the liquids have different boiling points. Distillation is commonly used to separate ethanol - the alcohol in alcoholic drinks - from water.","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Distillation: process that can be used to separate a pure liquid from a mixture of liquids.\nInsoluble: incapable of being dissolved.\nChemical reaction: a reaction in which the atoms are rearranged.\nMixture: two or more elements or compounds not chemically combined together.","","","Activity 4)\nCarousel of different separation techniques (outlined below)\nActivity 5)\nFiltration\nActivity 6)\nCrystallisation\nActivity 7)\nDEMO: Simple distillation","Activity 5)\nSand, salt and water solution\nFilter paper\n\n-----------\n\nActivity 6)\nCopper sulfate solution\nEvaporation dishes\n\n-----------\n\nActivity 7)\nSimple distillation setup with alcohol and water solution\n\n-----------","","0","","0000-00-00","0","","0"),
("20679","CLA","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20680","SKT","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20681","PKT","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20682","DLN","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20683","JHT","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20684","CPD","0","2018-10-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20685","DLN","0","2018-10-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20686","CPD","0","2018-10-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20687","SDN","0","2018-10-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20688","SKT","0","2018-10-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20689","DLN","0","2018-10-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20690","CML","0","2018-10-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20691","CPD","0","2018-10-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20692","SKT","0","2018-10-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20693","LAN","0","2018-10-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20694","CPD","0","2018-10-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20695","LAN","0","2018-10-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20696","DLN","0","2018-10-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20697","JHT","0","2018-10-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20698","CPD","0","2018-10-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20699","SDN","0","2018-10-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20700","CLA","0","2018-10-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20701","CPD","0","2018-10-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20702","SFD","0","2018-10-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20703","LAN","0","2018-10-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20704","DLN","0","2018-10-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20705","JHT","0","2018-10-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20706","CPD","0","2018-10-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20707","PKT","0","2018-10-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20708","CML","0","2018-10-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20709","CPD","0","2018-10-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20710","SKT","0","2018-10-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20711","DLN","0","2018-10-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20712","JHT","0","2018-10-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20713","CPD","0","2018-10-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20714","CLA","0","2018-10-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20715","DLN","0","2018-10-10","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20716","SKT","0","2018-10-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20717","LAN","0","2018-10-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20718","CPD","0","2018-10-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20719","SFD","0","2018-10-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20720","CPD","0","2018-10-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20721","SDN","0","2018-10-10","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20722","CPD","0","2018-10-10","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20723","SKT","0","2018-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20724","DLN","0","2018-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20725","CML","0","2018-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20726","CPD","0","2018-10-10","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20727","SFD","0","2018-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20728","LAN","0","2018-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20729","DLN","0","2018-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20730","JHT","0","2018-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20731","CPD","0","2018-10-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20732","DLN","0","2018-10-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20733","CPD","0","2018-10-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20734","SDN","0","2018-10-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20735","PKT","0","2018-10-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20736","DLN","0","2018-10-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20737","CML","0","2018-10-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20738","CPD","0","2018-10-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20739","CLA","0","2018-10-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20740","DLN","0","2018-10-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20741","SDN","0","2018-10-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20742","SKT","0","2018-10-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20743","LAN","0","2018-10-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20744","DLN","0","2018-10-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20745","CPD","0","2018-10-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20746","DLN","0","2018-10-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20747","CLA","0","2018-10-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20748","DLN","0","2018-10-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20749","CPD","0","2018-10-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20750","SDN","0","2018-10-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20751","SFD","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20752","LAN","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20753","DLN","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20754","CML","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20755","CPD","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20756","SDN","0","2018-10-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20757","SKT","0","2018-10-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20758","PKT","0","2018-10-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20759","DLN","0","2018-10-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20760","JHT","0","2018-10-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20761","CPD","0","2018-10-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20762","SKT","0","2018-10-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20763","LAN","0","2018-10-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20764","DLN","0","2018-10-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20765","CPD","0","2018-10-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20502","DLN","0","2018-10-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20503","DLN","0","2018-10-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20504","DLN","0","2018-10-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20505","DLN","0","2018-10-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20506","LAN","0","2018-10-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20507","DLN","0","2018-10-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20508","DLN","0","2018-10-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20509","DLN","0","2018-10-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20510","DLN","0","2018-10-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20511","DLN","0","2018-10-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20512","DLN","0","2018-10-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20513","DLN","0","2018-10-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20514","DLN","0","2018-10-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20515","SFD","0","2018-10-12","2","0","10ASK/Sc","S5","","Landmark Assessment - P","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","","","0","","0000-00-00","0","","0"),
("20516","CLA","0","2018-10-10","3","0","10ASK/Sc","S5","","Landmark Assessment - C","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20517","SFD","0","2018-10-09","1","0","10ASK/Sc","S5","","CLA - Laminated Atomic Structure Help Mats. 3 different colors of counters. 3 different colors of Plasticine.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20518","SFD","0","2018-10-09","5","0","10ASK/Sc","S5","","Landmark Assessment - B","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nstudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice and this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: (ball and stick giant lattice and charged ion ionic lattice","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","","","0","","0000-00-00","0","","0"),
("20519","CLA","0","2018-10-12","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20520","SKT","0","2018-10-09","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20521","SKT","0","2018-10-10","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20522","SKT","0","2018-10-12","2","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20523","LAN","0","2018-10-10","3","0","10CLA/Sc","S7","","LA","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20524","LAN","0","2018-10-12","2","0","10CLA/Sc","S7","","LA","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","-----------","","0","","0000-00-00","0","","0"),
("20525","LAN","0","2018-10-09","1","0","10CLA/Sc","S7","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20526","LAN","0","2018-10-09","5","0","10CLA/Sc","S7","","LA","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","","","0","","0000-00-00","0","","0"),
("20527","PKT","0","2018-10-10","3","0","10JCE/Sc","S1","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20528","PKT","0","2018-10-12","2","0","10JCE/Sc","S1","P1.2.3","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs
\nammeters
\nvoltmeters
\ncroc/clips
\nresistance wire on banjo boards
\nplug/plug leads
\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20529","DLN","0","2018-10-09","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20530","DLN","0","2018-10-10","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20531","PKT","0","2018-10-09","1","0","10JCE/Sc","S1","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20532","CML","0","2018-10-09","1","0","10MES/Sc","S4","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 2)\nrulers\naccurate balances","","0","","0000-00-00","0","","0"),
("20533","CML","0","2018-10-09","5","0","10MES/Sc","S4","","Cover lesson","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20534","CML","0","2018-10-10","3","0","10MES/Sc","S4","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20535","CML","0","2018-10-12","2","0","10MES/Sc","S4","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20536","JHT","0","2018-10-10","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20537","JHT","0","2018-10-12","2","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20538","JHT","0","2018-10-09","1","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20479","DLN","0","2018-09-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20480","DLN","0","2018-09-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20481","DLN","0","2018-09-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20482","DLN","0","2018-09-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20483","DLN","0","2018-09-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20484","DLN","0","2018-09-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20485","DLN","0","2018-09-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20486","DLN","0","2018-09-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20487","DLN","0","2018-10-03","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20488","DLN","0","2018-10-02","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20489","DLN","0","2018-10-03","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20490","DLN","0","2018-10-01","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20491","DLN","0","2018-10-01","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20492","DLN","0","2018-10-02","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20493","DLN","0","2018-10-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20494","DLN","0","2018-10-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20495","LAN","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20496","DLN","0","2018-10-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20497","LAN","0","2018-10-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20498","DLN","0","2018-10-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20499","DLN","0","2018-10-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20500","DLN","0","2018-10-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20501","DLN","0","2018-10-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20472","DLN","0","2018-09-25","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20473","DLN","0","2018-09-25","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20474","DLN","0","2018-09-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20475","SFD","0","2018-09-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20476","DLN","0","2018-09-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20477","DLN","0","2018-09-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20478","DLN","0","2018-09-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20460","CLA","0","2018-09-26","3","0","10ASK/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20461","DLN","0","2018-09-25","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20462","DLN","0","2018-09-26","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20463","DLN","0","2018-09-25","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20464","DLN","0","2018-09-26","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20465","DLN","0","2018-09-25","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20466","DLN","0","2018-09-24","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20467","DLN","0","2018-09-26","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20468","DLN","0","2018-09-24","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20469","DLN","0","2018-09-24","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20470","DLN","0","2018-09-24","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20471","DLN","0","2018-09-24","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20766","JHT","0","2018-10-19","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20767","SFD","0","2018-10-15","3","0","10ASK/Sc","S5","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","https://www.mrcorfe.com/MemoryAnchors/b5662d8eb6f0bd53a0cd99f356ac6d65.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d7eceac054ba2fb105e0a7eff11718d1.gif\nhttps://www.mrcorfe.com/MemoryAnchors/5bb28bcd0aea402dbefe3ea826c74909.gif\nhttps://www.mrcorfe.com/MemoryAnchors/cfbca71f9bd13e0dac6ffdb53260adc9.png","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("20768","SFD","0","2018-10-16","4","0","10ASK/Sc","S5","C1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20769","SFD","0","2018-10-16","5","0","10ASK/Sc","S5","C1.3.06","End of Topic - Total Recall - Mastery tasks - EW?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20770","SFD","0","2018-10-17","1","0","10ASK/Sc","S5","P1.2.01","","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nThroughout this section on Energy students should be able to calculate\nthe changes in energy involved when a system is changed by:\n- heating\n- work done by forces\n- work done when a current flows\n\nStudents should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n\nStudents should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20771","SFD","0","2018-10-19","5","0","10ASK/Sc","S5","","","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","-----------","","0","","0000-00-00","0","","0"),
("20772","SKT","0","2018-10-15","3","0","10BSK/Sc","S2","","Landmark Assessment (Physics)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20773","SKT","0","2018-10-15","4","0","10BSK/Sc","S2","P1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20774","SKT","0","2018-10-16","4","0","10BSK/Sc","S2","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20775","SKT","0","2018-10-16","5","0","10BSK/Sc","S2","P1.2.03","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20776","SKT","0","2018-10-17","1","0","10BSK/Sc","S2","P1.2.04","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter
\nvoltmeter or multimeter
\ncomponent holders
\n12 V, 24 W lamp eg a ray box lamp
\nresistor
\ndiode and protective resistor (eg 10 Ω)
\nrheostat eg 10 Ω, 5 A
\nConnecting leads.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20777","SKT","0","2018-10-19","4","0","10BSK/Sc","S2","","INSED","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20778","LAN","0","2018-10-16","4","0","10CLA/Sc","S7","","ionic or covalent circus","","","","","","","","","","from the book: \nconductivity / solubility that we discussed","","0","","0000-00-00","0","","0"),
("20779","LAN","0","2018-10-16","5","0","10CLA/Sc","S7","","bio feedback","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20780","LAN","0","2018-10-17","1","0","10CLA/Sc","S7","","chem feedback","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20781","LAN","0","2018-10-19","5","0","10CLA/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20782","LAN","0","2018-10-15","3","0","10CLA/Sc","S7","c1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20783","DLN","0","2018-10-17","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20784","PKT","0","2018-10-15","4","0","10JCE/Sc","S1","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20785","PKT","0","2018-10-16","4","0","10JCE/Sc","S1","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20786","PKT","0","2018-10-16","5","0","10JCE/Sc","S1","P1.2.3","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs
\nammeters
\nvoltmeters
\ncroc/clips
\nresistance wire on banjo boards
\nplug/plug leads
\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20787","PKT","0","2018-10-17","1","0","10JCE/Sc","S1","P1.2.4","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter
\nvoltmeter or multimeter
\ncomponent holders
\n12 V, 24 W lamp eg a ray box lamp
\nresistor
\ndiode and protective resistor (eg 10 Ω)
\nrheostat eg 10 Ω, 5 A
\nConnecting leads.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20788","PKT","0","2018-10-19","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20789","PKT","0","2018-10-15","3","0","10JCE/Sc","S1","","LANDMARK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20790","CML","0","2018-10-19","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20791","CML","0","2018-10-15","3","0","10MES/Sc","S4","","Review B1.2 topic","","","1) Assessment","","","","","","","X","","0","","0000-00-00","0","","0"),
("20792","CML","0","2018-10-16","4","0","10MES/Sc","S4","","Landmark assessment feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20793","CML","0","2018-10-16","5","0","10MES/Sc","S4","","Landmark assessment feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20794","CML","0","2018-10-17","1","0","10MES/Sc","S4","","Landmark assessment feedback","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20795","JHT","0","2018-10-15","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20796","JHT","0","2018-10-15","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20797","JHT","0","2018-10-16","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20798","JHT","0","2018-10-16","5","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20799","JHT","0","2018-10-17","1","0","10SNK/Sc","S3","","How do we draw circuits?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series
\ncircuits.
\npractical:
\nMeasure current and voltage in given circuits.
\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20800","JHT","0","2018-10-19","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20801","CML","0","2018-10-16","2","0","11CML/Sc","S4","","WTM in hall","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20802","CML","0","2018-10-17","4","0","11CML/Sc","S4","","Intervention based on landmark assessments","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20803","CML","0","2018-10-18","5","0","11CML/Sc","S4","","Intervention based on landmark assessments","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","X","","0","","0000-00-00","0","","0"),
("20804","CML","0","2018-10-19","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20805","CML","0","2018-10-19","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20806","CPD","0","2018-10-16","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20807","CPD","0","2018-10-17","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20808","CPD","0","2018-10-18","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20809","CPD","0","2018-10-19","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20810","CPD","0","2018-10-19","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20811","LAN","0","2018-10-16","2","0","11LAN/Sc","S7","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20812","LAN","0","2018-10-17","4","0","11LAN/Sc","S7","","feedback 2 - chem","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20813","LAN","0","2018-10-18","5","0","11LAN/Sc","S7","","feedback 3 - physics","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20814","LAN","0","2018-10-19","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20815","LAN","0","2018-10-19","2","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20816","PKT","0","2018-10-19","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20817","PKT","0","2018-10-16","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20818","PKT","0","2018-10-17","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20819","PKT","0","2018-10-18","5","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20820","PKT","0","2018-10-19","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20821","SFD","0","2018-10-18","5","0","11SFD/Sc","S5","B2.4.01","Baseline Assessment Feedback - Chemistry Homework","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("20822","SFD","0","2018-10-16","2","0","11SFD/Sc","S5","","Reteach - Extend. Baseline Assessment Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20823","SFD","0","2018-10-17","4","0","11SFD/Sc","S5","","Baseline Assessment Feedback - Biology","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20824","SFD","0","2018-10-19","1","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20825","SFD","0","2018-10-19","2","0","11SFD/Sc","S5","","","","Students should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.\n","1) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n2) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n3) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n5) Ordinary human body cells contain 23 pairs of chromosomes.\n6) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n7) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","How are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","Embryo screening: testing cells of an embryo for the presence of any genetic conditions.\nSex Chromosomes: the 23rd pair of chromosome that determines the sex of the person.\nCystic Fibrosis: a genetic disorder that alters the mucus in the body affecting the lungs and digestion.\nPolydactyly: genetic condition of having extra fingers or toes.","","","Activity 3)\nCompare (possibly in a table) the mutation, it's effects, whether it is dominant or recessive and the combinations from the parents by which it would be inherited.\n\nUse pedigree charts to work out family history of inherited conditions. Maybe Haemophilia and the Royal family as an example.\nActivity 4)\nEW: Evaluate whether embryo screening is the 'right thing' to do.\nActivity 9)\nComplete Punnett squares to demonstrate there is a 50:50 chance of having a girl or a boy.","","","0","","0000-00-00","0","","0"),
("20826","SKT","0","2018-10-16","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20827","SKT","0","2018-10-17","4","0","11SKT/Sc","S2","","Exam Q HW Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20828","SKT","0","2018-10-18","5","0","11SKT/Sc","S2","","Exams Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20829","SKT","0","2018-10-19","1","0","11SKT/Sc","S2","","INSED","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20830","SKT","0","2018-10-19","2","0","11SKT/Sc","S2","","INSED","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20831","DLN","0","2018-10-16","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20832","JHT","0","2018-10-17","4","0","11SNK/Sc","S3","p2.1.2","How is a resultant force calculated?","","Students should be able to calculate the resultant of two forces that act in a straight line.\n\nStudents should be able to describe examples of the forces acting on an isolated object or system.\n\nStudents should be able to use free body diagrams to describe qualitatively examples where several forces lead to a resultant force on an object, including balanced forces when the resultant force is zero.\n","1) A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together. This single force is called the resultant force.\n5) A single force can be resolved into two components acting at right angles to each other. The two component forces together have the same effect as the single force.","How is resultant force calculated? A resultant force is calculated when a number of forces acting on an object is be replaced by a single force that has the same effect as all the original forces acting together.\nWhat is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N.:What is the resultant force for an aeroplane accelerating with a force of 2300 N when the reaction force of air resistance is 1900 N is 400 N.\nWhat forces are acting on a car that is speeding up? The forces acting on a car that is speeding up are acceleration (thrust), air resistance (drag and friction), weight and reaction force.\nWhat is the resultant force for an object in each of the two examples below?\n1) http://bit.ly/2EF4n0D\n2) http://bit.ly/2BEpgGo:The resultant force for example 1 is the object's weight and reaction forces are balanced. Therefore the resultant force is zero and the object travels at the same height. However, it is accelerating (thrust) as the vector is longer than the air resistance (drag and friction).;The resultant force for example 2 is weight as the reaction force and the weight are unbalanced, where the vector for weight is longer.\nWhat happens when two component forces at right angles act together? When two component forces at right angles act together they have the same effect as the single force.","","Resultant force\nBalanced forces\nFree body diagram","","","","","","0","","0000-00-00","0","","0"),
("20833","JHT","0","2018-10-18","5","0","11SNK/Sc","S3","p2.1.3","What is the difference between mass and weight?","","","1) Weight is measured using a calibrated spring-balance (a newtonmeter).\n2) The weight of an object and the mass of an object are directly\nproportional.\n3) The weight of an object depends on the gravitational field strength at the point where the object is.\n4) Weight is the force acting on an object due to gravity. The force of gravity close to the Earth is due to the gravitational field around the Earth.\n5) The weight of an object may be considered to act at a single point\nreferred to as the object's centre of mass.\n6) The weight of an object can be calculated using the equation:\nweight = mass x gravitational field strength\nW = m g\nweight, W, in newtons, N\nmass, m, in kilograms, kg\ngravitational field strength, g, in newtons per kilogram, N/kg\n(In any calculation the value of the gravitational field strength (g) will be given.)","What piece of equipment is used to measure weight? Weight is measured using a calibrated spring-balance (a newtonmeter).\nWhat is the relationship between the weight of an object and the mass of an object? The weight of an object and the mass of an object are directly;proportional.\nWhat does gravitational field strength depend on? The weight of an object depends on the gravitational field strength at the point where the object is.\nWhat is weight and what causes the force of gravity close to the Earth? Weight is the force acting on an object due to gravity. The force of gravity close to the Earth is due to the gravitational field around the Earth.\nWhat is the name of the single point of an object where the weight is considered to act? The weight of an object may be considered to act at a single point;referred to as the object's centre of mass.\nWhat equation is used to calculate weight? Include the SI units.:The weight of an object can be calculated using the equation:;weight = mass x gravitational field strength;W = m g;weight, W, in newtons, N;mass, m, in kilograms, kg;gravitational field strength, g, in newtons per kilogram, N/kg;(In any calculation the value of the gravitational field strength (g) will be given.)","","Gravity\nCentre of mass\nGravitational field strength\nDirectly proportional\nWeight\nMass\nNewtonmeter","","","","Activity 1)\nNewton metres (5N, 10N, 20N)\nElectronic balance\nScales (Newtons)\nScales (kg / stone)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20834","JHT","0","2018-10-19","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20835","JHT","0","2018-10-19","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20836","JHT","0","2018-10-16","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20837","SDN","0","2018-10-15","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20838","SDN","0","2018-10-16","3","0","7A1/Sc","S1","1B.08","Halfway Review","","","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("20839","SDN","0","2018-10-17","5","0","7A1/Sc","S1","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------","","0","","0000-00-00","0","","0"),
("20840","SDN","0","2018-10-18","4","0","7A1/Sc","S1","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20841","JHT","0","2018-10-17","5","0","7A2/Sc","S3","1c.08","Halfway Review","","","1) T: Review of 1C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","","","0","","0000-00-00","0","","0"),
("20842","LAN","0","2018-10-18","4","0","7A2/Sc","S7","1c.09","What happens when ice melts?","","Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\nMeasure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\nDraw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: With every measurement there always random error.\n4) T: Particles can not be created or destroyed.\n5) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n6) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of water change as an ice cube melts? The mass of water stays the same as an ice cube melts.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/472bc3fe412e3a02dc6375ced2c9b92c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","States of matter: The form a substance is in.\nSolid: A substance that hold its shape.\nLiquid: A substance that takes the shape of the bottom of its container.\nConservation: Keep the same\nGas: A substance that fills its container.\nParticle: Something that makes up something bigger.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20843","JHT","0","2018-10-16","3","0","7A2/Sc","S3","1c.07","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20844","CPD","0","2018-10-18","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20845","SDN","0","2018-10-19","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20846","LAN","0","2018-10-18","2","0","7B1/Sc","S7","1C.09","What happens when ice melts?","","Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\nMeasure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\nDraw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","1) D: Make a prediction of the change in mass when an Ice cube melts.\nDevelop into an explained hypothesis.\n2) D: Measure the mass of an ice cube and the let it melt.\nMeasure the mass of the resulting water.\n3) T: With every measurement there always random error.\n4) T: Particles can not be created or destroyed.\n5) W: There is a conservation of material and of mass for physical processes ie: in melting, freezing, evaporation, sublimation, condensation.\n\nNB: Students have not studied chemical reactions yet.\n6) A: Draw a labelled diagram to show the particle arrangement for a material sample as a solid, liquid and gas. Like: \n\nhttp://www.chemistry.wustl.edu/~edudev/LabTutorials/Thermochem/images/SolLiqGas.jpg\n\nCheck for number of particles being constant.\n\nLabel melting, freezing, evaporation, sublimation, condensation.","How does the mass of water change as an ice cube melts? The mass of water stays the same as an ice cube melts.\nWhat does the term 'conservation of mass' mean? Particles can not be created or destroyed.\nWhy does the mass change during evaporation? Although there are no particles destroyed during evaporation, once a gas the particle can not be measured by the balance.\nHow can we represent the changes of state in diagram form? Check for number of particles being constant; Label melting, freezing, evaporation, sublimation, condensation.","https://www.mrcorfe.com/MemoryAnchors/472bc3fe412e3a02dc6375ced2c9b92c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/f9fcfbb09582b216be76810c31e8eae3.jpg","States of matter: The form a substance is in.\nSolid: A substance that hold its shape.\nLiquid: A substance that takes the shape of the bottom of its container.\nConservation: Keep the same\nGas: A substance that fills its container.\nParticle: Something that makes up something bigger.\nMeasurement: Putting a value to some dimension.\nMelting: When a solid turns into a liquid.\nEnergy: The ability to do work.\nAttraction: Pulling together.\nRandom Error: A difference between a measurement and the true value, that is different every time a measurement is made.","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1C.1","Activity 2)\nIce cubes\nJewelry balances\n(Beakers)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20847","LAN","0","2018-10-19","3","0","7B1/Sc","S7","","","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","","","0","","0000-00-00","0","","0"),
("20848","LAN","0","2018-10-17","2","0","7B1/Sc","S7","1c.07","Skill focus: Analysis","","","1) T: ANALYSIS & EVALUATION:\n\n- Aim: To find out how the amount of time heating water affects its temperature.\n- Hypothesis: That the temperature of water will increase more the longer it is heated.\n\nNB: Link the length of time to the amount of energy given to the water.","","https://www.mrcorfe.com/MemoryAnchors/5e6bacfaa1c6af1b7368057cc79c7ccf.png","Time\nTemperature\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.","","","","","","0","","0000-00-00","0","","0"),
("20849","JHT","0","2018-10-18","2","0","7B2/Sc","S5","1b.1","What are living things made up of?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.\n\nStudents should be able to explain how the structures of plant tissues are related to their functions.\n\nStudents should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n\nStudents should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20850","CLA","0","2018-10-17","2","0","7B2/Sc","S6","1P.12","Reflection","","","1) REFELECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("20851","CLA","0","2018-10-19","3","0","7B2/Sc","S6","1B.2","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20852","CPD","0","2018-10-15","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20853","CPD","0","2018-10-16","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20854","SDN","0","2018-10-15","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20855","SDN","0","2018-10-19","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20856","CLA","0","2018-10-16","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20857","CLA","0","2018-10-18","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20858","SDN","0","2018-10-18","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20859","SDN","0","2018-10-15","5","0","7C1/Sc","S1","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20860","SDN","0","2018-10-18","3","0","7C1/Sc","S1","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20861","SFD","0","2018-10-18","3","0","7C2/Sc","S5","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20862","SFD","0","2018-10-15","5","0","7C2/Sc","S5","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 5)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20863","DLN","0","2018-10-17","5","0","7E/Sc","S6","1P.12","Reflection","","","1) REFELECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("20864","CLA","0","2018-10-16","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20865","CLA","0","2018-10-17","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20866","CLA","0","2018-10-18","4","0","7E/Sc","S6","1B.6","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20867","JHT","0","2018-10-15","5","0","7P/Sc","S3","1b.1","What are living things made up of?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.\n\nStudents should be able to explain how the structures of plant tissues are related to their functions.\n\nStudents should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n\nStudents should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20868","JHT","0","2018-10-18","3","0","7P/Sc","S3","B1.2","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.\n\nStudents should be able to relate knowledge of enzymes to Metabolism.\n\nStudents should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n\nStudents should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) There are also genetic risk factors for some cancers.\n3) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n4) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\n7) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n9) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n10) Bile is made in the liver and stored in the gall bladder. \n11) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n12) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n13) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.\n15) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n16) Benign tumours do not invade other parts of the body.\n17) Malignant tumour cells are cancers.\n18) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n19) Scientists have identified lifestyle risk factors for various types of cancer.\n26) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n28) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n29) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n30) The role of stomata and guard cells are to control gas exchange and water loss.\n31) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n32) Detailed structure of phloem tissue or the mechanism of transport is not required.\n33) Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\n34) The measles virus is spread by inhalation of droplets from sneezes and coughs.\n35) HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\n36) Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\n37) HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\n38) Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\n39) TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\n40) Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\n41) In the UK, poultry are vaccinated against Salmonella to control the spread.\n42) Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\n43) Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\n44) Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\n45) Gonorrhoea is spread by sexual contact.\n46) The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.\nWhy is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.\nHow are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\nWhat is measles and why are young children vaccinated against it? Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\nHow is the measles virus spread? The measles virus is spread by inhalation of droplets from sneezes and coughs.\nWhat is the initial symptom of HIV and what do antiretroviral drugs stop the virus doing? HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\nWhen does late stage HIV infection or AIDS occur? Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\nHow is HIV spread? HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\nWhat is tobacco mosaic virus? Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\nHow does tobacco mosaic virus reduce growth in plants? TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\nHow is Salmonella food poisoning spread? Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\nWhat animal is vaccinated in the UK to control the spread of Salmonella? In the UK, poultry are vaccinated against Salmonella to control the spread.\nWhat are the symptoms of salmonella and what causes them? Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\nWhat is gonhorrhoea and what are the symptoms? Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\nHow and why has treatment of gonorrhoea changed over time? Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\nHow is gonhorroea spread? Gonorrhoea is spread by sexual contact.\nHow can the spread of gonorrhoea be controlled? The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.\nMeasles: Viral infection.\nHIV: Viral infection\nCaner: Uncontrollable growth of cells\nTMV: Viral infection\nFlu: Viral infection\nMalignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nCancer: A malignant growth resulting from an uncontrolled division of cells.\nRibosomes : organelles specialised to synthesis proteins.\nMitochondria : the site of respiration within the cell.\nCytoplasm : the liquid material within a cell which is the site of chemical reactions.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nEmulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nOrganelle : specialised structures found within a cell.","","","Activity 7)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 13)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.\nActivity 18)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 19)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.\nActivity 20)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 28)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.\nActivity 34)\nShow an image of a student with measles and ask students to consider how it is transmitted.\nActivity 35)\nSplit students into teams and allocate them a virus disease to research and either create a presentation or a poster to display for a market place fact collecting activity. Their presentations should include: \n1. How the disease is transmitted\n2. The effects of the disease \n3. How the spread of the disease can be prevented\nActivity 36)\nGF: Why will HIV never be truly eradicated?","Activity 21)\nTranspiration demo\nCelery translocation demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20869","SDN","0","2018-10-17","2","0","7X/Sc","S1","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg Dissection boards\nPins\nScalpels\nForceps\nGloves\nAntibac hand wash\nDisinfectant\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20870","SDN","0","2018-10-18","2","0","7X/Sc","S1","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20871","SDN","0","2018-10-19","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20872","SDN","0","2018-10-16","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20873","SDN","0","2018-10-19","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20874","PKT","0","2018-10-17","2","0","8A1/Sc","S3","4C.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus
\n - 250 cm3
\n cylinders – one for each catalyst to be used.
\n - A tray to catch any foam that spills over the top of the cylinders.
\n Stopwatch
\nwashing up liquid 1cm
\n
\nChemicals
\nThe quantities given are for one demonstration.
\n -25ml of 50 vol. hydrogen peroxide solution for each demo.
\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).
\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).
\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).
\n - A small piece of potato.
\n - A small piece of liver.
\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20875","PKT","0","2018-10-18","2","0","8A1/Sc","S3","4c.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("20876","PKT","0","2018-10-19","3","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20877","SKT","0","2018-10-17","2","0","8A2/Sc","S2","","Landmark Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20878","SKT","0","2018-10-18","2","0","8A2/Sc","S2","","Landmark Assessment Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20879","SKT","0","2018-10-19","3","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20880","CML","0","2018-10-17","2","0","8A3/Sc","S4","","Revision lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20881","CML","0","2018-10-18","2","0","8A3/Sc","S4","","Landmark assessment","","","","","","","","","","21 x year 8 landmark assessment (2 yellow and 1 blue).","","0","","0000-00-00","0","","0"),
("20882","CML","0","2018-10-19","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20883","SDN","0","2018-10-16","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20884","SDN","0","2018-10-19","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20885","CLA","0","2018-10-16","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20886","JHT","0","2018-10-18","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20887","CLA","0","2018-10-15","5","0","8B1/Sc","S6","4P.7","What is sound? Oscilloscope, model guiter with elastic bands, wooden blocks","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","Activity 1)
\nTuning forks
\nbeakers of water
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20888","CLA","0","2018-10-18","3","0","8B1/Sc","S6","4P.8","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)
\nHearing Range Powerpoint
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20889","CML","0","2018-10-15","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20890","CML","0","2018-10-18","3","0","8B2/Sc","S4","","Landmark assessment","","","","","","","","","","23 x year 8 landmark assessments (2 yellow and 1 green)","","0","","0000-00-00","0","","0"),
("20891","DLN","0","2018-10-15","5","0","8B2/Sc","S4","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------","","0","","0000-00-00","0","","0"),
("20892","CLA","0","2018-10-18","2","0","8E/Sc","S6","","PR1 Class Exam","","Review of 4P.1","1) A: Review of 4P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("20893","SFD","0","2018-10-17","2","0","8E/Sc","S5","4P.06","Halfway Review","","Review of 4P.1","1) A: Review of 4P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("20894","SFD","0","2018-10-19","3","0","8E/Sc","S5","","","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","","","0","","0000-00-00","0","","0"),
("20895","PKT","0","2018-10-15","5","0","8S/Sc","S2","4C.07","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl
\n0.5 sod hydroxide
\nuniversal soln
\nph scales
\ntest tubes
\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20896","PKT","0","2018-10-18","3","0","8S/Sc","S2","4C.08","Enquiry: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","","","0","","0000-00-00","0","","0"),
("20897","SFD","0","2018-10-18","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20898","PKT","0","2018-10-18","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20899","JHT","0","2018-10-15","1","0","9A1/Sc","S3","P1.1.4","Why does jam heat up faster than a sponge?","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:
;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\nenergy transfer
\nconduction
\nmaterial\nspecific heat capacity
\ntransferred\nenergy transferred\ntemperature
\nmass
\npower\nenergy
\nrate\npower
\nrate
\nenergy","","","","Activity 1)\nClass set\n• copper block wrapped in insulation, with two holes for a thermometer and heater\n• thermometer\n• pipette to put water in the thermometer hole\n• 30 W heater\n• 12 V power supply\n• insulation to wrap around the blocks\n• ammeter and voltmeter\n• five 4 mm leads\n• stop watch or stop clock\n• balance.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20900","JHT","0","2018-10-15","2","0","9A1/Sc","S3","P1.1.5","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20901","JHT","0","2018-10-16","1","0","9A1/Sc","S3","P1.1.6","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20902","JHT","0","2018-10-17","3","0","9A1/Sc","S3","","A","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20903","JHT","0","2018-10-18","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20904","JHT","0","2018-10-19","5","0","9A1/Sc","S3","B1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("20905","CLA","0","2018-10-15","1","0","9A2/Sc","S6","P1.1.03","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n","2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n","What two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)","","mass
\ntemperature
\nenergy\nlead
\ntransfer\nthermal
\ninsulation
\nlubricaction
","","","","","","0","","0000-00-00","0","","0"),
("20906","CLA","0","2018-10-15","2","0","9A2/Sc","S6","P1.1.04","Why does jam heat up faster than a sponge?","","Students should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n\nStudents should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n3) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n5) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:
;change in thermal energy = mass x specific heat capacity x temperature change\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.","","thermal conductivity
\nenergy transfer
\nconduction
\nmaterial\nspecific heat capacity
\ntransferred\nenergy transferred\ntemperature
\nmass
\npower\nenergy
\nrate\npower
\nrate
\nenergy","","","","Activity 1)
\nClass set
\n• copper block wrapped in insulation, with two holes for a thermometer and heater
\n• thermometer
\n• pipette to put water in the thermometer hole
\n• 30 W heater
\n• 12 V power supply
\n• insulation to wrap around the blocks
\n• ammeter and voltmeter
\n• five 4 mm leads
\n• stop watch or stop clock
\n• balance.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("20907","CLA","0","2018-10-16","1","0","9A2/Sc","S6","P1.1.05","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Activity 1)\nRP thermal insulation\nselection of beakers\ncard lids with holes\nthermometers\nkettles\nstopclocks\ninsulation materials\nelastic bands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20908","CLA","0","2018-10-17","3","0","9A2/Sc","S6","P1.1.06","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20909","CLA","0","2018-10-18","1","0","9A2/Sc","S6","x","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20910","CLA","0","2018-10-19","5","0","9A2/Sc","S6","x","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("20911","SKT","0","2018-10-15","1","0","9A3/Sc","S2","B1.1.02","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.\n","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n3) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Ribosomes : organelles specialised to synthesis proteins.\nMitochondria : the site of respiration within the cell.\nCytoplasm : the liquid material within a cell which is the site of chemical reactions.\nOrganelle : specialised structures found within a cell.","","","","","","0","","0000-00-00","0","","0"),
("20912","SKT","0","2018-10-15","2","0","9A3/Sc","S2","B1.1.03","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","Activity 1)\nPictures of specialised cells\n\n-----------\n\nActivity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20913","SKT","0","2018-10-16","1","0","9A3/Sc","S2","B1.1.04","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","","","0","","0000-00-00","0","","0"),
("20914","SKT","0","2018-10-17","3","0","9A3/Sc","S2","B1.1.05","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("20915","SKT","0","2018-10-18","1","0","9A3/Sc","S2","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nOnion & knife\nslides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20916","SKT","0","2018-10-19","5","0","9A3/Sc","S2","","INSED","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20917","PKT","0","2018-10-15","1","0","9A4/Sc","S1","P1.1.5","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Specific heat capacity required practical.","","0","","0000-00-00","0","","0"),
("20918","PKT","0","2018-10-15","2","0","9A4/Sc","S1","P1.1.5","How can we represent energy transfers?","","","1) Required practical acitivity 2: Thermal Insulation\n2) Required practical activity 1: investigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Specific heat capacity required practical.","","0","","0000-00-00","0","","0"),
("20919","PKT","0","2018-10-16","1","0","9A4/Sc","S1","P1.1.6","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","","","0","","0000-00-00","0","","0"),
("20920","PKT","0","2018-10-17","3","0","9A4/Sc","S1","P1.1.7","A","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20921","PKT","0","2018-10-18","1","0","9A4/Sc","S1","P1.1.8","B","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20922","PKT","0","2018-10-19","5","0","9A4/Sc","S1","","Landmark","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20923","LAN","0","2018-10-15","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20924","DLN","0","2018-10-15","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20925","DLN","0","2018-10-16","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20926","LAN","0","2018-10-16","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20927","LAN","0","2018-10-17","5","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20928","LAN","0","2018-10-18","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20929","LAN","0","2018-10-19","4","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20930","SFD","0","2018-10-15","1","0","9B2/Sc","S5","","Full Review - Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20931","SFD","0","2018-10-16","3","0","9B2/Sc","S5","B1.1.01","What is the difference between a eukaryote and a prokaryote cell?","","Students should be able to demonstrate an understanding of the scale and size of cells and be able to make order of magnitude calculations, including the use of standard form.\n","1) Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\n2) Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\n4) Bacterial cells (prokaryotic cells) are much smaller in comparison.\n5) In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","What is the basic structure of plant and animal (eukaryotic) cells? Plant and animal cells (eukaryotic cells) have a cell membrane, cytoplasm and genetic material enclosed in a nucleus.\nWhat is the structure of a bacterial cell? Bacteria have cytoplasm and a cell membrane surrounded by a cell wall.\nWhat is the order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell? The order of magnitude of an ant, DNA, red blood cell, carbon atom and bacterial cell is as follows: ant > red blood cell > bacterium > DNA > carbon atom.\nAre bacterial (prokaryotic) cells bigger or smaller than eukaryotic cells? :Bacterial cells (prokaryotic cells) are much smaller in comparison to eukaryotic cells.\nWhat is unique about the DNA in a bacterial cell? In bacteria the genetic material is not enclosed in a nucleus. It is a single DNA loop and there may be one or more small rings of DNA called plasmids.","https://www.mrcorfe.com/MemoryAnchors/a8a5ac59ff1bbb4536c89a6eefef1e99.jpg","DNA : the carrier of genetic information, present in nearly all living organisms.\nMagnitude : the size or extent of something.\nEukaryote : an organism consisting of a cell or cells in which the genetic material is DNA in the form of chromosomes contained within a distinct nucleus.\nProkaryote : a microscopic, single-celled organism with no distinct membrane-bound organelles.","","","Activity 1)\nRecall structure of plant and animal cells as teams with whiteboards.\nActivity 2)\nGF - Justify why the majority of disease causing organisms are prokaryotic.\nActivity 5)\nExplore structure of animal and plant cells using models","Activity 5)\nModels of animal and place cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("20932","SFD","0","2018-10-17","5","0","9B2/Sc","S5","B1.1.02","How is a plant cell different from an animal cell?","","Students should be able to explain how the main sub-cellular structures, including the nucleus, cell membranes, mitochondria, chloroplasts in plant cells and plasmids in bacterial cells are related to their functions.\n\nStudents should be able to use estimations and explain when they should be used to judge the relative size or area of sub-cellular structures.\n","1) Most animal cells have the following parts:\n- a nucleus\n- cytoplasm\n- a cell membrane\n- mitochondria\n- ribosomes.\n2) In addition to the parts found in animal cells, plant cells often have:\n- chloroplasts\n- a permanent vacuole filled with cell sap\n- cell wall\n3) Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.","What sub-celluar structures are found in most animal cells? :Most animal cells have the following parts: a nucleus, cytoplasm, cell membrane, mitochondria, ribosomes.\nWhat additional sub-celluar structures do plant cells often have? In addition to the parts found in animal cells, plant cells often have: chloroplasts, permanent vacuole filled with cell sap, cell wall.\nWhat are plant and algal cell walls made of to strengthen the cell? Plant and algal cells also have a cell wall made of cellulose, which strengthens the cell.\nHow are each of the following sub-ceullular structures related to their functions: nucleus, cytoplasm, cell membrane, mitochondria, ribosomes, and plasmids (bacterial cells)? Nuclues - controls activities of the cell, contains DNA. ;Cytoplasm - site of chemical reactions, liquid for substances to diffuse/move.;Cell membrane - controls movement of substances in and out of cells, partially permeable mebrane. ;Mitochondria - site of respiration, large surface area to volume ratio from folds. ;Chloroplasts - site of photosynthesis, contains chlorophyll to absorb light energy.;Ribosomes - site of protein synthesis, they are very small. ;Plasmids - single loops of DNA, control activity of the cell.\nWhat is the estimated size of an ant, the diameter of a hair, the length of a leaf cell, the size of a red blood cell, the length of bacterium, the size of a virus, the diameter of DNA and the size of a carbon atom.:The estimated size of an ant 3mm, the diameter of a hair 100um, the length of a leaf cell 70um, the size of a red blood cell 7um, the length of bacterium 1um, the size of a virus 100nm, the diameter of DNA 2.5nm and the size of a carbon atom 0.34nm.","https://www.mrcorfe.com/MemoryAnchors/5375969461ca36350e01ea4146a0a781.jpg","Ribosomes : organelles specialised to synthesis proteins.\nMitochondria : the site of respiration within the cell.\nCytoplasm : the liquid material within a cell which is the site of chemical reactions.\nOrganelle : specialised structures found within a cell.","","","","","","0","","0000-00-00","0","","0"),
("20933","SFD","0","2018-10-18","1","0","9B2/Sc","S5","","Homework Feedback and any overflow","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","","","0","","0000-00-00","0","","0"),
("20934","SFD","0","2018-10-19","4","0","9B2/Sc","S5","","","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","","","0","","0000-00-00","0","","0"),
("20935","CML","0","2018-10-15","1","0","9B3/Sc","S4","c1.1.05","How can we separate a mixture of more than two substances?","","Students should be able to suggest suitable separation and purification techniques for mixtures when given appropriate information.","1) fractional distillation \n2) chromatography (review from KS3)","How are mixtures separated using fractional distillation? During fractional distillation a mixture is separated into its component parts, or fractions, based on their boiling point. This is achieved by heating them to a temperature at which one or more fractions of the compound will vaporise and condensing them at different temperatures in a distillation column.\nHow are mixtures separated using chromatography? In chromatography a mixture is passed through a medium in which the components move at different rates allowing separation of the individual components.\nHow could we separare a mixture of sand, salt, iron and water into its individual components? A mixture of sand, salt, iron and water can be seperated using filtration to separate out the insoluble solids (iron and sand) from the solution (salt and water). Iron can be separated from the sand using a magnet. Salt and water can be separated by either evaporation or distillation.","https://www.mrcorfe.com/MemoryAnchors/bb9f8d1cfb757ff0ead2c23b80218109.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bbe19a3ad6ce5ed16c7441eaf889abe1.png\nhttps://www.mrcorfe.com/MemoryAnchors/73a17442209b35c4569d7318987b2dcc.jpg","Evaporation: change in state from liquid to gas.\nMedium: state of matter such as solid, liquid or gas.\nBoiling point: the point at which particles have enough energy to overcome the intermolecular forces holding them together.\nCondense: change in state from gas to liquid.","","","Activity 1)\nDEMO: Fractional distillation (optional)\nActivity 2)\nPaper chromatography\nActivity 3)\nJustifying chosen separation techniques by separating a mixture of sand, salt, iron and water.","Activity 1)\nDemo- fractional distillation of oil.\ntest tubes\nmineral wool & small burning trays\n\n-----------\n\nActivity 2)\nChromatography paper\nM","","0","","0000-00-00","0","","0"),
("20936","CML","0","2018-10-16","3","0","9B3/Sc","S4","c1.1.06","How has the model of the atom developed over time? (Common content with Physics)","","Students should be able to describe why the new evidence from the scattering experiment led to a change in the atomic model\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n\n(WS) This historical context provides an opportunity for students to show an understanding of why and describe how scientific methods and theories develop over time.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom. \n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n11) Details of experimental work supporting the Bohr model are not required.\n12) Details of Chadwick's experimental work are not required.","What can lead to a scientific model being changed or replace? New experimental evidence may lead to a scientific model being changed or replaced.\nWhat is an atom? The word atom means indivisible. An atom is the smallest constituent unit of ordinary matter.\nWhat were the main features of the 'plum pudding' model of the atom? In the plum pudding model the atom was thought to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.\nHow did the \'plum pudding\' model describe the structure of an atom? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\nHow did the Rutherford\'s alpha particle scattering experiment change our understanding of the structure of the atom? A beam of alpha particles was aimed at very thin gold foil and their passage through the foil detected. The scientists expected the alpha particles to pass straight through the foil, but something else also happened.;;Some of the alpha particles emerged from the foil at different angles, and some even came straight back. The scientists realised that the positively charged alpha particles were being repelled and deflected by a tiny concentration of positive charge in the atom. As a result of this experiment, the plum pudding model was replaced by the nuclear model of the atom.;\nWhat contribution did Niels-Bohr make in furthering our understanding of the structure of the atom.:Niels-Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\nWhich subatomic particle gives the nucleus of the atom a positive charge? Protons give the nucleus of the atom a postive charge, each proton has mass of 1 and a 1 charge.\nWhat discovery did James Chadwick make that advanced our understanding of the structure of an atom? James Chadwick provided evidence that the nucleus of an atom was also made of neutrons. Protons were discovered some 20 years prior.\nHow did the evidence of alpha particles scattering lead to a change in the atomic model? The new evidence of alpha particles scattering during the gold leaf experiment lead to a new atomic model as it proved most of the atom was empty space except for a postive charge at the very centre of it.\nDescribe the currently accepted structure of the atom :A nucleus composed of protons and neutrons, surrounded by shells of electrons.","https://www.mrcorfe.com/MemoryAnchors//6fd86c064e580bc53dd55bba3c459d9c.jpg","Neutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.\nAtom: the smallest constituent unit of ordinary matter.","","","Activity 3)\nEW: Explain the events and discoveries that led to our understanding of the structure of the atom today.","X","","0","","0000-00-00","0","","0"),
("20937","CML","0","2018-10-17","5","0","9B3/Sc","S4","c1.1.07","What are the size and mass of atoms?","","Students should be able to use the nuclear model to describe atoms.\n","1) The relative electrical charges of the particles in atoms are:\nProton 1\nNeutron 0\nElectron -1\n2) Atoms have no overall electrical charge.\n3) In an atom, the number of electrons is equal to the number of protons in the nucleus.\n4) The number of protons in an atom of an element is its atomic number.\n5) All atoms of a particular element have the same number of protons.\n6) Atoms of different elements have different numbers of protons.\n8) The radius of a nucleus is less than 1/10 000 of that of the atom (about 1 x 10-14 m).\n9) Almost all of the mass of an atom is in the nucleus.\n10) The relative masses of protons, neutrons and electrons are:\nProton 1\nNeutron 1\nElectron Very small\n11) The sum of the protons and neutrons in an atom is its mass number.","What are the relative electrical charges of each sub-atomic particle? The relative electrical charges of each sub-atomic particles are: ;Proton 1;Neutron 0;Electron -1\nWhy do atoms have no overall charge? Atoms do not have an overall charge as a number of POSITIVE protons will always match the number of NEGATIVE electrons.\nIf an atom has 9 protons, how many electrons would it have? If an atom has 9 protons it would have 9 electrons.\nWhat does the atomic number of an element tell us? The atomic number tells us the number of protons found in an atom of that element.\nWhat do all atoms of a particular element have in common? Atoms of the same element all have the same number of protons.\nWhat are the differences between an atom of Nitrogen and an atom of Carbon. What is it that makes them unique elements? An atom of carbon has:;Protons= 6 Electrons= 6 Neutrons= 6.;An atom of Nitrogen has:;Protons= 7 Electrons= 7 Neutrons= 7.;It is the differing number of protons which makes them unique elements.\nHow does the current nuclear model describe an atom? The nuclear model shows that an atom is made of a small nucleus of positive protons and neutral neutrons, it also has negatively charged electrons orbiting it in energy levels.\nHow large is the radius of the nucleus of an atom in comparison to its total radius? The radius of the nucleus of an atom compared to the total atoms radius is 1/10 000 of that of the atom (about 1 x 10 to the power -14 m).\nWhere is the majority of the mass of the atom found? The majority of the mass of the atom is found within the nucleus and is made up of protons and neutrons. Electrons have a negligible mass.\nWhat are the relative masses of each subatomic particle (proton, neutron and electron)? The relative masses of the subatomic particles are: ;Proton = 1;Neutron = 1;Electron = negligible (very small)\nWhat does the mass number of an atom tell us about that atom? The mass number tells us the total number of protons and neutrons within that atom.","https://www.mrcorfe.com/MemoryAnchors/232eef86c9c250a3dac9a3c040df619c.png","Atomic number: number of protons found in an atom of an element.\nNeutron: a sub-atomic particle that has no overall charge found in the nucleus of an atom with a mass of 1.\nElectron: a negatively charged sub-atomic particle found in the electron shells (energy levels) of an atom with a negligible mass.\nProton: a positively charged sub-atomic particle found in the nucleus of an atom with a mass of 1.","","","","X","","0","","0000-00-00","0","","0"),
("20938","CML","0","2018-10-18","1","0","9B3/Sc","S4","","Review","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("20939","CML","0","2018-10-19","4","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20940","CPD","0","2018-10-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20941","SFD","0","2018-10-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20942","LAN","0","2018-10-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20943","DLN","0","2018-10-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20944","CML","0","2018-10-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20945","SDN","0","2018-10-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20946","CLA","0","2018-10-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20947","DLN","0","2018-10-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20948","CPD","0","2018-10-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20949","SDN","0","2018-10-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20950","SFD","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20951","CLA","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20952","LAN","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20953","DLN","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20954","CML","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20955","CPD","0","2018-10-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20956","SKT","0","2018-10-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20957","LAN","0","2018-10-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20958","CPD","0","2018-10-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20959","SFD","0","2018-10-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20960","LAN","0","2018-10-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20961","DLN","0","2018-10-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20962","CML","0","2018-10-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20963","CPD","0","2018-10-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20964","SKT","0","2018-10-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20965","PKT","0","2018-10-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20966","DLN","0","2018-10-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20967","CPD","0","2018-10-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20968","SDN","0","2018-10-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20969","CLA","0","2018-10-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20970","DLN","0","2018-10-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20971","CPD","0","2018-10-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20972","SDN","0","2018-10-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20973","CLA","0","2018-10-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20974","CPD","0","2018-10-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20975","SDN","0","2018-10-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20976","DLN","0","2018-10-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20977","JHT","0","2018-10-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20978","CPD","0","2018-10-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20979","SFD","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20980","LAN","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20981","DLN","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20982","CML","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20983","CPD","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20984","SDN","0","2018-10-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20985","CLA","0","2018-10-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20986","DLN","0","2018-10-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20987","SDN","0","2018-10-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20988","SKT","0","2018-10-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20989","PKT","0","2018-10-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20990","CPD","0","2018-10-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20991","DLN","0","2018-10-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20992","CPD","0","2018-10-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20993","SDN","0","2018-10-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20994","SFD","0","2018-10-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20995","DLN","0","2018-10-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20996","CPD","0","2018-10-18","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20997","SKT","0","2018-10-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20998","LAN","0","2018-10-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("20999","DLN","0","2018-10-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21000","CPD","0","2018-10-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21001","SKT","0","2018-10-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21002","DLN","0","2018-10-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21003","CML","0","2018-10-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21004","DLN","0","2018-10-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21005","CLA","0","2018-10-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21006","DLN","0","2018-10-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21007","CLA","0","2018-10-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21008","DLN","0","2018-10-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21009","DLN","0","2018-10-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21010","CPD","0","2018-10-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21011","CLA","0","2018-10-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21012","DLN","0","2018-10-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21013","CPD","0","2018-10-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21014","DLN","0","2018-10-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21015","CPD","0","2018-10-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21151","PKT","0","2018-10-29","4","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21152","PKT","0","2018-10-30","5","0","8S/Sc","S2","4C.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21153","PKT","0","2018-10-31","2","0","8S/Sc","S2","4P.01","What is a wave?","","","1) T: Waves transfer energy from one place to another, but generally not matter (particles).\n2) T: Without energy the water level is said to be at the equilibrium point.\n3) W: When the energy is increased the displacement from equilibrium point will increase.\n4) T: The maximum displacement is called the amplitude.\n5) T: The highest points of a (transverse) wave are known as peaks, the lowest points are called troughs.\n6) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n7) H: SET HOMEWORK: Wordsearch","What travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.\nWhat is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.","","Wave\nEnergy\nDisplacement: The distance in a certain direction from a frame of reference. (In waves the equilibrium point.)\nPeak: The highest point in the wave.\nTrough: The lowest point in the wave.\nDistance\nWavelength: The length between peaks.\nEquilibrium.\nTransfer\nEquilibrium: A middle point where a body is at rest.\nAmplitude: The maximum displacement of a wave.","","","Activity 1)\nUse lengths of string to model the movement of waves","Activity 1)\n1 meter lengths of string x16 for class\n1 large slinky\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21154","PKT","0","2018-11-01","5","0","8S/Sc","S2","4P.02","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21155","JHT","0","2018-10-29","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21156","JHT","0","2018-11-01","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21157","JHT","0","2018-11-02","3","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21158","CLA","0","2018-10-29","2","0","9A2/Sc","S6","P1.1.06","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","","x","","0","","0000-00-00","0","","0"),
("21159","CLA","0","2018-11-01","2","0","9A2/Sc","S6","x","x","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","x","","0","","0000-00-00","0","","0"),
("21160","CLA","0","2018-11-02","3","0","9A2/Sc","S6","x","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21161","SKT","0","2018-10-29","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21162","SKT","0","2018-11-01","2","0","9A3/Sc","S2","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nOnion & knife\nslides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21163","SKT","0","2018-11-02","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21164","PKT","0","2018-10-29","2","0","9A4/Sc","S1","","","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("21165","PKT","0","2018-11-01","2","0","9A4/Sc","S1","B1.2.1","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("21166","PKT","0","2018-11-02","3","0","9A4/Sc","S1","B1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("21167","CLA","0","2018-10-30","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21168","LAN","0","2018-11-01","2","0","9B1/Sc","S7","p1.1.2","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.","https://www.mrcorfe.com/MemoryAnchors/ade9faa8610537bca15a6250fec307e6.jpg","work done\nkinetic energy\ngravitational potential energy\nconservation of energy","","","Activity 1)\nDEMO:\nRocket launcher\nActivity 2)\nCreate a Physics equation flashcard\nActivity 3)\nCircus of mini practicals (2 or 3 sets for a big class of each)\nPiXL Physics equation practice: GPE\nActivity 4)\nPiXL Physics equation practice: KE\nActivity 5)\nCreate a Physics equation flashcard\nActivity 6)\nRecall the definition for 'conservation of energy'.","Activity 1)\nRocket launcher in S7 cupboard (LAN)\n\n-----------\n\nActivity 3)\n2 or 3 sets of each of the following (depending on size of class):\n1. Brick on a table (GPE) \n2. Car on a ramp, stop clock, balance, meter ruler. (kinetic energy) \n3. Picking up a wooden block string around the table from the table, meter ruler, balance, Newton meter. (work done) \n4. Pulling a box across a table (balance, meter ruler, Newton meter) \n5. (HT only) GF task or could be used later after teaching work done and charge.\nSeries circuit with powerpack ammeter and voltmeter. Calculate charge first then energy as work done using energy = charge x potential difference\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21169","LAN","0","2018-11-02","4","0","9B1/Sc","S7","","Landmark Assessment Higher Papers","","","","","","","","","","Landmark Assessment Higher Papers","","0","","0000-00-00","0","","0"),
("21170","LAN","0","2018-10-29","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21171","LAN","0","2018-10-29","2","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21172","SFD","0","2018-10-29","1","0","9B2/Sc","S5","B1.1.03","Why are there different types of animal cells?","","Students should be able to, when provided with appropriate information, explain how the structure of different types of cell relate to their function in a tissue, an organ or organ system, or the whole organism.\n","1) Cells may be specialised to carry out a particular function:\nsperm cells, nerve cells and muscle cells in animals.\n2) Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\n3) Muscle cells have:\n- a long shape so they can contract causing movement\n- lots of mitochondria to gain enough energy through respiration.\n4) Sperm cells have:\n - a pointed head to be streamlined and to poke into the egg cell\n - tail to swim\n - lots of mitrocondria to generate the energy to swim.\n5) Cells may be specialised to carry out a particular function:\nroot hair cells, xylem and phloem cells in plants.\n6) Root hair cells have a large surface area to absorb water and nutrients.\n7) Xylem cells in plants have:\n- no cytoplasm or other organelles,\n- no cell walls on the end, so they form a tube\n - cell walls strengthened with waterproof lignin\nTo:\n - transport water around the plant\n - to strengthen the plant\n8) Phloem cells in plants have:\n- no cytoplasm or other organelles,\n- open ends with sieve plates between cells\nTo:\n - transport 'phood' around the plant","What are the names of specialised cells in animals? ells may be specialised to carry out a particular function:;sperm cells, nerve cells and muscle cells in animals.\nHow are nerve cells specialised for their function? Nerve cells have a long shape can conduct electricity so the can send messages between places in the body.\nHow are muscle cells specialised for their function? Muscle cells have:;- a long shape so they can contract causing movement;- lots of mitochondria to gain enough energy through respiration.\nHow are sperm cells specialised for their function? Sperm cells have:; - a pointed head to be streamlined and to poke into the egg cell; - tail to swim; - lots of mitrocondria to generate the energy to swim.\nWhat are the names of specialised cells in plants? Cells may be specialised to carry out a particular function:;root hair cells, xylem and phloem cells in plants.\nHow are root hair cells specialised for their function? Root hair cells have a large surface area to absorb water and nutrients.\nHow are xylem cells specialised for their function? Xylem cells in plants have:;- no cytoplasm or other organelles,;- no cell walls on the end, so they form a tube; - cell walls strengthened with waterproof lignin;To:; - transport water around the plant; - to strengthen the plant\nHow are Phloem cells specialised for their function? Phloem cells in plants have:;- no cytoplasm or other organelles,;- open ends with sieve plates between cells;To:; - transport 'phood' around the plant","https://www.mrcorfe.com/MemoryAnchors/91e2954e5a4fc3af57ec91812386e6dd.\nhttps://www.mrcorfe.com/MemoryAnchors/35ec943581087c31708112af8634c0ec.png","Organ : a group of tissues that work together to perform a particular function.\nTissue : a group of specialised cells that work together to perform a function.\nAdaptation : a change that an organism goes through in order to become better suited to its environment.\nXylem : the vascular tissue in plants specialised to transport water and dissolved nutrients up the plant.","","","Activity 1)\nSpecialised cell Chinese whispers.\nActivity 9)\nObserve examples of specialised cells under a microscope","Activity 1)\nPictures of specialised cells\n\n-----------\n\nActivity 9)\nMicroscopes\nSlides of specialised cells\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21173","SFD","0","2018-10-29","2","0","9B2/Sc","S5","B1.1.04","How have microscopes developed over time?","","Students should be able to understand how microscopy techniques have developed over time\n\nStudents should be able to explain how electron microscopy has increased understanding of sub-cellular structures. Limited to the differences in magnification and resolution.\n","2) This means that electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\n4) An electron microscope has much higher magnification and resolving power than a light microscope.","How has microscopy developedi over time? More powerful, better quality light microscopes, and then electron microscopes.\nWhat impact has the development of the electron microscope had on our knowledge of cells? Electron microscopes can be used to study cells in much finer detail. This has enabled biologists to see and understand many more sub-cellular structures.\nHow has electron microscopy been able to increase our understanding of sub-cellular structures? Electron microscopes have a magnification of up to x1,000,000 and resolution of up to 0.2nm.\nWhy is an electron microscope better than a light microscope? An electron microscope has much higher magnification and resolving power than a light microscope.","https://www.mrcorfe.com/MemoryAnchors/4c569dd8f54816e3a0ce36216a78fc54.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e425cede5a418a7847a2d2e8f272e220.jpg\nhttp://www.tanqueverdeschools.org/Downloads/animalcellstructures.gif","Microscope : an optical instrument used for viewing very small objects, such as mineral samples or animal or plant cells, typically magnified several hundred times.\nElectron microscope : a microscope with high magnification and resolution, employing electron beams in place of light and using electron lenses.\nResolution : the smallest interval measurable by a scientific instrument.\nMagnification : the action of visibly enlarging an image.","","","Activity 2)\nEW - Evaluate an electron microscope against a light microscope.","","","0","","0000-00-00","0","","0"),
("21174","SFD","0","2018-11-01","2","0","9B2/Sc","S5","B1.1.05","How are microscopes used to calculate sizes of specimens?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("21175","SFD","0","2018-11-02","4","0","9B2/Sc","S5","","Landmark Assessment","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","","","0","","0000-00-00","0","","0"),
("21176","CML","0","2018-10-29","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21177","CML","0","2018-10-29","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21178","CML","0","2018-11-01","2","0","9B3/Sc","S4","","Landmark assessment","","","","","","","","","","20 x year 9 FT landmark assessments\n3 yellow papers","","0","","0000-00-00","0","","0"),
("21179","CML","0","2018-11-02","4","0","9B3/Sc","S4","","Landmark assessment extra timers","","","","","","","","","","20 x year 9 FT landmark assessments\n3 yellow papers","","0","","0000-00-00","0","","0"),
("21180","CLA","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21181","SKT","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21182","PKT","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21183","DLN","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21184","JHT","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21185","CPD","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21186","DLN","0","2018-10-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21187","CPD","0","2018-10-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21188","SDN","0","2018-10-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21189","SKT","0","2018-10-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21190","DLN","0","2018-10-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21191","CML","0","2018-10-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21192","CPD","0","2018-10-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21193","SKT","0","2018-10-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21194","LAN","0","2018-10-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21195","CPD","0","2018-10-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21196","LAN","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21197","DLN","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21198","JHT","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21199","CPD","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21200","SDN","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21201","CLA","0","2018-10-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21202","CPD","0","2018-10-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21203","SFD","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21204","LAN","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21205","DLN","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21206","JHT","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21207","CPD","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21208","PKT","0","2018-10-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21209","CML","0","2018-10-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21210","CPD","0","2018-10-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21211","SKT","0","2018-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21212","DLN","0","2018-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21213","JHT","0","2018-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21214","CPD","0","2018-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21215","CLA","0","2018-10-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21216","DLN","0","2018-10-31","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21217","SKT","0","2018-10-31","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21218","LAN","0","2018-10-31","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21219","CPD","0","2018-10-31","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21220","SFD","0","2018-10-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21221","CPD","0","2018-10-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21222","SDN","0","2018-10-31","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21223","CPD","0","2018-10-31","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21224","SKT","0","2018-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21225","DLN","0","2018-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21226","CML","0","2018-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21227","CPD","0","2018-10-31","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21228","SFD","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21229","LAN","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21230","DLN","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21231","JHT","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21232","CPD","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21233","DLN","0","2018-11-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21234","CPD","0","2018-11-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21235","SDN","0","2018-11-01","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21236","PKT","0","2018-11-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21237","DLN","0","2018-11-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21238","CML","0","2018-11-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21239","CPD","0","2018-11-01","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21240","CLA","0","2018-11-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21241","DLN","0","2018-11-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21242","SDN","0","2018-11-01","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21243","SKT","0","2018-11-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21244","LAN","0","2018-11-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21245","DLN","0","2018-11-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21246","CPD","0","2018-11-01","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21247","DLN","0","2018-11-02","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21248","CLA","0","2018-11-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21249","DLN","0","2018-11-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21250","CPD","0","2018-11-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21251","SDN","0","2018-11-02","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21252","SFD","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21253","LAN","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21254","DLN","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21255","CML","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21256","CPD","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21257","SDN","0","2018-11-02","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21258","SKT","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21259","PKT","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21260","DLN","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21261","JHT","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21262","CPD","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21263","SKT","0","2018-11-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21264","LAN","0","2018-11-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21265","DLN","0","2018-11-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21266","CPD","0","2018-11-02","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21016","SFD","0","2018-11-02","2","0","10ASK/Sc","S5","P1.2.04","Required Practical - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Required practical 4 - resistors ","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21017","CLA","0","2018-10-31","3","0","10ASK/Sc","S5","P1.2.03","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","The Resistance","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("21018","SFD","0","2018-10-30","1","0","10ASK/Sc","S5","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------","","0","","0000-00-00","0","","0"),
("21019","SFD","0","2018-10-30","5","0","10ASK/Sc","S5","","Homework Feedback","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","","","0","","0000-00-00","0","","0"),
("21020","CLA","0","2018-11-02","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21021","SKT","0","2018-10-30","1","0","10BSK/Sc","S2","P1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21022","SKT","0","2018-10-31","3","0","10BSK/Sc","S2","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.","2) Charge flow, current and time are linked by the equation:\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21023","SKT","0","2018-11-02","2","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21024","LAN","0","2018-10-31","3","0","10CLA/Sc","S7","p1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21025","LAN","0","2018-11-02","2","0","10CLA/Sc","S7","","homework exam Q intervention","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","-----------","","0","","0000-00-00","0","","0"),
("21026","LAN","0","2018-10-30","1","0","10CLA/Sc","S7","","physics intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21027","LAN","0","2018-10-30","5","0","10CLA/Sc","S7","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21028","PKT","0","2018-10-31","3","0","10JCE/Sc","S1","","Biology Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21029","PKT","0","2018-11-02","2","0","10JCE/Sc","S1","","Biology Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21030","DLN","0","2018-10-30","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21031","DLN","0","2018-10-31","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21032","PKT","0","2018-10-30","1","0","10JCE/Sc","S1","P1.2.3","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21033","CML","0","2018-10-30","1","0","10MES/Sc","S4","b1.3.01","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("21034","CML","0","2018-10-30","5","0","10MES/Sc","S4","b1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","","","0","","0000-00-00","0","","0"),
("21035","CML","0","2018-10-31","3","0","10MES/Sc","S4","b1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue, hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("21036","CML","0","2018-11-02","2","0","10MES/Sc","S4","b1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("21037","JHT","0","2018-10-31","3","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21038","JHT","0","2018-11-02","2","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21039","JHT","0","2018-10-30","1","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21040","SMT","0","2018-10-29","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21041","SDN","0","2018-10-30","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21042","SDN","0","2018-10-30","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21043","CML","0","2018-10-30","4","0","11CML/Sc","S4","p2.3.01","What are Newton's First and Third Laws?","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton's Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","Activity 5)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps\n\n-----------","","0","","0000-00-00","0","","0"),
("21044","CML","0","2018-10-31","1","0","11CML/Sc","S4","p2.3.02","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21045","CML","0","2018-11-01","4","0","11CML/Sc","S4","p2.3.03","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21046","CML","0","2018-11-02","1","0","11CML/Sc","S4","","","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("21047","CPD","0","2018-10-31","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21048","CPD","0","2018-11-01","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21049","CPD","0","2018-11-02","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21050","CPD","0","2018-10-30","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21051","LAN","0","2018-10-30","4","0","11LAN/Sc","S7","B2.4.1","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21052","LAN","0","2018-10-31","1","0","11LAN/Sc","S7","","homework intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21053","LAN","0","2018-11-01","4","0","11LAN/Sc","S7","B2.4.2","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nEvolution : \nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","","","0","","0000-00-00","0","","0"),
("21054","LAN","0","2018-11-02","1","0","11LAN/Sc","S7","B2.4.3","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("21055","PKT","0","2018-10-30","4","0","11PKT/Sc","S1","B2.4.1","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21056","PKT","0","2018-10-31","1","0","11PKT/Sc","S1","B2.4.2","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nEvolution : \nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","","","0","","0000-00-00","0","","0"),
("21057","PKT","0","2018-11-01","4","0","11PKT/Sc","S1","B2.4.3","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("21058","PKT","0","2018-11-02","1","0","11PKT/Sc","S1","","PSHCRE DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21059","SFD","0","2018-10-31","1","0","11SFD/Sc","S5","B2.3.07","How are some disorders inherited?","","Students should make informed judgements about the economic, social and ethical issues concerning embryo screening, given appropriate information. Appreciate that embryo screening and gene therapy may alleviate suffering but consider the ethical issues which arise.\n\n\n\nStudents should be able to carry out a genetic cross to show sex inheritance.\n\nStudents should understand and use direct proportion and simple ratios in genetic crosses.\n","1) Some disorders are inherited. These disorders are caused by the\ninheritance of certain alleles.\n2) Polydactyly (having extra fingers or toes) is caused by a dominant allele.\n3) Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\n5) Ordinary human body cells contain 23 pairs of chromosomes.\n6) 22 pairs control characteristics only, but one of the pairs carries the genes that determine sex.\n\n\n7) ? In females the sex chromosomes are the same (XX).\n? In males the chromosomes are different (XY).","How are inherited diseases passed on? :These disorders are caused by the;inheritance of certain alleles.\nWhat causes polydactyly? :Polydactyly (having extra fingers or toes) is caused by a dominant allele.\nWhat causes cystic fibrosis? :Cystic fibrosis (a respitory disease) is caused by a recessive allele, so both parents must carry the gene in order for the offspring to have the disease.\nWhat are the economical, social and ethical issues concerning embryo screening? Embyro screening is expensive, can damage/kill the embryo, can prevent suffering, some people believe all life is valueable despite disease \nHow many chromosomes are found in an ordinary human body cell? :Ordinary human body cells contain 23 pairs of chromosomes.\nWhat does the 23rd choromsome determine? sex (male or female)\nWhat is combination of sex chorosomes for a male and female? ? In females the sex chromosomes are the same (XX).;? In males the chromosomes are different (XY).\nDraw a genetic cross to show sex inheritance:\nWhat is the probability of having a male or female offpsring? 1:1 / 50%","","Embryo screening: testing cells of an embryo for the presence of any genetic conditions.\nSex Chromosomes: the 23rd pair of chromosome that determines the sex of the person.\nCystic Fibrosis: a genetic disorder that alters the mucus in the body affecting the lungs and digestion.\nPolydactyly: genetic condition of having extra fingers or toes.","","","Activity 3)\nCompare (possibly in a table) the mutation, it's effects, whether it is dominant or recessive and the combinations from the parents by which it would be inherited.\n\nUse pedigree charts to work out family history of inherited conditions. Maybe Haemophilia and the Royal family as an example.\nActivity 4)\nEW: Evaluate whether embryo screening is the 'right thing' to do.\nActivity 9)\nComplete Punnett squares to demonstrate there is a 50:50 chance of having a girl or a boy.","","","0","","0000-00-00","0","","0"),
("21060","SFD","0","2018-11-01","4","0","11SFD/Sc","S5","","B2.3 Total Recall, Intervention and Homework","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21061","SFD","0","2018-10-30","4","0","11SFD/Sc","S5","","Baseline Assessment Feedback - Physics","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21062","SFD","0","2018-11-02","1","0","11SFD/Sc","D8","","","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21063","SKT","0","2018-10-30","4","0","11SKT/Sc","S2","P2.3.01","What are Newton's First and Third Laws?","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","Activity 5)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21064","SKT","0","2018-10-31","1","0","11SKT/Sc","S2","P2.3.02","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21065","SKT","0","2018-11-01","4","0","11SKT/Sc","S2","P2.3.03","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21066","SKT","0","2018-11-02","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21067","DLN","0","2018-10-30","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21068","JHT","0","2018-10-30","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21069","JHT","0","2018-10-31","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21070","JHT","0","2018-11-01","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21071","JHT","0","2018-11-02","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21072","SDN","0","2018-10-29","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21073","SDN","0","2018-10-30","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21074","JHT","0","2018-10-31","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21075","DLN","0","2018-10-31","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21076","SKT","0","2018-10-30","3","0","7A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21077","SDN","0","2018-10-29","3","0","7A1/Sc","S1","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21078","SDN","0","2018-10-31","5","0","7A1/Sc","S1","1C.01","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nDemo Solid, liquid, Gas in a beaker\nActivity 2)\nclass practical","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n\nActivity 2)\n250mL beakers\nice \nstop clocks\n\n-----------","","0","","0000-00-00","0","","0"),
("21079","SKT","0","2018-11-01","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21080","LAN","0","2018-10-29","3","0","7A2/Sc","S7","1c.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","Activity 1)\nStarter:\nRecall the different types/forms of energy from KS3\n\nIntroduce the idea of systems and stores.\nAsk students to group/classify them as systems and stores.\nActivity 2)\nRecall the law of conservation of energy.\n\nGF: Discuss the reasons why in a chemical reaction the energy and atoms are conserved.\nActivity 3)\nClass Practical - Energy Circus\nActivity 4)\nDEMO:\nEnergy Transfer Candle Model (http://www.neilatkin.com/2016/06/09/teaching-energy-new-approach/)\n\nGF: Evaluate the model used to represent energy stores and pathways. Include the difference between energy transformation and transfers in your response.","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21081","LAN","0","2018-10-30","3","0","7A2/Sc","S7","1c.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21082","LAN","0","2018-10-31","5","0","7A2/Sc","S7","1p.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21083","LAN","0","2018-11-01","3","0","7A2/Sc","S7","1p.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21084","SDN","0","2018-11-01","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21085","SDN","0","2018-11-02","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21086","LAN","0","2018-10-31","4","0","7B1/Sc","S7","1c.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21087","SFD","0","2018-10-29","3","0","7B1/Sc","S5","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: The energy of the particles in a material is called 'internal energy'.\n2) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n3) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n4) D: Add energy arrows to diagram from previous lesson.\n5) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n6) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n7) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What is internal energy? The energy of the particles in a material is called 'internal energy'.\nWhat type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nGas\nLiquid\nBoiling point\nKinetic\nFreeze\nEvaporate\nCondense\nMelting point","","","","Activity 5)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21088","SFD","0","2018-10-31","5","0","7B1/Sc","S5","1p.1","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21089","SFD","0","2018-11-01","3","0","7B1/Sc","S5","1p.2","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21090","CLA","0","2018-10-31","4","0","7B2/Sc","S6","1B.3","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)
\nCover slips
\nOptical pins
\nScalpels
\nCutting title
\nIodine
\nOnion bulb
\nDaffodil bulb
\n
\n-----------
\n
\nActivity 2)
\nMicroscopes
\nSlides
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21091","JHT","0","2018-10-29","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21092","JHT","0","2018-10-31","5","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21093","JHT","0","2018-11-01","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21094","SDN","0","2018-10-31","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21095","SDN","0","2018-10-29","4","0","7C1/Sc","S1","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21096","SDN","0","2018-10-30","3","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21097","SDN","0","2018-10-31","2","0","7C1/Sc","S1","1C.01","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nDemo Solid, liquid, Gas in a beaker\nActivity 2)\nclass practical","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n\nActivity 2)\n250mL beakers\nice \nstop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21098","SDN","0","2018-11-01","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21099","SDN","0","2018-11-02","5","0","7C1/Sc","S1","1C.02","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21100","SFD","0","2018-10-29","4","0","7C2/Sc","S5","1P.01","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------","","0","","0000-00-00","0","","0"),
("21101","SFD","0","2018-10-30","3","0","7C2/Sc","S5","1P.02","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21102","SFD","0","2018-10-31","2","0","7C2/Sc","S5","1P.03","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21103","SFD","0","2018-11-01","5","0","7C2/Sc","S5","1P.04","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21104","SFD","0","2018-11-02","5","0","7C2/Sc","S5","1P.05","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("21105","CLA","0","2018-10-29","3","0","7E/Sc","S6","1B.1","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21106","CLA","0","2018-10-30","3","0","7E/Sc","S6","1B.2","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21107","CLA","0","2018-10-31","5","0","7E/Sc","S6","1B.3","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21108","CLA","0","2018-11-01","3","0","7E/Sc","S6","1B.4","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)
\nCell cards
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21109","DLN","0","2018-10-30","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21110","JHT","0","2018-10-30","3","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21111","JHT","0","2018-10-31","2","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21112","JHT","0","2018-11-01","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21113","JHT","0","2018-11-02","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21114","JHT","0","2018-10-29","4","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21115","PKT","0","2018-10-29","3","0","7X/Sc","S2","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21116","PKT","0","2018-10-31","5","0","7X/Sc","S2","1C.01","What are states of matter?","","","1) W: Solids hold their shape.\n2) W: Liquids take the shape of the bottom of their containers.\n3) W: Gases fill their containers.\n4) W: Liquids and gases are known as fluids because they can flow.\n5) T: All matter (stuff) is made of particles.\n6) T: Particles in a solid form a lattice - regular pattern.\n7) T: Particles in a liquid are touching, but have no pattern.\n8) T: Particles in a gas are spread out, with no pattern.\n9) T: Particles in a gas and liquids can move relative to each other, that is why they have no pattern.\n10) W: When particles can move relative to each other, the material can flow.\n11) T: The is no such thing as liquid or solid particles.","What are the properties of solids? Solids hold their shape.\nWhat are the properties of liquids? Liquids take the shape of the bottom of their container.\nWhat are the properties of gases? Gases fill their containers.\nWhat is a fluid? Fluids are liquids and gases because they can flow.\nWhat is anything with mass made of? All matter (stuff) is made of particles.\nHow are the particles arranged in solids? Particles in a solid form a lattice - regular pattern.\nHow are the particles arranged in liquids? Particles in a liquid are touching, but have no pattern.\nHow are the particles arranged in gases? Particles in a gas are spread out and have no pattern.\nWhat property do substances which have particles that are able to move relative to each other have? They are able to flow (occurs in both liquids and gases).","https://www.mrcorfe.com/MemoryAnchors/1f4dc285b8db75de87b3860cba15d1f0.","Particle: Small part of matter.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.\nLattice: a regular repeated three-dimensional arrangement.\nMatter: Any substance that occupies space and possesses mass.","","","Activity 1)\nDemo Solid, liquid, Gas in a beaker\nActivity 2)\nclass practical","Activity 1)\n3 beakers\nAn Ice cube\n\n-----------\n\nActivity 2)\n250mL beakers\nice \nstop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21117","SDN","0","2018-10-31","4","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21118","SDN","0","2018-11-01","3","0","7X/Sc","S1","1C.02","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21119","SDN","0","2018-11-02","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21120","PKT","0","2018-10-30","2","0","8A1/Sc","S3","4C.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21121","PKT","0","2018-10-31","4","0","8A1/Sc","S3","4P.01","What is a wave?","","","1) T: Waves transfer energy from one place to another, but generally not matter (particles).\n2) T: Without energy the water level is said to be at the equilibrium point.\n3) W: When the energy is increased the displacement from equilibrium point will increase.\n4) T: The maximum displacement is called the amplitude.\n5) T: The highest points of a (transverse) wave are known as peaks, the lowest points are called troughs.\n6) T: The distance between like places on a wave, such as peak-to-peak or trough-to-trough, is known as the wavelengths. Wavelength is measured in metres (m).\n7) H: SET HOMEWORK: Wordsearch","What travels from one place to another in a wave? Waves transfer energy from one place to another, but not matter.\nWhat is the maximum displacement of a wave called? The maximum displacement is called the amplitude.\nHow is the wavelength of a water wave measured? Peak-to-peak or trough-to-trough.","","Wave\nEnergy\nDisplacement: The distance in a certain direction from a frame of reference. (In waves the equilibrium point.)\nPeak: The highest point in the wave.\nTrough: The lowest point in the wave.\nDistance\nWavelength: The length between peaks.\nEquilibrium.\nTransfer\nEquilibrium: A middle point where a body is at rest.\nAmplitude: The maximum displacement of a wave.","","","Activity 1)\nUse lengths of string to model the movement of waves","Activity 1)\n1 meter lengths of string x16 for class\n1 large slinky\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21122","PKT","0","2018-11-01","1","0","8A1/Sc","S3","4P.02","How can waves behave?","","Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves","1) W: Ripple tanks can be used to see how water waves behave. This allows us to predict how other waves will behave.\n2) W: The peaks can be seen as wave fronts in a ripple tank.\n3) T: Waves on water as undulations which travel through water with transverse motion as the wave moves horizontally but the water moves up and down.\n4) W: Water waves can be reflected. This is when waves bounce off an object.\n5) W: Water waves can be refracted. This is when waves change direction.\n6) W: Water waves can be diffracted. This is when waves spread out through a gap.\n7) D: Research rogue waves.\n\nhttps://www.google.co.uk/search?q=rogue waves\n8) W: Water waves can add or cancel - superposition:\n\nWhen peaks meet you get bigger peaks. When a peak meets a trough then they cancel out.","What type of wave is a water wave? Transverse wave.\nWhat is reflection? A wave bouncing off an object.\nWhat is refraction? A wave changing direction.\nWhat is diffraction? A wave spreading out through a gap.\nWhat is wave superposition? When waves add together creating bigger peaks or smaller peaks.","","Wave\nWave Superposition: Where two or more waves are laid over each other adding and cancelling.\nPeak\nTrough\nDiffract: The dispersion of waves in a tank.\nRefraction: A change in direction of a wave.\nTransverse\nReflection: Bouncing of waves.\nRipple tank: A tank where wave effects can be easily shown.","","","Activity 1)\nUse mini ripple tank with webcam.\nActivity 3)\nMexican Waves\nActivity 4)\nMetal strip at an angle in ripple tank.\nActivity 5)\nPerspex shape in ripple tank\nActivity 6)\nTwo metal strips in line with small gap between in ripple tank\nActivity 7)\nUse computers in S7\nActivity 8)\nhttp://www.acs.psu.edu/drussell/Demos/superposition/superposition.html\n\nhttp://www.acs.psu.edu/drussell/Demos/superposition/pulses.gif","Activity 1)\nMini ripple tank\n\n-----------\n\nActivity 4)\nMini ripple tank etc\n\n-----------\n\nActivity 5)\nMini ripple tank etc\n\n-----------\n\nActivity 6)\nMini ripple tank etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21123","PKT","0","2018-10-29","5","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21124","SKT","0","2018-10-29","5","0","8A2/Sc","S2","4P.09","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\nBell in Bell jar with vacuum pump.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21125","SKT","0","2018-10-30","2","0","8A2/Sc","S2","4P.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21126","SKT","0","2018-10-31","4","0","8A2/Sc","S2","4P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","Activity 1)\nBreaking wineglass with voice, to set up the task. https://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI&t=126s","","","0","","0000-00-00","0","","0"),
("21127","SKT","0","2018-11-01","1","0","8A2/Sc","S2","4P.12","Progress Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("21128","CML","0","2018-10-29","5","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21129","CML","0","2018-10-30","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21130","CML","0","2018-10-31","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21131","CML","0","2018-11-01","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21132","CLA","0","2018-10-29","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21133","CLA","0","2018-11-02","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21134","CLA","0","2018-10-29","4","0","8B1/Sc","S6","4P.9","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\nBell in Bell jar with vacuum pump.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21135","CLA","0","2018-10-30","5","0","8B1/Sc","S6","4P.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21136","CLA","0","2018-10-31","2","0","8B1/Sc","S6","4P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","Activity 1)\nBreaking wineglass with voice, to set up the task. https://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI&t=126s","x","","0","","0000-00-00","0","","0"),
("21137","CLA","0","2018-11-01","5","0","8B1/Sc","S6","4P.12","Progress Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","x","","0","","0000-00-00","0","","0"),
("21138","CLA","0","2018-11-02","5","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21139","CML","0","2018-10-29","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21140","CML","0","2018-10-31","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21141","CML","0","2018-11-01","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21142","CML","0","2018-11-02","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21145","SDN","0","2018-10-30","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21146","SFD","0","2018-10-29","5","0","8E/Sc","S5","","Marking LAs","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","","","0","","0000-00-00","0","","0"),
("21147","SFD","0","2018-10-31","4","0","8E/Sc","S5","4P.07","Finishing marking LAs and What is sound?","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","","","0","","0000-00-00","0","","0"),
("21143","DLN","0","2018-10-29","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21144","DLN","0","2018-10-31","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21148","CLA","0","2018-10-30","2","0","8E/Sc","S6","4P.08","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)\nHearing Range Powerpoint\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21149","CLA","0","2018-11-01","1","0","8E/Sc","S6","4P.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)
\nClapper board / trays
\nTrundle wheel
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21150","PKT","0","2018-11-02","5","0","8S/Sc","S2","","Peer Marking assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21267","SNK","0","2018-10-30","1","0","10SNK/Sc","S3","","","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","X","","0","","0000-00-00","0","","0"),
("21268","SNK","0","2018-10-31","3","0","10SNK/Sc","S3","P1.2.4","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21269","SNK","0","2018-11-02","2","0","10SNK/Sc","S3","P1.2.3","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21270","SNK","0","2018-10-30","4","0","11SNK/Sc","S3","P2.3.2","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21271","SNK","0","2018-10-31","1","0","11SNK/Sc","S3","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------","","0","","0000-00-00","0","","0"),
("21272","SNK","0","2018-11-01","4","0","11SNK/Sc","S3","P2.3.4","RP 7 - Acceleration: Practical","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------","","0","","0000-00-00","0","","0"),
("21273","SNK","0","2018-11-02","1","0","11SNK/Sc","S3","P2.3.4","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("21274","SNK","0","2018-10-31","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21275","SNK","0","2018-10-29","3","0","7B2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21276","SNK","0","2018-10-31","5","0","7B2/Sc","S3","1B.4","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21277","SNK","0","2018-11-01","3","0","7B2/Sc","S3","1B.5","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("21278","SNK","0","2018-11-01","5","0","7P/Sc","S3","1B.6","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21279","SNK","0","2018-11-02","5","0","7P/Sc","S3","1B.7","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("21280","SNK","0","2018-10-29","4","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21281","SNK","0","2018-10-30","3","0","7P/Sc","S3","1B.4","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\nMicroscopes","","0","","0000-00-00","0","","0"),
("21282","SNK","0","2018-10-31","2","0","7P/Sc","S3","1B.5","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("21283","SNK","0","2018-10-29","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21284","SNK","0","2018-11-01","2","0","9A1/Sc","S3","B1.2.04","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","","","0","","0000-00-00","0","","0"),
("21285","SNK","0","2018-11-02","3","0","9A1/Sc","S3","","Landmark assessment","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","","","0","","0000-00-00","0","","0"),
("21286","CLA","0","2018-11-01","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21287","SNK","0","2018-10-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21288","SNK","0","2018-10-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21289","SNK","0","2018-10-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21290","SNK","0","2018-10-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21291","SNK","0","2018-11-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21292","SNK","0","2018-11-02","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21293","SNK","0","2018-11-09","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21294","SFD","0","2018-11-05","3","0","10ASK/Sc","S5","P1.2.05","What is potential difference?","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21295","SFD","0","2018-11-06","4","0","10ASK/Sc","S5","","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21296","SFD","0","2018-11-06","5","0","10ASK/Sc","S5","P1.2.06","How does resistance change with different components?","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n3) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n4) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a component such as a lamp, diode, thermistor or LDR behave in relation to the current of the component? The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","x","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 5)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 1)\nx\n\n-----------\n\nActivity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21297","SFD","0","2018-11-07","1","0","10ASK/Sc","S5","P1.2.07","What are the applications of different types of resistor?","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n4) The applications of thermistors in circuits eg a thermostat is required.","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nHow are thermistors used for? Oive an example. :Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","","","0","","0000-00-00","0","","0"),
("21298","SFD","0","2018-11-09","5","0","10ASK/Sc","S5","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("21299","SKT","0","2018-11-05","3","0","10BSK/Sc","S2","P1.2.03","What affects the current in a circuit? / P1.2.04","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance
\nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("21300","SKT","0","2018-11-05","4","0","10BSK/Sc","S2","P1.2.04","Required Practical - Resistors","","","1) Required practical 4 - resistors","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21301","SKT","0","2018-11-06","4","0","10BSK/Sc","S2","P1.2.05","What is potential difference?","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.","1) Current, potential difference or resistance can be calculated using the\nequation:\npotential difference = current ? resistance\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21302","SKT","0","2018-11-06","5","0","10BSK/Sc","S2","P1.2.06","How does resistance change with different components?","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","2) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n3) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n4) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a component such as a lamp, diode, thermistor or LDR behave in relation to the current of the component? The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","x","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 5)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21303","SKT","0","2018-11-07","1","0","10BSK/Sc","S2","P1.2.07","What are the applications of different types of resistor?","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n4) The applications of thermistors in circuits eg a thermostat is required.","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nHow are thermistors used for? Oive an example. :Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","","","0","","0000-00-00","0","","0"),
("21304","SKT","0","2018-11-09","4","0","10BSK/Sc","S2","P1.2.08","Investigating the resistance through a LDR","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21305","LAN","0","2018-11-09","5","0","10CLA/Sc","S7","P1.2.5","What is potential difference?","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21306","LAN","0","2018-11-05","3","0","10CLA/Sc","S7","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21307","LAN","0","2018-11-06","4","0","10CLA/Sc","S7","P1.2.3","What affects the current in a circuit?","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance? the length of a wire and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","The Resistance","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21308","LAN","0","2018-11-06","5","0","10CLA/Sc","S7","P1.2.4","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21309","LAN","0","2018-11-07","1","0","10CLA/Sc","S7","","exam Qs from RP","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21310","DLN","0","2018-11-07","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21311","PKT","0","2018-11-05","3","0","10JCE/Sc","S1","","Chemistry Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21312","PKT","0","2018-11-05","4","0","10JCE/Sc","S1","","Physics Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21313","PKT","0","2018-11-06","4","0","10JCE/Sc","S1","P1.2.4","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Required Practical I-V characteristics\n\nActivity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21314","PKT","0","2018-11-06","5","0","10JCE/Sc","S1","P1.2.4","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Required Practical I-V characteristics\n\nActivity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21315","PKT","0","2018-11-07","1","0","10JCE/Sc","S1","P1.2.7","What are the applications of different types of resistor?","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n4) The applications of thermistors in circuits eg a thermostat is required.","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nHow are thermistors used for? Oive an example. :Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","","","0","","0000-00-00","0","","0"),
("21316","PKT","0","2018-11-09","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21317","CML","0","2018-11-05","3","0","10MES/Sc","S4","","Enzyme required practical","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Enzyme required practical.","","0","","0000-00-00","0","","0"),
("21318","CML","0","2018-11-06","4","0","10MES/Sc","S4","","Practical skills intervention","","","","","","","","","","Salt, small beakers, mini balances, spatulas, glass rods, kettles, thermometers, measuring cylinders.","","0","","0000-00-00","0","","0"),
("21319","CML","0","2018-11-06","5","0","10MES/Sc","S4","","Practical skills continued.","","","","","","","","","","Using equipment from P4.","","0","","0000-00-00","0","","0"),
("21320","CML","0","2018-11-07","1","0","10MES/Sc","S4","","Enzyme summary","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21321","CML","0","2018-11-09","5","0","10MES/Sc","S4","b1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("21322","SNK","0","2018-11-09","4","0","10SNK/Sc","S3","","","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n3) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n4) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a component such as a lamp, diode, thermistor or LDR behave in relation to the current of the component? The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","x","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 5)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Cover\n\nPlanning RP","","0","","0000-00-00","0","","0"),
("21323","SNK","0","2018-11-05","3","0","10SNK/Sc","S3","P1.2.4","Required Practical - Resistors","","","1) Required practical 4 - resistors ","","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter
\nvoltmeter or multimeter
\ncomponent holders
\n12 V, 24 W lamp eg a ray box lamp
\nresistor
\ndiode and protective resistor (eg 10 Ω)
\nrheostat eg 10 Ω, 5 A
\nConnecting leads.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21324","SNK","0","2018-11-05","4","0","10SNK/Sc","S3","P1.2.4","Required Practical - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Required practical 4 - resistors ","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","The Resistance","Variable resistor: A resistor that can vary the flow of current in a circuit.\nThermistor: A resistor that is sensitve to temperature changes.\nDiode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor","","","Activity 1)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?","Activity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21325","SNK","0","2018-11-06","4","0","10SNK/Sc","S3","","Exam Qs","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21326","SNK","0","2018-11-06","5","0","10SNK/Sc","S3","P1.2.5","What is potential difference?","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the\nequation:\npotential difference = current ? resistance\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21327","SNK","0","2018-11-07","1","0","10SNK/Sc","S3","P1.2.6","How does resistance change with different components?","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","2) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n3) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n4) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a component such as a lamp, diode, thermistor or LDR behave in relation to the current of the component? The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","x","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 5)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 1)\nx\n\n-----------\n\nActivity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21328","CML","0","2018-11-06","2","0","11CML/Sc","S4","","Walking talking mock","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21329","CML","0","2018-11-07","4","0","11CML/Sc","S4","P2.3.03","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21330","CML","0","2018-11-08","5","0","11CML/Sc","S4","P2.3.04","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("21331","CML","0","2018-11-09","1","0","11CML/Sc","S4","P2.3.05","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21332","CML","0","2018-11-09","2","0","11CML/Sc","S4","P2.3.06","What affects braking distance?","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","Activity 2)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps \ndifferent surfaces \nwater spray (to create wet roads)\n\n-----------","","0","","0000-00-00","0","","0"),
("21333","CPD","0","2018-11-06","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21334","CPD","0","2018-11-07","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21335","CPD","0","2018-11-08","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21336","CPD","0","2018-11-09","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21337","CPD","0","2018-11-09","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21338","LAN","0","2018-11-06","2","0","11LAN/Sc","S7","B2.4.4","What are the ways, benefits and risks of cloning?","","","1) Tissue culture: using small groups of cells from part of a plant to grow\nidentical new plants. This is important for preserving rare plant species or commercially in nurseries.\n2) Cuttings: an older, but simple, method used by gardeners to produce many identical new plants from a parent plant.\n3) Embryo transplants: splitting apart cells from a developing animal\nembryo before they become specialised, then transplanting the identical embryos into host mothers.\n\n4) The process of adult cell cloning:\n? The nucleus is removed from an unfertilised egg cell.\n? The nucleus from an adult body cell, such as a skin cell, is inserted into the egg cell.\n? An electric shock stimulates the egg cell to divide to form an embryo.\n? These embryo cells contain the same genetic information as the adult\nskin cell.\n? When the embryo has developed into a ball of cells, it is inserted into\nthe womb of an adult female to continue its development.\n5) Explain the potential benefits and risks of cloning in agriculture and in medicine and that some people have ethical objections.\n","How does the technique of tissue culturing enable cloning? Why is this important for plants? Tissue culture: using small groups of cells from part of a plant to grow;identical new plants. This is important for preserving rare plant species or commercially in nurseries.\nWhat way, other than tissue culture, can plants be cloned by gardeners? Through using cuttings to produce many identical new plants from a parent plant.\nHow is embryo transplant cloning carried out? Embryo transplant cloning happens by splitting apart cells from a developing animal;embryo before they become specialised, then transplanting the identical embryos into host mothers.\nWhat are the steps involved in adult cell cloning? 1. The nucleus is removed from an unfertilised egg cell.;2. The nucleus from an adult body cell, such as a skin cell, is inserted into the egg cell.;3. An electric shock stimulates the egg cell to divide to form an embryo.;4. These embryo cells contain the same genetic information as the adult;skin cell.;5. When the embryo has developed into a ball of cells, it is inserted into;the womb of an adult female to continue its development.\nWhat are the potential benefits and risks involved in cloning and why do some people object? Benefits: All the new plants are genetically identical ? they will all have the desired characteristics.;Organisms that are difficult or slow to breed normally can be reproduced quickly. Some plant varieties do not produce seeds, others have seeds that are dormant for long periods.;Risks: If a clone is susceptible to disease or changes in environment, then all the clones will be susceptible.;It will lead to less variation, and less opportunity to create new varieties in the future. Some people object to cloning as they feel it is unethical and unatural to clone. Some people object on religious grounds as well. ","","Cuttings : a piece cut from a plant for propagation.\nEmbryo : an unborn or unhatched offspring in the process of development.\nTissue culture : the growth of cells derived from living tissue in an artificial medium.\nCloning : making identical copies of an organism or item.","","","Activity 2)\nDiscuss plant cloning techniques and why they are used.\nTake cuttings of different plants.\nProduce cauliflower clones – follow guidance from Science and Plants for Schools (SAPS). Observe growth in later lesson.\nEvaluate the use of cuttings and tissue culture to clone plants.\n\nhttp://www.saps.org.uk/secondary/teaching-resources/706-cauliflower-cloning-tissue-culture-and-micropropagation\nActivity 3)\nProduce and evaluate a model to describe embryo transplants.\nActivity 4)\nUse a model to describe adult cell cloning.\nActivity 5)\nGF : Evaluate the effect that human cloning could have on the social, economic and cultural environment of the world if ti were to be legalised.","Activity 2)\nCuttings: \n• scalpels or scissors\n• plants, eg geraniums and spider plants\n• pots\n• compost or rooting compound.\n \nCauliflower cloning\n• 'Diluvials' or small sterilised glass jars containing medium (MS, 20g/l sucrose, 2.5mg/l Kinetin, 0.032% SDICN – see media prep notes) \n• White ceramic tiles / chopping board \n• Forceps\n• Scalpel \n• 0.5% Solution Sodium Dichloroisocyanurate (SDICN) in small glass jar with cap (for sterilising forceps)\n• 10ml 0.5% SDICN solution in Universal bottle (28ml glass bottle) with screw cap. (1 x 4g Milton tablet in 160ml DI water, 2 in 320ml, 4 in 640ml or 5 in 800ml - see media prep notes)\n• Petri dish \n• Safety glasses and disposable gloves\n• Lab coat\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21339","LAN","0","2018-11-07","4","0","11LAN/Sc","S7","B2.4.5","Who is Charles Darwin and what did he do for science?","","Students should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n","1) Charles Darwin, as a result of observations on a round the world\nexpedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\n2) Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of\nvariation for a characteristic.\n? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.\n? The characteristics that have enabled these individuals to survive are\nthen passed on to the next generation.\n\n4) Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.\n\n5) The theory of evolution by natural selection was only gradually accepted because:\n? the theory challenged the idea that Ood made all the animals and\nplants that live on Earth\n? there was insufficient evidence at the time the theory was published\nto convince many scientists\n? the mechanism of inheritance and variation was not known until\n50 years after the theory was published.\n","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;","","Natural selection : the process whereby organisms better adapted to their environment tend to survive and produce more offspring.\nOrganism : an individual animal, plant, or single-celled life form.\nEvolution : the process by which different kinds of living organism are believed to have developed from earlier forms during the history of the earth.\nTheory : a set of principles on which the practice of an activity is based.","","","Activity 1)\nLook at exhibition to show the wide variety of organisms that live, or have lived, on Earth. \nDiscuss how they were all formed.\nActivity 2)\nDraw a flow diagram to explain natural selection.","","","0","","0000-00-00","0","","0"),
("21340","LAN","0","2018-11-08","5","0","11LAN/Sc","S7","B2.4.6","How do new species form?","","Students should be able to describe the work of Darwin and Wallace in the development of the theory of evolution by natural selection\n\n Students should be able to explain the impact of these ideas on biology\n\nStudents should be able to describe the steps which give rise to new species. The theory of speciation has developed over time\n","1) Other theories, including that of Jean-Baptiste Lamarck, are based\nmainly on the idea that changes that occur in an organism during its\nlifetime can be inherited. We now know that in the vast majority of cases this type of inheritance cannot occur. A study of creationism is not required. \n\n4) Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\n5) Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\n6) Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation","What was Lamarck\'s theory? Lamarck\'s theory was that changes in an organism only occur during its lifetime and are then inhertted. \nWhat was the impact of Darwin and Wallace\'s ideas? Darwin and Wallace\'s ideas lead to the realisation that life on earth evolved from a common organism eventually branching off into different species and families. \nWho was Alfred Russell Wallace and how is he linked to Charles Darwin? Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\nWhat is Wallace best known for? Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\nWhat was needed to support Alfred Wallace\'s work in order to lead to our current understanding of the theory of speciation? Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation.\nIn what ways do new species arise? How are these described? New species can arise as a result of:;Isolation - where two species become geographically separated each evolving in such a way that they can no longer breed. Oenetic variation - where each population has a wide range of alleles that control their characteristics;Natural selection - where the alleles which help an organism to survive are selected in each population;Speciation - where the populations become so different that successful interbreeding cannot happen anymore","","Theory : a supposition or a system of ideas intended to explain something.\nInterbreeding : breeding between species in order to form viable offspring.\nSpeciation : the formation of new and distinct species in the course of evolution.\nInheritance : something that is passed on.","","","Activity 1)\nResearch and produce report on evolutionary theories, eg Darwin, Wallace and Lamarck.\n\nCompare the different theories and suggest reasons for these differences – turn into a ‘Question Time’ style role play.\nActivity 4)\nResearch the work of Alfred Russel Wallace (see resources).\nProduce a flow diagram or cut-out to illustrate how new species arise\nActivity 6)\nDiscuss organisms that are only found in or are endemic to eg Australia, Madagascar and ask why this is. Support with projected images or video clips.","","","0","","0000-00-00","0","","0"),
("21341","LAN","0","2018-11-09","1","0","11LAN/Sc","S7","B2.4.7","How did a monk help us understand genetics?","","Students should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel's discovery was not recognised until after his death.\n","3) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n4) In the late 19th century behaviour of chromosomes during cell division was observed\n5) Our current understanding of genetics has developed over time.\n6) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n7) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance.\n8) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. ","How did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the 'units', now called genes, were located on chromosomes.\nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.","","Chromosomes : a thread-like structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.\nAllele : each of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.\nRecessive : heritable characteristics controlled by genes which are expressed in offspring only when inherited from both parents.\nDominant : heritable characteristics which are controlled by genes that are expressed in offspring even when inherited from only one parent.","","","Activity 3)\nWatch a video clip of Mendel’s experiments (see resources).\nVideo clip: BBC Bitesize –http://www.bbc.co.uk/education/clips/zwx4wmn \n\nUse a model to explain genetic inheritance in pea plants and using unfamiliar information.\nActivity 4)\nDraw and label genetic diagrams to explain Mendel’s experiments.\nActivity 7)\nResearch the main developments in the understanding of inheritance and draw a timeline.","","","0","","0000-00-00","0","","0"),
("21342","LAN","0","2018-11-09","2","0","11LAN/Sc","S7","B2.4.8","Where do fossils come from?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","2) The theory of evolution by natural selection is now widely accepted. Data is now available to support the theory of evolution.\n\n3) Fossils are the remains of organisms from millions of years ago, which are found in rocks.\n4) Extract and interpret information from charts, graphs and tables related to fossil evidence \n\n5) Fossils may be formed:\n- from parts of organisms that have not decayed because one or more\nof the conditions needed for decay are absent\n- when parts of the organism are replaced by minerals as they decay\n- as preserved traces of organisms, such as footprints, burrows and\nrootlet traces.\n6) Many early forms of life were soft-bodied, which means that they have left few traces behind. \n\n7) What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\n8) We can learn from fossils how much or how little different organisms\nhave changed as life developed on Earth.\n\n9) Appreciate why the fossil record is incomplete\n10) Understand how scientific\nmethods and theories\ndevelop over time.\n\n12) Extinctions occur when there are no remaining individuals of a species still alive.","What evidence is there now to support Darwin\'stheory of evolution? We have now unearthed fossils which we have been able to sequence the genomes of as well aslook at similar characteristics which have developed over time in a range of fossilised remains. Testing of antibiotic resistant bacteria has also shown rapid evolution within the species in order to help them survive treatment with antibiotics.\nWhat are fossils? Fossils are the remains of organisms from millions of years ago, which are found in rocks.\nHow can fossils be formed? Fossils may be formed:;? from parts of organisms that have not decayed because one or more;of the conditions needed for decay are absent;? when parts of the organism are replaced by minerals as they decay;? as preserved traces of organisms, such as footprints, burrows and;rootlet traces.;\nWhy is there little evidence of very early life forms? Many early forms of life were soft-bodied, which means that they have left few traces behind. ;\nWhy can we not be certain of how life on earthformed even from hard bodied organisms? What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\nWhat is the main thing we can learn from fossils? We can learn from fossils how much or how little different organisms;have changed as life developed on Earth.;\nWhy is the fossil record described as incomplete? Due to the constantly changing earth many fossils have been lost to us due to geographical changes suchas volcanoes and earth quakes. Some fossils have simply yet to be found and others still lie beneath the oceans.\nHow do scientific methods and theories develop over time? Scientists constantly refine scientific methods by replicating them and finding and fixing flaws through new technology or knowledge. Theories are also challenged and evidence gathered regularly. \nWhat is extinction? Extinction occurs when there are remaining individuals or a species still alive.\nWhat are some of the factors that contribute to extinction? Extinctions can occur when: changes to the environment occur, such as a change in climate, new diseases, new predators and new competitors.","","Extinction : when there are no members of a species left living.\nDecay : rot or decompose through the action of bacteria and fungi.\nGeological : relating to the study of the earth's physical structure and substance.\nFossils : the remains or impression of a prehistoric plant or animal embedded in rock and preserved in petrified form.","","","Activity 1)\nDiscuss the evidence we have to support Darwin’s theory and present in a suitable format.\nActivity 3)\nDiscuss how fossils provide evidence for evolution.\nActivity 5)\nObserve fossils or pictures of fossils.\nModel how a fossil can be formed.\nActivity 10)\nConsider theories of how life on Earth began.\nActivity 12)\nGive a list of extinct organisms and ask students to print images. Suggest reasons to explain why they died out.\nExplain why some organisms are endangered. Give examples. Give reasons why it is important to prevent species from becoming extinct\nActivity 13)\nResearch causes of extinction and write a report/PowerPoint presentation to present to the class.","","","0","","0000-00-00","0","","0"),
("21343","PKT","0","2018-11-06","2","0","11PKT/Sc","S1","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21344","PKT","0","2018-11-07","4","0","11PKT/Sc","S1","B2.4.8","Where do fossils come from?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","2) The theory of evolution by natural selection is now widely accepted. Data is now available to support the theory of evolution.\n\n3) Fossils are the remains of organisms from millions of years ago, which are found in rocks.\n4) Extract and interpret information from charts, graphs and tables related to fossil evidence \n\n5) Fossils may be formed:\n- from parts of organisms that have not decayed because one or more\nof the conditions needed for decay are absent\n- when parts of the organism are replaced by minerals as they decay\n- as preserved traces of organisms, such as footprints, burrows and\nrootlet traces.\n6) Many early forms of life were soft-bodied, which means that they have left few traces behind. \n\n7) What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\n8) We can learn from fossils how much or how little different organisms\nhave changed as life developed on Earth.\n\n9) Appreciate why the fossil record is incomplete\n10) Understand how scientific\nmethods and theories\ndevelop over time.\n\n12) Extinctions occur when there are no remaining individuals of a species still alive.","What evidence is there now to support Darwin\'stheory of evolution? We have now unearthed fossils which we have been able to sequence the genomes of as well aslook at similar characteristics which have developed over time in a range of fossilised remains. Testing of antibiotic resistant bacteria has also shown rapid evolution within the species in order to help them survive treatment with antibiotics.\nWhat are fossils? Fossils are the remains of organisms from millions of years ago, which are found in rocks.\nHow can fossils be formed? Fossils may be formed:;? from parts of organisms that have not decayed because one or more;of the conditions needed for decay are absent;? when parts of the organism are replaced by minerals as they decay;? as preserved traces of organisms, such as footprints, burrows and;rootlet traces.;\nWhy is there little evidence of very early life forms? Many early forms of life were soft-bodied, which means that they have left few traces behind. ;\nWhy can we not be certain of how life on earthformed even from hard bodied organisms? What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\nWhat is the main thing we can learn from fossils? We can learn from fossils how much or how little different organisms;have changed as life developed on Earth.;\nWhy is the fossil record described as incomplete? Due to the constantly changing earth many fossils have been lost to us due to geographical changes suchas volcanoes and earth quakes. Some fossils have simply yet to be found and others still lie beneath the oceans.\nHow do scientific methods and theories develop over time? Scientists constantly refine scientific methods by replicating them and finding and fixing flaws through new technology or knowledge. Theories are also challenged and evidence gathered regularly. \nWhat is extinction? Extinction occurs when there are remaining individuals or a species still alive.\nWhat are some of the factors that contribute to extinction? Extinctions can occur when: changes to the environment occur, such as a change in climate, new diseases, new predators and new competitors.","","Extinction : when there are no members of a species left living.\nDecay : rot or decompose through the action of bacteria and fungi.\nGeological : relating to the study of the earth's physical structure and substance.\nFossils : the remains or impression of a prehistoric plant or animal embedded in rock and preserved in petrified form.","","","Activity 1)\nDiscuss the evidence we have to support Darwin’s theory and present in a suitable format.\nActivity 3)\nDiscuss how fossils provide evidence for evolution.\nActivity 5)\nObserve fossils or pictures of fossils.\nModel how a fossil can be formed.\nActivity 10)\nConsider theories of how life on Earth began.\nActivity 12)\nGive a list of extinct organisms and ask students to print images. Suggest reasons to explain why they died out.\nExplain why some organisms are endangered. Give examples. Give reasons why it is important to prevent species from becoming extinct\nActivity 13)\nResearch causes of extinction and write a report/PowerPoint presentation to present to the class.","","","0","","0000-00-00","0","","0"),
("21345","PKT","0","2018-11-08","5","0","11PKT/Sc","S1","B2.4.9","Why is MRSA so dangerous?","","","1) Bacteria can evolve rapidly because they reproduce at a fast rate.\n2) Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\n3) MRSA is resistant to antibiotics. There are links with this content to\nAntibiotics and painkillers.\n4) To reduce the rate of development of antibiotic resistant strains:\n? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections\n? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains\n? the agricultural use of antibiotics should be restricted.\n\n5) The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","Why can bacteria evolve rapidly? Bacteria can evolve rapidly because they reproduce at a fast rate.\nWhat are the stages of antibacterial resistance? Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\nWhat is the bacteria MRSA resistant to? MRSA is resistant to antibiotics.\nWhat should be done to reduce the rate of development of antibiotc resistant bacteria? To reduce the rate of development of antibiotic resistant strains:;? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections;? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains;? the agricultural use of antibiotics should be restricted.;\nWhy can\'t medical professionals just produce new antibiotics to fight resistant bacteria? The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","","Mutations : the changing of the structure of a gene, resulting in a variant form which may be transmitted to subsequent generations, caused by the alteration of single base units in DNA, or the deletion, insertion, or rearrangement of larger sections of genes or chromosomes.\nAntibiotics : a medicine (such as penicillin or its derivatives) that inhibits the growth of or destroys microorganisms.\nMRSA : a strain of antibiotic-resistant bacteria.\nResistant : to be unaffected by something.","","","Activity 2)\nExplain how bacteria can become resistant to antibiotics.\nActivity 3)\nDiscuss how the rate of development of resistant bacteria could be slowed down.\n\nDiscuss why there are few new antibiotics being developed, and suggest how drug companies might be encouraged to develop some.\nActivity 4)\nExplain how antibiotic resistance has impacted on cleaning practices in Britain’s hospitals.\nActivity 5)\nRole play: life without antibiotics.","","","0","","0000-00-00","0","","0"),
("21346","PKT","0","2018-11-09","1","0","11PKT/Sc","S1","B2.4.10","How are living things classified?","","Students should be able to use information given to show understanding of the Linnaean system.\n\nStudents should be able to describe the impact of developments in biology on classification systems. \n\nStudents should be able to interpret evolutionary trees (WS) \n","1) Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\n2) Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \n3) Organisms are named by the binomial system of genus and species.\n6) As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed. (WS) Understand how scientific methods and theories develop over time.\n7) Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:\n? archaea (primitive bacteria usually living in extreme environments)\n? bacteria (true bacteria)\n? eukaryota (which includes protists, fungi, plants and animals).\n\n8) Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","How have organisms been classified traditionally and who by? Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\nWhat did Linnaeus classify all living things into? Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \nHow are organisms named scientifically? Organisms are named scientifically first by the genus and then by the species.\nWhat development lead to new models of classification and how? As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed.\nWho developed the \'three-domain system\' and how are organisms in this system classified? Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:;? archaea (primitive bacteria usually living in extreme environments);? bacteria (true bacteria);? eukaryota (which includes protists, fungi, plants and animals).;\nWhy are evolutionary trees used by scientists and what data do they use for it? Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","","Taxonomy : the branch of science concerned with classification, especially of organisms.\nGenus : a principal taxonomic category that ranks above species and below family, and is denoted by a capitalized Latin name, e.g. Leo.\nKingdom : the highest category in taxonomic classification.\nClassification : the arrangement of animals and plants in taxonomic groups according to their observed similarities","","","Activity 1)\nExhibition of organisms to classify, use post-it notes to explain groupings – observe and discuss choices made by other groups.\nActivity 2)\nCompare the classification of related and unrelated organisms using the Linnaeus system.\nActivity 3)\nLook at the variety of names given to the same plant and discuss why the binomial system is more useful.\nActivity 7)\nWatch BBC video clip about chemical analysis and its use in classifying organisms (see resources).\nhttp://www.bbc.co.uk/education/clips/zhb3cdm","","","0","","0000-00-00","0","","0"),
("21347","PKT","0","2018-11-09","2","0","11PKT/Sc","S1","","B2.4 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21348","SFD","0","2018-11-07","4","0","11SFD/Sc","S5","B2.4.01","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21349","SFD","0","2018-11-09","1","0","11SFD/Sc","S5","B2.4.02","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nEvolution : \nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","","","0","","0000-00-00","0","","0"),
("21350","SFD","0","2018-11-09","2","0","11SFD/Sc","S5","","Remembrance Day stuff","","Students should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel's discovery was not recognised until after his death.\n","3) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n4) In the late 19th century behaviour of chromosomes during cell division was observed\n5) Our current understanding of genetics has developed over time.\n6) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n7) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance.\n8) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. ","How did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the 'units', now called genes, were located on chromosomes.\nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.","","Chromosomes : a thread-like structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.\nAllele : each of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.\nRecessive : heritable characteristics controlled by genes which are expressed in offspring only when inherited from both parents.\nDominant : heritable characteristics which are controlled by genes that are expressed in offspring even when inherited from only one parent.","","","Activity 3)\nWatch a video clip of Mendel’s experiments (see resources).\nVideo clip: BBC Bitesize –http://www.bbc.co.uk/education/clips/zwx4wmn \n\nUse a model to explain genetic inheritance in pea plants and using unfamiliar information.\nActivity 4)\nDraw and label genetic diagrams to explain Mendel’s experiments.\nActivity 7)\nResearch the main developments in the understanding of inheritance and draw a timeline.","","","0","","0000-00-00","0","","0"),
("21351","SFD","0","2018-11-08","5","0","11SFD/Sc","S5","","Homework and Book Sort. TR2 for C2.1.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21352","SFD","0","2018-11-06","2","0","11SFD/Sc","S5","","WTM","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21353","SKT","0","2018-11-06","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21354","SKT","0","2018-11-07","4","0","11SKT/Sc","S2","P2.3.04","C2.1 Total Recall & RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("21355","SKT","0","2018-11-08","5","0","11SKT/Sc","S2","P2.3.05","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver's ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21356","DLN","0","2018-11-06","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21357","SKT","0","2018-11-09","1","0","11SKT/Sc","S2","P2.3.06","What affects braking distance? & P2.3 Total Recall","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","Activity 2)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps \ndifferent surfaces \nwater spray (to create wet roads)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21358","SKT","0","2018-11-09","2","0","11SKT/Sc","S2","B2.4.01","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("21359","SNK","0","2018-11-06","2","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21360","SNK","0","2018-11-07","4","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21361","SNK","0","2018-11-08","5","0","11SNK/Sc","S3","P2.3.1","What are Newton's First and Third Laws?","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","Activity 5)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21362","SNK","0","2018-11-09","1","0","11SNK/Sc","S3","P2.3.2","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21363","SNK","0","2018-11-09","2","0","11SNK/Sc","S3","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","","","0","","0000-00-00","0","","0"),
("21364","SDN","0","2018-11-05","4","0","7a/Pe4","SH7","1C.03","How do particles change during a change of state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21365","SDN","0","2018-11-08","4","0","7A1/Sc","S1","1C.05","Skill focus: Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21366","SDN","0","2018-11-06","3","0","7A1/Sc","S1","1C.02","What is density?","","Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\nStudents design tables to record measurement and calculations.","1) T: Lower: Density is the how heavy a material is for a given size.\nHigher: Density is the ratio of mass to volume.\n2) D: Measure the mass and volume of material sample blocks / objects using eureka cans.\n\nCalculate density.\n\nConversion of units and the use of unit prefixes.\n3) A: Students design tables to record measurement and calculations.\n4) W: For the same material:\n - Solids are the most dense;\n - Gases are the least dense;\n - With liquids between.","What is density? Density is the how heavy a material is for a given size/the ratio of mass to volume.\nHow can we use the a eureka can to measure the volume of an object? Fill the eureka can with water and then place the object of interest into it. Measure the volume of water that is displaced.\nHow does the density change between solid, liquid and gas? - Solids are the most dense;;- Gases are the least dense;;- With liquids between.","","Density: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume.\nVolume: A measure of the amount of space a substance takes up.\nMass: A measure of the amount of matter in a substance, measured in kg.\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nSolid: Contain closely packed particles which may vibrate but remain in position. Attraction between particles is very strong but kinetic energy of particles is very low.\nLiquid: Particles are touching but able to freely move over each other, resulting in substances in this state having no fixed shape. . Particles have moderate kinetic energy and attraction.","","","","Activity 2)\nMaterial samples
\nEureka Cans
\nMeasuring cylinders
\nJewelry balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21367","SDN","0","2018-11-07","5","0","7A1/Sc","S1","1C.03","How do particles change during a change of state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21368","LAN","0","2018-11-08","4","0","7A2/Sc","S7","1p.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("21369","SNK","0","2018-11-06","3","0","7A2/Sc","S3","1p.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21370","SNK","0","2018-11-07","5","0","7A2/Sc","S3","1p.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------","","0","","0000-00-00","0","","0"),
("21371","CPD","0","2018-11-08","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21372","SDN","0","2018-11-09","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21373","LAN","0","2018-11-07","2","0","7B1/Sc","S7","1p.3","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21374","LAN","0","2018-11-08","2","0","7B1/Sc","S7","1p.4","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------","","0","","0000-00-00","0","","0"),
("21375","LAN","0","2018-11-09","3","0","7B1/Sc","S7","1p.5","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("21376","SNK","0","2018-11-08","2","0","7B2/Sc","S5","1B.7","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("21377","CLA","0","2018-11-07","2","0","7B2/Sc","S6","1B.6","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21378","CLA","0","2018-11-09","3","0","7B2/Sc","S6","1B.8","Halfway Review","","","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("21379","CPD","0","2018-11-05","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21380","CPD","0","2018-11-06","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21381","SDN","0","2018-11-05","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21382","SDN","0","2018-11-09","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21383","CLA","0","2018-11-06","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21384","CLA","0","2018-11-08","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21385","SDN","0","2018-11-08","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21386","SDN","0","2018-11-05","5","0","7C1/Sc","S1","1C.03","How do particles change during a change of state?","","Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)","1) A: Students describe what is happening to be particles: ie transition from a lattice to lacking a pattern (amorphous structure)\n2) T: So what happens when a solid is heated but does not yet melt:\n\nMatter expands when heated\n\nMatter becomes less dense when heated.\n3) W: Particles move faster when heated, and so occupy a larger space.\n\nParticles do not change size, but can be of different sizes.\n4) W: When heated, the forces involved in collisions increases as the particles are moving faster.\n5) T: Particles are never stationary - other than at absolute zero\n\nThere is nothing in the gaps between particles.\n6) W: DESIRABLE:\nThe anomaly of ice-water transition:\n\nLess dense objects float.\nIf solids are more dense than liquids, why does ice float on water?\n\nWhy does a full bottle of water break when left in a freezer?\n\nIce is less dense than water.","What happens when a solid is heated but does not yet melt? Matter expands when heated so becomes less dense.\nWhat happens to particles when they are heated? Particles move faster when heated, and so occupy a larger space.\nWhat happens to the force of collision of particles when heated? When heated, the forces involved in collisions increases as the particles are moving faster.\nAt what temperature would particles ever be stationary? Particles are never stationary - other than at absolute zero;;There is nothing in the gaps between particles.\nWhat common chemical is an anomaly and actually less dense as a solid? The anomaly of ice-water transition:;;This is why ice floats on water and a full bottle of water breaks in a freezer.;;It expands and becomes less dense when freezing to a solid.","","Particle: Small part of matter.\nDensity: A measure of the compactness of a substance, which is equal to the amount of mass per unit of volume\nFreeze: A change in state from a liquid to a solid.\nForce: \nCollision: \nAbsolute zero\nVibration\nKinetic energy: the energy stored within moving objects\nHeat: The heat an object contains is the amount of its thermal energy, measured in joules or J.\nEvaporate\nExpand\nMatter\nMelt: A change in state from a solid to a liquid.\nCondense: A change in state from a l to a liquid.","","","Activity 1)\nMelt some ice in a boiling tube over a Bunsen.\nActivity 2)\nBall and ring demo.","Activity 1)\nIce cube\n\n-----------\n\nActivity 2)\nBall and ring demo.\n\n-----------","","0","","0000-00-00","0","","0"),
("21387","SDN","0","2018-11-08","3","0","7C1/Sc","S1","1C.04","How does energy change the state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21388","SFD","0","2018-11-05","5","0","7C2/Sc","S5","1P.06","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21389","SFD","0","2018-11-08","3","0","7C2/Sc","S5","1P.07","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("21390","CLA","0","2018-11-06","3","0","7E/Sc","S6","1B.6","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21391","CLA","0","2018-11-07","5","0","7E/Sc","S6","1B.6","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)
\nHand Strength Grip Meters
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21392","CLA","0","2018-11-08","4","0","7E/Sc","S6","1B.8","Halfway Review","","","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("21393","DLN","0","2018-11-07","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21394","SNK","0","2018-11-05","5","0","7P/Sc","S3","1B.8","Halfway Review","","","1) Review of 1B.1\n\nSHOPPING\nOnion Bulbs\nDaffodil Bulbs","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("21395","SNK","0","2018-11-08","3","0","7P/Sc","S3","1B.9","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21396","SDN","0","2018-11-07","2","0","7X/Sc","S1","1C.03","How do particles change during a change of state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21397","SDN","0","2018-11-08","2","0","7X/Sc","S1","1C.04","How does energy change the state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21398","SDN","0","2018-11-09","3","0","7X/Sc","S1","","1C EW","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21399","SDN","0","2018-11-06","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21400","SDN","0","2018-11-09","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21401","PKT","0","2018-11-07","2","0","8A1/Sc","S3","","Landmark peer marking","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21402","PKT","0","2018-11-08","2","0","8A1/Sc","S3","4P.03","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","","","Speed\nWave","","","Activity 1)\nDemo enquiry","Activity 1)\n1 x tray with no lip filled with water \n1 x stop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21403","PKT","0","2018-11-09","3","0","8A1/Sc","S3","4P.04","Skill focus: Data collection","","ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.","1) A: ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.\n2) T: Zero Error: Most rulers do not start at zero on their end.\n\nZero is a type of systematic error as the error is the same for every measurement (if same ruler is used)\n3) H: SET HOMEWORK:\neg. Finish graph","","","","","","","Activity 1)\nTrays 1 between 2 (no lips) \nStop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21404","SKT","0","2018-11-07","2","0","8A2/Sc","S2","4B.01","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\nFood packaging/labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21405","SKT","0","2018-11-08","2","0","8A2/Sc","S2","4B.02","What is a balanced diet?","","Comparing energy values of different foods (from labels) (kJ)","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:\nFruit and vegetables: 33%\nBread, rice, potatoes and pasta: 33%\nMilk and other dairy products : 15%\nMeat, fish, egg, beans: 12%\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy tend to conatain lots of sugars (Carbohydrates) and lipids.\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of food provide slow release energy (starch)? Bread, rice, potatoes and pasta gives starch (Carbohydrates) for slow energy.\nWhich food type provides vitamins, minerals and lipids? Milk and milk products provides vitamins, minerals and lipids.\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, eggs and beans provide protein and lipids.\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy tend to contain Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.\nActivity 10)\nCompare energy found in different foods","Activity 10)\nLaminated food labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21406","SKT","0","2018-11-09","3","0","8A2/Sc","S2","4B.03","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21407","CML","0","2018-11-07","2","0","8A3/Sc","S4","4c.02","What happens to the atoms in a chemical reaction?","","Chemical reactions result from the rearrangement of atoms\nRepresenting chemical reactions using word equations.\nThere is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","1) D: Chemical reactions result from the rearrangement of atoms\n2) W: Learn the signs of chemical reactions:\n1. Change of colour\n2. Formation of gas\n3. Formation of precipitate\n4. Change of temperature (energy released)\n3) A: Representing chemical reactions using word equations.\n4) D: There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.\n5) Representing chemical reactions using formulae and using equations.","What happens to atoms in chemical reactions:Chemical reactions result from the rearrangement of atoms\nWhat 4 things tell us a chemical reaction has occurred? Learn the signs of chemical reactions:;1. Change of color;2. Formation of gas;3. Formation of precipitate;4. Change of temperature (energy released)\nHow do we know that there is conservation of mass in a chemical reaction? There is a 'Conservation of mass' during chemical reactions as atoms are rearranged not destroyed.","https://www.mrcorfe.com/MemoryAnchors/24d2fc163b4c3b087f6665452a258349.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nAtom: The smallest particle of an element that can exist either alone or in combination.\nChemical formulae: A formula that gives the total number of atoms of each element in each molecule of a substance\nSymbol Equation: The symbolic representation of a chemical reaction, wherein the reactant(s) are given on the left-hand side and the product(s) on the right-hand side.\nConservation of mass\nPrecipitate\nGas: Particles are spread apart and move about randomly. So they have high amounts of kinetic energy but attraction between particles is weak.\nWord Equation: is a chemical reaction expressed in words rather than chemical formulas. A word equation should state the reactants (starting materials), products (ending materials), and direction of the reaction in a form that could be used to write a chemical equation.","","","Activity 1)\nDemo: Lead Iodide and Potassium Nitrate\n\n.\n\nDiscuss (Think-Pair-Share) what is happening using vocab and ideas from previous lesson.\nActivity 3)\nComplete the following word equation:\n\nLead Iodide 'plus' Potassium Nitrate 'becomes' ->\nActivity 4)\nLead Iodide and Potassium Nitrate:\n\nhttp://www.rsc.org/learn-chemistry/content/filerepository/CMP/00/000/515/cce-61.pdf\nActivity 5)\nDraw particle diagram for reaction under word equation.\n\nWrite symbol equation using formulae under particle diagram.","Activity 1)\nLead Iodide and Potassium Nitrate\n\none set for demo\n\n-----------\n\nActivity 4)\nJewelry balance (0.01g).\nPotassium iodide solution 0.01 mol dm^–3\nLead nitrate solution 0.009 mol dm^–3\n\n-----------","","0","","0000-00-00","0","","0"),
("21408","CML","0","2018-11-08","2","0","8A3/Sc","S4","4c.03","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21409","CML","0","2018-11-09","3","0","8A3/Sc","S4","4c.04","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution \nMagnesium Pow.\nMagnesium Rib.\nDilute Hydrochloric Acid\nsolution\nSodium hydroxide\nDilute sulphric acid\nThermometer\nPolystyrene cups\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid
\nThermometer
\nPolystyrene cups 10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21410","SDN","0","2018-11-06","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21411","SDN","0","2018-11-09","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21412","CLA","0","2018-11-06","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21413","SNK","0","2018-11-08","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21414","CLA","0","2018-11-05","5","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21415","CLA","0","2018-11-08","3","0","8B1/Sc","S6","4B.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","","Activity 1)\nFood packaging/labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21416","CML","0","2018-11-05","5","0","8B2/Sc","S4","4c.03","Why is combustion an oxidation reaction?","","","1) Combustion is the chemical reaction of burning.\n2) During combustion the fuel joins with oxygen.\n3) W: Combustion is an oxidation reaction.\n4) Rusting is another example of an oxidation reaction\n5) Tarnish of metals is oxidation.","What is combustion? Combustion is the chemical reaction of burning.\nWhat are the products and reactants in combustion? \nWhat is an oxidation reaction? Combustion is an oxidation reaction.\nWhat type of chemical reaction is rusting? Rusting is another example of an oxidation reaction\nWhat reaction causes metals to tarnish? Tarnish of metals is oxidation.","","Combustion: A chemical reaction that occurs when a substance reacts with oxygen, releasing energy in the form of heat and light.\nOxidation: The addition of oxygen to a compound.\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nMetal\nTarnish\nFuel: Any substance which is a source of chemical energy.\nBurning: Producing or having a flame.\nRusting: The reaction of iron and oxygen in the presence of water or air moisture to produce iron oxide.","","","Activity 2)\nFire Triangle.\nExtinguish a candle in a upturned beaker.\nActivity 5)\nHeating metal folded metal foils.\nThe outside will tarnish, the inside does not.","Activity 2)\nCandle\nLarge beaker\nPlastercine\n\n-----------\n\nActivity 4)\neg: Rust nail\n\n-----------\n\nActivity 5)\nAluminium foil 10 x 10 cm class set.\n\n-----------","","0","","0000-00-00","0","","0"),
("21417","CML","0","2018-11-08","3","0","8B2/Sc","S4","4C.4","What happens to the energy in a chemical reaction?","","","1) Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\n2) Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","What happens in an exothermic reaction? Exothermic chemical reactions give out heat, warming the surroundings. They feel hot.\nWhat happens in an endothermic reaction? Endothermic chemical reactions take in heat, cooling the surroundings. They feel cold.","","Heat\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nEndothermic\nExothermic","","","Activity 1)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103\nActivity 2)\nhttp://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103","Activity 1)\nCopper(II) Sulfate solution \nMagnesium Pow.\nMagnesium Rib.\nDilute Hydrochloric Acid\nsolution\nSodium hydroxide\nDilute sulphric acid\nThermometer\nPolystyrene cups\n10ml cylinders\n\n-----------\n\nActivity 2)\nSodium hydrogencarbonate Citric Acid\nThermometer\nPolystyrene cups 10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("21418","DLN","0","2018-11-05","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21419","SFD","0","2018-11-07","2","0","8E/Sc","S5","4P.09","How does Sound travel? and Halfway Review","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nTuning forks\nbeakers of water\n\n-----------","","0","","0000-00-00","0","","0"),
("21420","SFD","0","2018-11-09","3","0","8E/Sc","S5","","Markup POO","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21421","CLA","0","2018-11-08","2","0","8E/Sc","S6","4P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","Activity 1)\nBreaking wineglass with voice, to set up the task. https://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI&t=126s","","","0","","0000-00-00","0","","0"),
("21422","PKT","0","2018-11-05","5","0","8S/Sc","S2","4P.03","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","1) A: ENQUIRY: Planning\n\n- Aim: To find out how the depth of water affects the speed of a wave.\n- Hypothesis: That the depth of water affects the speed of a wave.","","","Speed\nWave","","","Activity 1)\nDemo enquiry","Activity 1)\n1 x tray with no lip filled with water \n1 x stop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21423","PKT","0","2018-11-08","3","0","8S/Sc","S2","4P.04","Skill focus: Data collection","","ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.","1) A: ENQUIRY: Data collection\n\n\nDrop one end of a tray of water and time how long it takes for the wave to travel 5 lengths of the tray.\n2) T: Zero Error: Most rulers do not start at zero on their end.\n\nZero is a type of systematic error as the error is the same for every measurement (if same ruler is used)\n3) H: SET HOMEWORK:\neg. Finish graph","","","","","","","Activity 1)\nTrays 1 between 2 (no lips) \nStop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21424","SFD","0","2018-11-08","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21425","PKT","0","2018-11-08","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21426","SNK","0","2018-11-05","1","0","9A1/Sc","S3","B1.2.9","","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Feedback","","0","","0000-00-00","0","","0"),
("21427","SNK","0","2018-11-05","2","0","9A1/Sc","S3","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21428","SNK","0","2018-11-06","1","0","9A1/Sc","S3","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs?","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------","","0","","0000-00-00","0","","0"),
("21429","SNK","0","2018-11-07","3","0","9A1/Sc","S3","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("21430","SNK","0","2018-11-08","1","0","9A1/Sc","S3","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("21431","SNK","0","2018-11-09","5","0","9A1/Sc","S3","B1.2.9","","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","No lesson due to PSHCRE day","","0","","0000-00-00","0","","0"),
("21432","CLA","0","2018-11-05","2","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21433","CLA","0","2018-11-06","1","0","9A2/Sc","S6","B1.2.01","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("21434","CLA","0","2018-11-07","3","0","9A2/Sc","S6","B1.2.02","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("21435","CLA","0","2018-11-08","1","0","9A2/Sc","S6","B1.2.03","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("21436","CLA","0","2018-11-09","5","0","9A2/Sc","S6","B1.2.04","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","","","0","","0000-00-00","0","","0"),
("21437","CLA","0","2018-11-05","1","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21438","SKT","0","2018-11-05","1","0","9A3/Sc","S2","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nOnion & knife\nslides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21439","SKT","0","2018-11-05","2","0","9A3/Sc","S2","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nOnion & knife\nslides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21440","SKT","0","2018-11-06","1","0","9A3/Sc","S2","","LA Feedback & B1.1 Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21441","SKT","0","2018-11-07","3","0","9A3/Sc","S2","","LA Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21442","SKT","0","2018-11-08","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21443","SKT","0","2018-11-09","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21444","PKT","0","2018-11-05","1","0","9A4/Sc","S1","B1.2.2","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("21445","PKT","0","2018-11-05","2","0","9A4/Sc","S1","B1.2.3","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("21446","PKT","0","2018-11-06","1","0","9A4/Sc","S1","B1.2.4","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","","","0","","0000-00-00","0","","0"),
("21447","PKT","0","2018-11-07","3","0","9A4/Sc","S1","B1.2.5","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("21448","PKT","0","2018-11-08","1","0","9A4/Sc","S1","B1.2.6","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21449","PKT","0","2018-11-09","5","0","9A4/Sc","S1","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21450","LAN","0","2018-11-05","1","0","9B1/Sc","S7","","","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","transfer\ninsulation\nthermal \nlubricaction","","","Activity 1)\nGCSEpod: Energy Efficiency\n\nPractice calculations for efficiency:\nhttp://moodle.bishopston.swansea.sch.uk/pluginfile.php/9398/mod_resource/content/0/Core_Physics/Electrical_Energy/Efficiency_Worksheet.doc\nActivity 2)\nMarketplace activity: How to reduce unwanted energy transfers\nActivity 3)\nPresent the efficiency equation and ask students "Thinking quantitatively, how could efficiency be increased?"","","","0","","0000-00-00","0","","0"),
("21451","LAN","0","2018-11-06","3","0","9B1/Sc","S7","","Landmark Assessment Reteach / Extend part 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21452","LAN","0","2018-11-07","5","0","9B1/Sc","S7","P1.1.3","How do we reduce unwanted energy transfers?","","Students should be able to explain ways of reducing unwanted energy transfers, for example through lubrication and the use of thermal insulation.\n\n\n(HT only) Students should be able to describe ways to increase the efficiency of an intended energy transfer.\n","1) The energy efficiency for any energy transfer can be calculated using the\nequation:\nefficiency = useful output energy transfer / total input energy transfer","What is the equation used to calculate energy efficiency? The energy efficiency for any energy transfer can be calculated using the
;equation:
;efficiency = useful output energy transfer / total input energy transfer\nWhat two ways can be used to reduce unwanted energy transfers? The ways you can reduce unwanted energy transfers is by using lubrication or the use of thermal insulation.\n(HT) How is the efficiency of an intended energy transfer increased? (HT) The efficiency of an intended energy transfer is increased by increasing the amount of energy transferred usefully and decreasing the amount of wasted energy.","","transfer\ninsulation\nthermal \nlubricaction","","","Activity 1)\nGCSEpod: Energy Efficiency\n\nPractice calculations for efficiency:\nhttp://moodle.bishopston.swansea.sch.uk/pluginfile.php/9398/mod_resource/content/0/Core_Physics/Electrical_Energy/Efficiency_Worksheet.doc\nActivity 2)\nMarketplace activity: How to reduce unwanted energy transfers\nActivity 3)\nPresent the efficiency equation and ask students "Thinking quantitatively, how could efficiency be increased?"","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21453","LAN","0","2018-11-08","1","0","9B1/Sc","S7","P1.1.4","Why does jam heat up faster than a sponge?","","Students should be able to describe how the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls.\n\n\nStudents should be able to give examples that illustrate the definition of power eg comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\n","1) The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:\nchange in thermal energy = mass ? specific heat capacity\n? temperature change\n2) Use calculations to show on a common scale how the overall energy in a system is redistributed when the system is changed.\n3) The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\n4) Power is defined as the rate at which energy is transferred or the rate at which work is done.\n7) The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material.","What equation is used to calculate change in thermal energy? The amount of energy stored in or released from a system as its temperature changes can be calculated using the equation:
;change in thermal energy = mass x specific heat capacity x temperature change\nHow much energy is needed to increase the temperature of 500 g of lead from 20oC to 45oC? The specific heat capacity of lead is 128 J/kg oC.:mass of lead = 500 x 1000 = 0.5 kg temperature change = 45 x 20 = 25oC energy needed = 0.5 x 128 x 25 = 1600 J (1.6 kJ)\nWhat is meant by the term 'specific heat capacity'? The specific heat capacity of a substance is the amount of energy required to raise the temperature of one kilogram of the substance by one degree Celsius.\nWhat is meant by the term 'power'? Power is defined as the rate at which energy is transferred or the rate at which work is done.\nHow is the rate of a cooling building affected by the thickness and the thermal conductivity of it\'s walls? The higher the thermal conductivity of a material, the higher the rate of energy transfer by conduction across the material. The higher the thickness of the walls, the slower the cooling effect of a building.\nWhat definition is illustrated in the following example: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other? The definition illustrated by the following example is power: comparing two electric motors that both lift the same weight through the same height but one does it faster than the other.\nWhat affect does a higher thermal conductivity have?on the rate of energy transfer? The higher the thermal conductivity of a material the higher the rate of energy transfer by conduction across the material","The Resistance","conduction\npower\ntemperature \nspecific heat capacity","","","Activity 1)\nCreate Physics equation flashcard\nPiXL Physics equation practice\nPractise calculations for specific heat capacity","Activity 1)\nammeter and milliammeter, or multimeter\nvoltmeter or multimeter\ncomponent holders\n12 V, 24 W lamp eg a ray box lamp\nresistor\ndiode and protective resistor (eg 10 Ω)\nrheostat eg 10 Ω, 5 A\nConnecting leads.\n\n-----------","","0","","0000-00-00","0","","0"),
("21454","LAN","0","2018-11-09","4","0","9B1/Sc","S7","P1.1.5","How can we represent energy transfers?","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Required Practical Activity 1: Specific Heat Capacity\nInvestigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\n• three types of metal blocks: copper, iron and aluminium, each with two holes for a thermometer and heater\n• some insulation material to wrap around the blocks\n• thermometer\n• pipettes to put water in the thermometer hole\n• 12 V immersion heaters (30 – 110W)\n• 12 V power supplies\n• an ammeter and a voltmeter\n• connecting leads\n• stopwatches\n• balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21455","DLN","0","2018-11-05","1","0","9B1/Sc","S7","","Landmark Assessment reteach / extend","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21456","DLN","0","2018-11-06","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21457","SFD","0","2018-11-06","3","0","9B2/Sc","S5","B1.1.06","How are light microscopes used to observe and record eukaryotes? Completing booklets","","","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","","","0","","0000-00-00","0","","0"),
("21458","SFD","0","2018-11-07","5","0","9B2/Sc","S5","B1.1.09","B1.1 Exam Questions and B1.1 Exam Questions Mark Scheme","","(Biology only) Students should be able to describe how to prepare an uncontaminated culture using aseptic technique.\n","1) ","(Biology only) Required Practical 2 - Microbiology (Biology only) (AT Skills 1,3,4,8):\n(Biology only) How do bacteria divide? (Biology only) Bacteria divide by binary fission as often as once every 20 minutes.\n(Biology only) When investigating the growth of bacteria, in what two ways can they be grown? (Biology only) Bacteria are grown in a nutrient broth solution or as colonies on an agar gel plate.\n(Biology only) What is special about the culture of organisms required when investigating the action of disinfectants and antibiotics? (Biology only) Uncontaminated cultures of microorganisms are required for investigating the action of disinfectants and antibiotics.\n(Biology only) How is an uncontaminated culture of microgransims prepared? (Biology only) An uncontaminated culture is prepared using an aseptic technique.\n(Biology only) Why are petri dishes and culture media sterilised before use? (Biology only) Petri dishes and culture media are sterilised before use to avoid contamination; it removes any existing microbes.\n(Biology only) Why are inoculating loops, used to transfer microorganisms to media, passed through a flame? (Biology only) Inoculating loops, used to transfer microorganisms to the media, must be passed through a flame to sterilise them; it removes any existing microbes.\n(Biology only) Why should the lid of the Petri dish should be secured with adhesive tape and stored upside down? (Biology only) The lid of the Petri dish should be secured with adhesive tape and stored upside down to prevent microbes from the air contaminating the culture and prevent microbes from the culture escaping. They are placed upside down to prevent condensation forming on the lid which could drip onto the agar and contaminate the culture.\n(Biology only) Why should cultures be incubated at 25oC in school laboratories? (Biology only) Cultures are incubated at 25oC in school laboratories as it greatly reduces the chances of growing pathogens that are harmful to people at temperatures greater than 25oC.","https://www.mrcorfe.com/MemoryAnchors/578d2509f7055374ceeb70deb8bf26b6.png","Colony : a group of fungi or bacteria grown from a single spore or cell on a culture medium.\nCulture : the cultivation of bacteria, tissue cells, etc. in an artificial medium containing nutrients.\nMicrobiology : the study of microorganisms.\nBacteria : unicellular microorganisms which have cell walls but lack organelles and an organized nucleus.","","","Activity 1)\nB1.1 Exam Questions (Foundation)\nB1.1 Exam Questions (Higher & Separates)","","","0","","0000-00-00","0","","0"),
("21459","SFD","0","2018-11-08","1","0","9B2/Sc","S5","","Homework and Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21460","SFD","0","2018-11-09","4","0","9B2/Sc","S5","","Off timetable - PSHCRE Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21461","SFD","0","2018-11-05","1","0","9B2/Sc","S5","B1.1.06","How are light microscopes used to observe and record eukaryotes?","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","1) Required Practical 1 - Microscopy (AT skills 1,7)","Required Practical 1 - Microscopy (AT Skills 1,7):","https://www.mrcorfe.com/MemoryAnchors/0c79dbf845cf0193c27a0bf9270fb899.png","","","","Activity 1)\nAQA Biology Required Practical 1 - Microscopy","Activity 1)\nAQA Biology Required Practical 1 - Microscopy\nOnion & knife\nslides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21462","CML","0","2018-11-05","1","0","9B3/Sc","S4","","Go through exam paper.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21463","CML","0","2018-11-06","3","0","9B3/Sc","S4","","Reteach and extend.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21464","CML","0","2018-11-07","5","0","9B3/Sc","S4","","Reteach and extend","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21465","CML","0","2018-11-08","1","0","9B3/Sc","S4","","Reteach and extend","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21466","CML","0","2018-11-09","4","0","9B3/Sc","S4","P1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter,battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is a flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21467","CLA","0","2018-11-05","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21468","CLA","0","2018-11-09","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21469","CPD","0","2018-11-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21470","SFD","0","2018-11-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21471","LAN","0","2018-11-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21472","DLN","0","2018-11-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21473","CML","0","2018-11-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21474","SDN","0","2018-11-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21475","DLN","0","2018-11-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21476","CPD","0","2018-11-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21477","SDN","0","2018-11-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21478","SFD","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21479","CLA","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21480","LAN","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21481","DLN","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21482","CML","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21483","CPD","0","2018-11-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21484","SKT","0","2018-11-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21485","LAN","0","2018-11-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21486","CPD","0","2018-11-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21487","SFD","0","2018-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21488","LAN","0","2018-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21489","DLN","0","2018-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21490","CML","0","2018-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21491","CPD","0","2018-11-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21492","SKT","0","2018-11-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21493","PKT","0","2018-11-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21494","DLN","0","2018-11-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21495","CPD","0","2018-11-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21496","SDN","0","2018-11-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21497","CLA","0","2018-11-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21498","DLN","0","2018-11-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21499","CPD","0","2018-11-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21500","SDN","0","2018-11-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21501","CLA","0","2018-11-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21502","CPD","0","2018-11-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21503","SDN","0","2018-11-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21504","DLN","0","2018-11-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21505","SNK","0","2018-11-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21506","CPD","0","2018-11-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21507","SFD","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21508","LAN","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21509","DLN","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21510","CML","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21511","CPD","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21512","SDN","0","2018-11-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21513","CLA","0","2018-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21514","DLN","0","2018-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21515","SDN","0","2018-11-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21516","SKT","0","2018-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21517","PKT","0","2018-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21518","CPD","0","2018-11-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21519","DLN","0","2018-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21520","CPD","0","2018-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21521","SDN","0","2018-11-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21522","SFD","0","2018-11-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21523","DLN","0","2018-11-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21524","CPD","0","2018-11-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21525","SKT","0","2018-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21526","LAN","0","2018-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21527","DLN","0","2018-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21528","CPD","0","2018-11-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21529","SKT","0","2018-11-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21530","DLN","0","2018-11-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21531","CML","0","2018-11-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21532","DLN","0","2018-11-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21533","DLN","0","2018-11-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21534","CLA","0","2018-11-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21535","DLN","0","2018-11-09","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21536","DLN","0","2018-11-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21537","CPD","0","2018-11-09","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21538","CLA","0","2018-11-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21539","DLN","0","2018-11-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21540","CPD","0","2018-11-09","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21541","DLN","0","2018-11-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21542","CPD","0","2018-11-09","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21543","SFD","0","2018-11-13","1","0","10ASK/Sc","S5","P1.2.10","Investigating the resistance through a LDR","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. ","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","","","0","","0000-00-00","0","","0"),
("21544","SFD","0","2018-11-13","5","0","10ASK/Sc","S5","P1.2.05","Required practical - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors","","0","","0000-00-00","0","","0"),
("21545","SFD","0","2018-11-16","2","0","10ASK/Sc","S5","P1.2.05","Required practical exam questions - Resistors and Total Recall","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","","","0","","0000-00-00","0","","0"),
("21546","CLA","0","2018-11-14","3","0","10ASK/Sc","S5","P1.2.10","Investigating the resistance through a LDR","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. ","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","","","0","","0000-00-00","0","","0"),
("21547","CLA","0","2018-11-16","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21548","SKT","0","2018-11-13","1","0","10BSK/Sc","S2","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","","","0","","0000-00-00","0","","0"),
("21549","SKT","0","2018-11-14","3","0","10BSK/Sc","S2","P1.2.07","Required practical data collection - Components","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21550","SKT","0","2018-11-16","2","0","10BSK/Sc","S2","P1.2.08","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Oive an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","","","0","","0000-00-00","0","","0"),
("21551","LAN","0","2018-11-13","1","0","10CLA/Sc","S7","P1.2.6","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------","","0","","0000-00-00","0","","0"),
("21552","LAN","0","2018-11-13","5","0","10CLA/Sc","S7","P1.2.7","Required practical data collection - Components","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------","","0","","0000-00-00","0","","0"),
("21553","LAN","0","2018-11-14","3","0","10CLA/Sc","S7","P1.2.8","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Oive an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","","","0","","0000-00-00","0","","0"),
("21554","LAN","0","2018-11-16","2","0","10CLA/Sc","S7","P1.2.8","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs","Activity 1)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21555","PKT","0","2018-11-13","1","0","10JCE/Sc","S1","P1.2.7","Required practical data collection - Components","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21556","PKT","0","2018-11-14","3","0","10JCE/Sc","S1","1.2.8","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21557","PKT","0","2018-11-16","2","0","10JCE/Sc","S1","B1.3.1","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("21558","DLN","0","2018-11-13","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21559","DLN","0","2018-11-14","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21560","CML","0","2018-11-13","1","0","10MES/Sc","S4","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","X","","0","","0000-00-00","0","","0"),
("21561","CML","0","2018-11-13","5","0","10MES/Sc","S4","","Structure of the heart.","","","","","","","","","","Heart dissection (class set please, 13 hearts)","","0","","0000-00-00","0","","0"),
("21562","CML","0","2018-11-14","3","0","10MES/Sc","S4","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","X","","0","","0000-00-00","0","","0"),
("21563","CML","0","2018-11-16","2","0","10MES/Sc","S4","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","X","","0","","0000-00-00","0","","0"),
("21564","SNK","0","2018-11-13","1","0","10SNK/Sc","S3","P1.2.7","Required practical data collection - Components","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeter\nlamps\nLDR\npowerpack\nElectricity trolley\nvoltmeter\nammeter\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21565","SNK","0","2018-11-14","3","0","10SNK/Sc","S3","P1.2.8","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Oive an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Write up ESQ","","0","","0000-00-00","0","","0"),
("21566","SNK","0","2018-11-16","2","0","10SNK/Sc","S3","P1.2.9","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","","","","","","","","LDR\nLamp\nAmmeter\nVoltmeter \n(investigating resistance through LDR)","","0","","0000-00-00","0","","0"),
("21567","SMT","0","2018-11-12","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21568","SDN","0","2018-11-13","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21569","SDN","0","2018-11-13","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21570","CML","0","2018-11-13","4","0","11CML/Sc","S4","","Practice application of P2.3.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21571","CML","0","2018-11-14","1","0","11CML/Sc","S4","B2.4.01","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","X","","0","","0000-00-00","0","","0"),
("21572","CML","0","2018-11-15","4","0","11CML/Sc","S4","B2.4.02","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nEvolution : \nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","X","","0","","0000-00-00","0","","0"),
("21573","CML","0","2018-11-16","1","0","11CML/Sc","S4","B2.4.03","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","X","","0","","0000-00-00","0","","0"),
("21574","CPD","0","2018-11-13","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21575","CPD","0","2018-11-14","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21576","CPD","0","2018-11-15","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21577","CPD","0","2018-11-16","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21578","LAN","0","2018-11-13","4","0","11LAN/Sc","S7","","","","","","","","","","","","electrolysis of copper sulfate class practical","","0","","0000-00-00","0","","0"),
("21579","LAN","0","2018-11-14","1","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21580","LAN","0","2018-11-15","4","0","11LAN/Sc","S7","","","","","","","","","","","","lung bags \nlung in bell jar demo\nPluck dissection (share with SNK)","","0","","0000-00-00","0","","0"),
("21581","LAN","0","2018-11-16","1","0","11LAN/Sc","S7","","Temperature change of Mg HCl","","","","","","","","","","Mg strips\nconcentration of acid (0.25 / 0.5 / 0.75 / 1 / 1.25 / 1.5M) \npolystyrene cups \nthermometers \npipettes\nmeasuring cylinders \ncardboard lids","","0","","0000-00-00","0","","0"),
("21582","PKT","0","2018-11-13","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21583","PKT","0","2018-11-14","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21584","PKT","0","2018-11-15","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21585","PKT","0","2018-11-16","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21586","SFD","0","2018-11-14","1","0","11SFD/Sc","S5","","Chem PPE","","Students should be able to describe the work of Darwin and Wallace in the development of the theory of evolution by natural selection\n\n Students should be able to explain the impact of these ideas on biology\n\nStudents should be able to describe the steps which give rise to new species. The theory of speciation has developed over time\n","1) Other theories, including that of Jean-Baptiste Lamarck, are based\nmainly on the idea that changes that occur in an organism during its\nlifetime can be inherited. We now know that in the vast majority of cases this type of inheritance cannot occur. A study of creationism is not required. \n\n4) Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\n5) Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\n6) Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation","What was Lamarck\'s theory? Lamarck\'s theory was that changes in an organism only occur during its lifetime and are then inhertted. \nWhat was the impact of Darwin and Wallace\'s ideas? Darwin and Wallace\'s ideas lead to the realisation that life on earth evolved from a common organism eventually branching off into different species and families. \nWho was Alfred Russell Wallace and how is he linked to Charles Darwin? Alfred Russel Wallace independently proposed the theory of evolution by natural selection. He published joint writings with Darwin in 1858 which prompted Darwin to publish On the Origin of Species (1859) the following year.\nWhat is Wallace best known for? Wallace worked worldwide gathering evidence for evolutionary theory. He is best known for his work on warning colouration in animals and his theory of speciation.\nWhat was needed to support Alfred Wallace\'s work in order to lead to our current understanding of the theory of speciation? Alfred Wallace did much pioneering work on speciation but more evidence over time has led to our current understanding of the theory of speciation.\nIn what ways do new species arise? How are these described? New species can arise as a result of:;Isolation - where two species become geographically separated each evolving in such a way that they can no longer breed. Oenetic variation - where each population has a wide range of alleles that control their characteristics;Natural selection - where the alleles which help an organism to survive are selected in each population;Speciation - where the populations become so different that successful interbreeding cannot happen anymore","","Theory : a supposition or a system of ideas intended to explain something.\nInterbreeding : breeding between species in order to form viable offspring.\nSpeciation : the formation of new and distinct species in the course of evolution.\nInheritance : something that is passed on.","","","Activity 1)\nResearch and produce report on evolutionary theories, eg Darwin, Wallace and Lamarck.\n\nCompare the different theories and suggest reasons for these differences – turn into a ‘Question Time’ style role play.\nActivity 4)\nResearch the work of Alfred Russel Wallace (see resources).\nProduce a flow diagram or cut-out to illustrate how new species arise\nActivity 6)\nDiscuss organisms that are only found in or are endemic to eg Australia, Madagascar and ask why this is. Support with projected images or video clips.","","","0","","0000-00-00","0","","0"),
("21587","SFD","0","2018-11-15","4","0","11SFD/Sc","S5","","Physics PPE","","Students should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n","1) Charles Darwin, as a result of observations on a round the world\nexpedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\n2) Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of\nvariation for a characteristic.\n? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.\n? The characteristics that have enabled these individuals to survive are\nthen passed on to the next generation.\n\n4) Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.\n\n5) The theory of evolution by natural selection was only gradually accepted because:\n? the theory challenged the idea that Ood made all the animals and\nplants that live on Earth\n? there was insufficient evidence at the time the theory was published\nto convince many scientists\n? the mechanism of inheritance and variation was not known until\n50 years after the theory was published.\n","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;","","Natural selection : the process whereby organisms better adapted to their environment tend to survive and produce more offspring.\nOrganism : an individual animal, plant, or single-celled life form.\nEvolution : the process by which different kinds of living organism are believed to have developed from earlier forms during the history of the earth.\nTheory : a set of principles on which the practice of an activity is based.","","","Activity 1)\nLook at exhibition to show the wide variety of organisms that live, or have lived, on Earth. \nDiscuss how they were all formed.\nActivity 2)\nDraw a flow diagram to explain natural selection.","","","0","","0000-00-00","0","","0"),
("21588","SFD","0","2018-11-13","4","0","11SFD/Sc","S5","","Bio PPE","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("21589","SFD","0","2018-11-16","1","0","11SFD/Sc","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21590","DLN","0","2018-11-13","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21591","SKT","0","2018-11-13","4","0","11SKT/Sc","S2","","Science Exam (P3&4)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21592","SKT","0","2018-11-14","1","0","11SKT/Sc","S2","","Science Exam (P1&2)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21593","SKT","0","2018-11-15","4","0","11SKT/Sc","S2","","Science Exam (P3&4)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21594","SKT","0","2018-11-16","1","0","11SKT/Sc","S2","","Option WXYZ - History Paper","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21595","SNK","0","2018-11-13","4","0","11SNK/Sc","S3","","","","","","","","","","","","X\nBiology exam second half","","0","","0000-00-00","0","","0"),
("21596","SNK","0","2018-11-14","1","0","11SNK/Sc","S3","","","","","","","","","","","","X Chemistry Exam","","0","","0000-00-00","0","","0"),
("21597","SNK","0","2018-11-15","4","0","11SNK/Sc","S3","","","","","","","","","","","","X Physics exam second half","","0","","0000-00-00","0","","0"),
("21598","SNK","0","2018-11-16","1","0","11SNK/Sc","S3","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21599","SDN","0","2018-11-12","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21600","SDN","0","2018-11-13","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21601","DLN","0","2018-11-14","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21602","SNK","0","2018-11-14","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21603","SDN","0","2018-11-12","3","0","7A1/Sc","S1","1C.06","Skill focus: Data collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21604","SDN","0","2018-11-14","5","0","7A1/Sc","S1","1C.06","Skill focus: Data collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21605","SKT","0","2018-11-15","3","0","7A1/Sc","S2","1C.08","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21606","SKT","0","2018-11-13","3","0","7A1/Sc","S4","1C.07","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21607","LAN","0","2018-11-12","3","0","7A2/Sc","S7","1p.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21608","LAN","0","2018-11-13","3","0","7A2/Sc","S7","1p.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("21609","LAN","0","2018-11-14","5","0","7A2/Sc","S7","1p.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("21610","LAN","0","2018-11-15","3","0","7A2/Sc","S7","1p.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21611","SDN","0","2018-11-15","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21612","SDN","0","2018-11-16","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21613","SFD","0","2018-11-12","3","0","7B1/Sc","S5","1P.6","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n10g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21614","SFD","0","2018-11-14","5","0","7B1/Sc","S5","1P.8","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("21615","SFD","0","2018-11-15","3","0","7B1/Sc","S5","1P.8","Halfway Review","","","1) Review of 1P.1","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("21616","LAN","0","2018-11-14","4","0","7B1/Sc","S7","1P.7","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("21617","CLA","0","2018-11-14","4","0","7B2/Sc","S6","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21618","SNK","0","2018-11-12","3","0","7B2/Sc","S3","1B.9","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------","","0","","0000-00-00","0","","0"),
("21619","SNK","0","2018-11-14","5","0","7B2/Sc","S3","1B.11","Full review","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21620","SNK","0","2018-11-15","3","0","7B2/Sc","S3","1C.1","What are states of matter?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21621","SDN","0","2018-11-14","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21622","SDN","0","2018-11-12","4","0","7C1/Sc","S1","1C.05","Skill focus: Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21623","SDN","0","2018-11-13","3","0","7C1/Sc","S1","1C.06","Skill focus: Data collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21624","SDN","0","2018-11-14","2","0","7C1/Sc","S1","1C.07","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21625","SDN","0","2018-11-15","5","0","7C1/Sc","S1","1c.08","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21626","SDN","0","2018-11-16","5","0","7C1/Sc","S1","1C.09","What happens when ice melts?","","","","","","","","","","Beakers \nBalances\nIce \nStop watch","","0","","0000-00-00","0","","0"),
("21627","SFD","0","2018-11-12","4","0","7C2/Sc","S5","1P.08","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("21628","SFD","0","2018-11-13","3","0","7C2/Sc","S5","1P.09","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("21629","SFD","0","2018-11-14","2","0","7C2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21630","SFD","0","2018-11-15","5","0","7C2/Sc","S5","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("21631","SFD","0","2018-11-16","5","0","7C2/Sc","S5","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21632","CLA","0","2018-11-12","3","0","7E/Sc","S6","1B.9","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21633","CLA","0","2018-11-13","3","0","7E/Sc","S6","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21634","CLA","0","2018-11-14","5","0","7E/Sc","S6","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","x","","0","","0000-00-00","0","","0"),
("21635","CLA","0","2018-11-15","3","0","7E/Sc","S6","1B.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","x","","0","","0000-00-00","0","","0"),
("21636","DLN","0","2018-11-13","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21637","SNK","0","2018-11-15","5","0","7P/Sc","S3","1C.5","OVERLAP: Skill focus: Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21638","SNK","0","2018-11-16","5","0","7P/Sc","S3","1c.2","What is density?","","","","","","","","","","Density tower (?) and alkaseltser?","","0","","0000-00-00","0","","0"),
("21639","SNK","0","2018-11-12","4","0","7P/Sc","S3","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21640","SNK","0","2018-11-13","3","0","7P/Sc","S3","1B.11","Full review","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21641","SNK","0","2018-11-14","2","0","7P/Sc","S3","1C.1","What are states of matter?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21642","SDN","0","2018-11-14","4","0","7X/Sc","S1","1C.06","Skill focus: Data collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21643","SDN","0","2018-11-15","3","0","7X/Sc","S1","1C.08","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21644","PKT","0","2018-11-12","3","0","7X/Sc","S2","1C.05","Skill focus: Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21645","PKT","0","2018-11-14","5","0","7X/Sc","S2","1C.07","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21646","SDN","0","2018-11-16","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21647","PKT","0","2018-11-12","5","0","8A1/Sc","S3","","Landmark Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21648","PKT","0","2018-11-13","2","0","8A1/Sc","S3","4P.06","Halfway Review","","Review of 4P.1","1) A: Review of 4P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("21649","PKT","0","2018-11-14","4","0","8A1/Sc","S3","4P.07","What is sound?","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","Activity 1)\nTuning forks\nbeakers of water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21650","PKT","0","2018-11-15","1","0","8A1/Sc","S3","4P.08","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)\nHearing Range Powerpoint\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21651","SKT","0","2018-11-14","4","0","8A2/Sc","S2","4B.06","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","Activity 11)\nSyndey skeleton model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21652","SKT","0","2018-11-15","1","0","8A2/Sc","S2","4B.07","What happens if we don't eat a balanced diet?","","","1) Review of 4B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4B.1","","","0","","0000-00-00","0","","0"),
("21653","SKT","0","2018-11-12","5","0","8A2/Sc","S2","4B.04","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21654","SKT","0","2018-11-13","2","0","8A2/Sc","S2","4B.05","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","Activity 1)\n5 different brands of crisps\nsmall balances \npins to hold crisps \nboiling tubes \nthermometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21655","CML","0","2018-11-14","4","0","8A3/Sc","S4","4C.07","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl\n0.5 sod hydroxide\nuniversal soln\nph scales\ntest tubes\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21656","CML","0","2018-11-15","1","0","8A3/Sc","S4","4C.08","Enquiry: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","","","","","0","","0000-00-00","0","","0"),
("21657","CML","0","2018-11-12","5","0","8A3/Sc","S4","4C.05","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","Activity 1)\nCopper, Lead, Potassium, Sodium, Zinc Carbonates\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21658","CML","0","2018-11-13","2","0","8A3/Sc","S4","4C.06","What happens during Displacement reactions?","","Use the writing frames to explain what is happening in reaction","1) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n2) T: In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.\n3) W: Copper is more reactive than silver.\n4) A: Use the writing frames to explain what is happening in reaction","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Chemical\nReactive\nDisplacement","","","Activity 1)\nDEMO\nThermite\nActivity 3)\nCopper wire in Silver nitrate.\n\nSmaller scale of \nhttp://thehomescientist.blogspot.co.uk/2010/04/experimehnt-silver-tree.html\n\nClean copper wire with sand paper so it will react quickly.","Activity 1)\nhttp://science.cleapss.org.uk/Resource/SRA026-Thermite-reaction-in-flower-pots.pdf\n\n-----------\n\nActivity 3)\nSilver nitrate sol. copper wire. \nsmall cuvettes with lids.\n pipettes. \nohp pens.\n\n-----------","","0","","0000-00-00","0","","0"),
("21659","CLA","0","2018-11-12","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21660","CLA","0","2018-11-16","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21661","CLA","0","2018-11-14","2","0","8B1/Sc","S6","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21662","CLA","0","2018-11-15","5","0","8B1/Sc","S6","4B.5","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","Activity 1)\n5 different brands of crisps\nsmall balances \npins to hold crisps \nboiling tubes \nthermometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21663","CLA","0","2018-11-16","5","0","8B1/Sc","S6","4B.6","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","Activity 11)\nSyndey skeleton model\n\n-----------","","0","","0000-00-00","0","","0"),
("21664","CLA","0","2018-11-12","4","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21665","CLA","0","2018-11-13","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21666","DLN","0","2018-11-12","4","0","8B2/Sc","S4","4c.5","What happens during 'Thermal Decomposition' reactions?","","","1) In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","What happens in a thermal decomposition? In thermal decomposition reactions, large molecules break down into smaller molecules when heated.","http://www.rsc.org/learn-chemistry/Content/FileRepository/frg/images//Thermal decomposition of metal carbonates image 1.JPG","Molecule: More than one atom bonded together\nChemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nThermal decomposition: Large molecules breaking down into smaller molecules when heated.\nDecomposition: Large molecules splitting into smaller molecules\nThermal: Heat","","","Activity 1)\nHeating Carbonates\n\nOnly demo unless class will be able to complete it without suck back happening.\n\nUse boiling tubes rather that test tubes as we have large diameter delivery tubes.\n\nhttp://www.rsc.org/learn-chemistry/resource/res00000450/thermal-decomposition-of-metal-carbonates?cmpid=CMP00005971","DEMO\nZinc or Lead Carbonate\nLime water\n\nCLASS ACTIVITY\n\nCopper Carbonate\nNO LIME WATER\n\nBoiling tubes (2 per setup)\nDelivery tubes\nSpatulas\nLime water\n\n-----------","","0","","0000-00-00","0","","0"),
("21667","DLN","0","2018-11-14","2","0","8B2/Sc","S4","4C.7","Enquiry: Planning and Data Collection","","Use the writing frames to explain what is happening in reaction","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","What happens in a displacement reaction? In a displacement reaction, a more reactive chemical will take the place of less reactive chemical.","https://www.mrcorfe.com/MemoryAnchors/108c3381749c66817046de5a5cd5c1f0.png\nhttps://www.mrcorfe.com/MemoryAnchors/c6e2c76c126caf96cac8604c715ee624.jpg","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Demo set and Class Practical sets \n\nActivity 1)\n0.5M hcl\n0.5 sod hydroxide\nuniversal soln\nph scales\ntest tubes\npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("21668","SDN","0","2018-11-13","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21669","CML","0","2018-11-12","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21670","CML","0","2018-11-14","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21671","CML","0","2018-11-15","5","0","8B2/Sc","S4","4C.7","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl\n0.5 sod hydroxide\nuniversal soln\nph scales\ntest tubes\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21672","CML","0","2018-11-16","5","0","8B2/Sc","S4","4C.9","Review of 4C.1","","","1) Review of 4C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4C.1","","","0","","0000-00-00","0","","0"),
("21673","SFD","0","2018-11-12","5","0","8E/Sc","S5","4B.1","What are Food Groups?","","","1) T: The five food groups of a human diet are:\n - carbohydrates (sugar and starch),\n - lipids (fats and oils), \n - proteins,\n - vitamins and minerals,\n - dietary fibre\n - (and water).\n2) Carbohydrates: Starch is used for slow release energy.\n3) Carbohydrates: Sugar is used for quick release energy.\n4) Lipids are used for slow release energy, protection of organs and cell building.\n5) Proteins are used for growth, cell repair and cell replacement.\n6) Vitamins and minerals are needed in small quantities for a healthy body.\n7) Dietary Fibre is needed for healthy waste removal.","What are the five food groups of a human diet? the content of a healthy human diet: carbohydrates, lipids (fats and oils), proteins, vitamins, minerals, dietary fibre and water, and why each is needed\nWhat type of carbohydrate is used by the body for slow release energy? Carbohydrates: Starch is used slow release energy.\nWhat type of carbohydrate is used by the body for quick release energy? Carbohydrates: Sugar is used quick release energy.\nWhat are Lipids used for? Lipids are used for slow release energy, protection of organs and cell building.\nWhat does the body use Protein for? Proteins are used for growth, cell repair and cell replacement.\nWhich food group is needed in small quantities for a healthy body? Vitamins and minerals are needed in small quantities for a healthy body.\nWhat is Dietary Fibre needed for? Dietary Fibre is needed for healthy waste removal.","","Energy\nCarbohydrates: \nCell\nHealthy\nVitamins\nFibre\nLipids\nMinerals\nProteins\nStarch: \nWaste\nDietary: \nOrgans: \nDiet: \nSugar\nGrowth","","","","Activity 1)\nFood packaging/labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21674","SFD","0","2018-11-14","4","0","8E/Sc","S5","4B.3","How much energy is in the food we eat? Skill Focus: Planning","","","1) W: Energy in food is chemical energy.\n2) W: Energy in food is measured in catering calories (Kilocalories)\n3) T: Energy in food is measured in Kilojoules in science.\n4) T: PLANNING\n\nAim: Which crisp contains the most energy?","What type of energy is stored in food? Energy in food is chemical energy.\nWhat is food energy measured in (in catering)? Energy in food is measured in catering calories (Kilocalories)\nWhat is food energy measured in (in science)? Energy in food is measured in Kilojoules in science.","","Energy\nKilojoules\nChemical Energy\nCalories","","","Activity 3)\nLook at nutritional information on food packaging.\n\nWhich is bigger a kilojoule or a kilocalorie?","Activity 3)\nFood packaging.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21675","CLA","0","2018-11-13","2","0","8E/Sc","S6","4B.2","What is a balanced diet?","","Comparing energy values of different foods (from labels) (kJ)","1) A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\n2) A balanced diet consists of these proportions of food types:
\nFruit and vegetables: 33%
\nBread, rice, potatoes and pasta: 33%
\nMilk and other dairy products : 15%
\nMeat, fish, egg, beans: 12%
\nFoods and drinks high in energy: 7%\n3) A food group is what substances are in the food.\n4) A food type is the name of the food.\n5) W: Fruit and vegetables give Vitamins and minerals and Fibre\n6) W: Bread, rice, potatoes and pasta gives Starch (Carbohydrates)\n7) W: Milk and milk products gives Protein; Lipids; Vitamins and Minerals\n8) W: Meat, fish, egg, beans gives Protein; Lipids\n9) W: Foods and drinks high in energy tend to conatain lots of sugars (Carbohydrates) and lipids.\n10) D: Comparing energy values of different foods (from labels) (kJ)","What is the definition for a 'Balanced Diet'? A 'Balanced Diet' is a diet in which neither too much energy is consumed, nor too much of any one type of food group.\nWhich food type(s) are required in the greatest proportion:Fruit and vegetables and Bread, rice, potatoes and pasta\nWhat is the definition of a food group? A food group is what substances are in the food.\nWhat is the definition of a food type? A food type is the name of the food.\nWhich food type provides vitamins, minerals and fibre? Fruit and vegetables give Vitamins and minerals and Fibre\nWhich 4 types of food provide slow release energy (starch)? Bread, rice, potatoes and pasta gives starch (Carbohydrates) for slow energy.\nWhich food type provides vitamins, minerals and lipids? Milk and milk products provides vitamins, minerals and lipids.\nWhat food group do meat, fish, eggs and beans provide? Meat, fish, eggs and beans provide protein and lipids.\nWhat type of carbohydrate does food high in energy contain? Foods and drinks high in energy tend to contain Sugars (Carbohydrates)","https://www.mrcorfe.com/MemoryAnchors/3d95578bfc470d73dc74ae93e57b3282.jpg","Energy\nMinerals\nBalanced diet\nProtein\nLipids\nVitamins\nFood type\nFood group\nKilojoule\nJoule\nSugars\nFibre\nConsumed\nStarch\nCarbohydrates","","","Activity 2)\nDraw eat well plate pie chart.\nActivity 10)\nCompare energy found in different foods","Activity 10)\nLaminated food labels\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21676","CLA","0","2018-11-15","1","0","8E/Sc","S6","4B.4","Skill Focus: Data Collection","","","1) T: DATA COLLETION","","","X","","","Activity 1)\nWhich crisp contains the most energy?","Activity 1)\nburning crisps. calorimeters with cardboard lids\nThermometers\n'Fluffy' Crisps eg Wotsits Cheese Curls Onion Rings Cheesy Balls\nPins in Plasticine in bottle tops.\nsmall accurate balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21677","PKT","0","2018-11-12","4","0","8S/Sc","S2","4P.05","Skill focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","","","","","Activity 1)\nWater wave trays\nStop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21678","PKT","0","2018-11-13","5","0","8S/Sc","S2","4P.06","Halfway Review","","Review of 4P.1","1) A: Review of 4P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4P.1","","","0","","0000-00-00","0","","0"),
("21679","PKT","0","2018-11-14","2","0","8S/Sc","S2","4P.07","What is sound?","","Students can describe both the wave and the sound from a oscilloscope trace.","1) W: Sound is produced by vibrations of objects.\n2) T: The number of vibrations (waves) in a bit of time is known as the frequency of a wave.\n3) T: Frequency is measured in hertz (Hz) which means number per second.\n4) W: The higher the frequency of sound, the higher the pitch.\n5) T: An oscilloscope can be used to view the the very fast changing signals produced by a microphone or signal generator.\n6) W: The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\n7) T: The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\n8) W: The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.\n9) A: Students can describe both the wave and the sound from a oscilloscope trace.\n10) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","How is sound produced? Sound is produced by the vibrations of objects.\nWhat is the frequency of a wave? The frequency of a wave is number of waves in a bit of time.\nWhat unit is frequency measured in? Frequency is measured in hertz (Hz).\nWhat is the relationship between frequency and the sound produced? The higher the frequency of sound, the higher the pitch.\nWhat does a high frequency signal look like on an oscilloscope, compared to a low frequency signal? The closer the peaks on an oscilloscope the higher the frequency of the signal and therefore the wave.\nWhat does a high amplitude signal look like on an oscilloscope, compared to a low amplitude signal? The taller the peaks on an oscilloscope the higher the amplitude of the signal and therefore wave.\nWhat is the relationship between energy and amplitude? The higher the amplitude of the wave, the more energy in the wave and therefore the louder the sound.","https://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg","Wave\nFrequency\nOscilloscope: A fast reacting voltmeter that can show waves.\nSound\nAmplitude\nVibration\nPeak\nEnergy\nHertz: Unit of measurement of frequency (1/s)\nPitch: The","","","Activity 1)\nTuning forks in water.\nhttps://www.youtube.com/watch?v=VCERs0v1OoI\nActivity 4)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 5)\nhttps://i.ytimg.com/vi/52zUwQsJqM8/maxresdefault.jpg\nActivity 9)\nCRO.ppt","Activity 1)\nTuning forks\nbeakers of water\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21680","PKT","0","2018-11-15","5","0","8S/Sc","S2","4P.08","Do all animals hear the same?","","","1) T: The auditory range of humans is from 20 Hz to 20 kHz.\n2) W: Animals have different auditory ranges to that of humans.\n3) T: Sound frequencies above the hearing range of humans are called ultrasound.\n4) T: Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.\n5) T: The sound energy is absorbed by the dirt, setting it vibrating and is so is shaken off.\n\nIn physiotherapy the sound energy is absorbed by deep tissue injuries and stimulates blood circulation and cell activity.\n6) W: Ultrasound reflections can be used to image unborn babies.","What is the auditory range of humans? The auditory range of humans is from 20 Hz to 20 kHz.\nWhat is ultrasound? Sound frequencies above the hearing range of humans are called ultrasound.\nWhat can ultrasound be used for and why? Ultrasound can be used to pass on energy and therefore be used for cleaning and physiotherapy.","","Ultrasound: Sound beyond human hearing.\nSound\nAuditory range: The range of frequencies that human ears can pick up.\nEnergy\nReflection\nVibration\nAbsorbed\nFrequency","","","Activity 1)\nhttp://onlinetonegenerator.com/hearingtest.html\nActivity 2)\nmake different sized ears from cardboard to represent adaptations to hearing","Activity 2)\nHearing Range Powerpoint\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21681","PKT","0","2018-11-16","5","0","8S/Sc","S2","4P.09","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\nBell in Bell jar with vacuum pump.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21682","SNK","0","2018-11-12","2","0","9A1/Sc","S3","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Planning","","0","","0000-00-00","0","","0"),
("21683","SNK","0","2018-11-15","2","0","9A1/Sc","S3","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21684","SNK","0","2018-11-16","3","0","9A1/Sc","S3","B1.2.10","ESQ RP","","","1) Assessment","","","","","","","X","","0","","0000-00-00","0","","0"),
("21685","CLA","0","2018-11-12","2","0","9A2/Sc","S6","B1.2.05","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Actvity 1\nAgar cubes with UI indicator -green\nDifferent concentrations of HCl\nstopwatch\nbeakers\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("21686","CLA","0","2018-11-15","2","0","9A2/Sc","S6","B1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------","","0","","0000-00-00","0","","0"),
("21687","CLA","0","2018-11-16","3","0","9A2/Sc","S6","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21688","SKT","0","2018-11-12","2","0","9A3/Sc","S2","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals.","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","","","0","","0000-00-00","0","","0"),
("21689","SKT","0","2018-11-15","2","0","9A3/Sc","S2","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties","","metals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\npattern: similar properties or characteristics\nphysical properties: physical characteristics of elements","","","Activity 1)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 2)\nInvestigate the physical properties of transition metals\nActivity 5)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 6)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 7)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 8)\nGF: Why are isotopes chemically similar but physically different?\nActivity 9)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","Activity 1)\nA5 laminated periodic tables (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 2)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21690","SKT","0","2018-11-16","3","0","9A3/Sc","S2","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","","","0","","0000-00-00","0","","0"),
("21691","PKT","0","2018-11-16","3","0","9A4/Sc","S1","B1.2.8","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21692","PKT","0","2018-11-12","2","0","9A4/Sc","S1","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("21693","PKT","0","2018-11-15","2","0","9A4/Sc","S1","B1.2.7","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21694","CLA","0","2018-11-13","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21695","LAN","0","2018-11-12","1","0","9B1/Sc","S7","P1.1.5","How can we represent energy transfers?","","","1) Required Practical Activity 1: Specific Heat Capacity\nInvestigation to determine the specific heat capacity of one or more\nmaterials. The investigation will involve linking the decrease of one energy store (or work done) to the\nincrease in temperature and subsequent increase in thermal energy stored.","","","","","","","Activity 1)\n• three types of metal blocks: copper, iron and aluminium, each with two holes for a thermometer and heater\n• some insulation material to wrap around the blocks\n• thermometer\n• pipettes to put water in the thermometer hole\n• 12 V immersion heaters (30 – 110W)\n• 12 V power supplies\n• an ammeter and a voltmeter\n• connecting leads\n• stopwatches\n• balances\n\n-----------","","0","","0000-00-00","0","","0"),
("21696","LAN","0","2018-11-12","2","0","9B1/Sc","S7","P1.1.2","How are changes in energy calculated?","","Students should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n","2) The amount of elastic potential energy stored in a stretched spring can be calculated using the equation:\nelastic potential energy = 0.5 x spring constant x extension 2\n4) The kinetic energy of a moving object can be calculated using the equation:\nkinetic energy = 0.5 ? mass ? speed2\n5) The amount of gravitational potential energy gained by an object raised above ground level can be calculated using the equation:\ng.p.e. = mass x gravitational field strength x height","What energy changes are involved when an object is projected upwards? When an object is projected upwards gravitational potential energy will increase, thermal energy will increase due to friction, which will cause the kinetic energy to decrease.\nWhat is the equation for elastic potential energy? The equation for elastic potential energy is elastic potential energy = 0.5 x spring constant x extension^2\nWhat equation links g.p.e., height, mass and gravitational field strength? Gravitational potential energy = height x mass x gravitational field strength\nWhat equation is used to calculate kinetic energy of a moving object? The kinetic energy of a moving object can be calculated using the equation:
;kinetic energy = 0.5 x mass x speed^2\nWhat is the equation for gravitational potential energy gained by an object raised above ground level? The equation for gravitation potential energy gained by an object above ground level is G.P.E = mass x gravitational field strength x height\nIn all system changes, what happens to energy? In all system changes energy is dissipated, so that it is stored in less useful ways. This energy is often described as being 'wasted'.","https://www.mrcorfe.com/MemoryAnchors/ade9faa8610537bca15a6250fec307e6.jpg","work done\nkinetic energy\ngravitational potential energy\nconservation of energy","","","Activity 1)\nDEMO:\nRocket launcher\nActivity 2)\nCreate a Physics equation flashcard\nActivity 3)\nCircus of mini practicals (2 or 3 sets for a big class of each)\nPiXL Physics equation practice: GPE\nActivity 4)\nPiXL Physics equation practice: KE\nActivity 5)\nCreate a Physics equation flashcard\nActivity 6)\nRecall the definition for 'conservation of energy'.","Activity 1)\nRocket launcher in S7 cupboard (LAN)\n\n-----------\n\nActivity 3)\n2 or 3 sets of each of the following (depending on size of class):\n1. Brick on a table (GPE) \n2. Car on a ramp, stop clock, balance, meter ruler. (kinetic energy) \n3. Picking up a wooden block string around the table from the table, meter ruler, balance, Newton meter. (work done) \n4. Pulling a box across a table (balance, meter ruler, Newton meter) \n5. (HT only) GF task or could be used later after teaching work done and charge.\nSeries circuit with powerpack ammeter and voltmeter. Calculate charge first then energy as work done using energy = charge x potential difference\n\n-----------","","0","","0000-00-00","0","","0"),
("21697","LAN","0","2018-11-15","2","0","9B1/Sc","S7","P1.1.6","What is the future of energy for our planet?","","Students should be able to show that science has the ability to identify environmental issues arising from the use of energy resources but not always the power to\ndeal with the issues because of political, social, ethical or economic\nconsiderations. (extended writing opp)\n\nStudents should be able to compare ways that different energy resources are used, the uses to include transport, electricity generation and heating\n\nStudents should be able to understand why some energy resources are more reliable than others\n\nStudents should be able to consider the environmental issues that may arise from the use of different energy resources\n\nStudents should be able to explain patterns and trends in the use of energy resources.\n\n\nStudents should be able to distinguish between energy resources that are renewable and energy resources that are non-renewable\n\nStudents should be able to describe the main energy sources available\n\nStudents should be able to describe the environmental impact arising from the use of different energy resources\n","2) The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\n6) A renewable energy resource is one that is being (or can be) replenished as it is used.\n9) The uses of energy resources include: transport, electricity generation and heating.\n\nDescriptions of how energy resources are used to generate electricity are not required.","What are the main energy resources available for use on Earth? The main energy resources available for use on Earth include: fossil fuels (coal, oil and gas), nuclear fuel, biofuel, wind, hydro-electricity, geothermal, the tides, the Sun and water waves.\nHow is the main energy resource of fossil fuels used on Earth, compared with solar? The main energy resource of fossil fuels is used on Earth for transport, electricity generation and heating as it can be burned. The main energy resources of solar is used on Earth for electricity generation and heating as it uses the infrared radiation from the Sun.\nWhy are fossil and nuclear fuels more reliable than wind for generating electricity? Fossil fuels and nuclear fuel are more reliable than wind for electricity generation because wind turbines rely on the strength of the wind whereas fossil and nuclear fuels can provide continuous output for as long as they last.\nWhat are the environmental issues that arise from the use of different energy resources? The environmental issues that arise from the use of tidal energy are that it can have a negative impact on wildlife and it may stop the flow of sewage out to the sea. Wave power can also have an effect on wildlife. Hydroelectric dams can cause flooding and biomass gives off atmospheric pollutants. Wood gives off atmospheric pollutants and can destroy habitats. Fossil fuel burning contributes to global warming.\nWhat is a renewable energy resource? A renewable energy resource is one that is being (or can be) replenished as it is used.\nWhy has there been an increase in use of fossil fuels since the early 1900s and how does this compare with solar energy? There has been an increase in use of fossil fuels since the early 1900s because of the industrial revolution when fossil fuels were used heavily in industry. This use has continued until the present day and is expected to continue to rise until renewable resources yield enough energy to replace non-renewable resources such as solar energy. Solar energy experienced a sharp increase in use in the last decade due to improving technology and awareness of climate change.\nWhich of the following energy resources are renewable and which are non-renewable: fossil fuels, wind, biofuel, solar, nuclear fuel, water waves? The following examples of energy resources are renewable: wind, biofuel, solar and water waves. The following examples of energy resources are non-renewable: fossil fuels and nuclear fuel.\nWhat are the main uses of energy resources on Earth? The uses of energy resources include: transport, electricity generation and heating.\nWhat are the energy resources available on earth? The energy resources available on earth are: coal, natural gas, oil, nuclear fuel, solar energy, wind power, wave and tidal power, geothermal, biomass and hydropower.\nWhat is the environmental impact of using fossil fuels compared with solar? The environmental impact of using fossil fuels is when they are burned they release:
;- carbon dioxide (global warming)
;- sulfur dioxide (acid rain)
;- nitrogen oxides (acid rain)
;- particulates (global dimming)
;Solar energy only releases these gases when solar cells and solar panels are being manufactured. Other than this they are renewable and release no greenhouse gases.","Hydrogen powered car (charged and set up running please)","coal
\noil
\ntidal
\nenergy
\nresources
\nnon renewable\ngeothermal\nfossil fuels renewable
\nyield\ntransport electricity
\nacid rain
\nglobal dimming\nglobal warming
\nenvironmental impact
\nrenewable
\nheating\nenergy resources
\npollutants\nFossil fuels
\nnuclear fuel
\nradiation\ninfrared
\nelectricty
\nsolar
\nwind turbines
\nfuel\nflooding
\nfossil fuels
\nenvironmental
\nsewage
\nWildlife
\nindustry
","","","Activity 2)\nGF: Suggest why scientists have not been able to mass produce energy from nuclear fission yet","Activity 2)\nHydrogen powered car\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21698","LAN","0","2018-11-16","4","0","9B1/Sc","S7","","homework intervention","","","1) Required Practical Activity 2: Thermal Insulation","","","","","","","","","0","","0000-00-00","0","","0"),
("21699","SFD","0","2018-11-15","2","0","9B2/Sc","S5","","HWK Feedback and TR2s","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21700","SFD","0","2018-11-16","4","0","9B2/Sc","S5","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","Activity 2)\nfluffy balls \nplasticine\n\n-----------","","0","","0000-00-00","0","","0"),
("21701","SFD","0","2018-11-12","1","0","9B2/Sc","S5","","Total Recall B1.1 and TR2 for C1.1 and P1.1 and completing booklets","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","","","0","","0000-00-00","0","","0"),
("21702","SFD","0","2018-11-12","2","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21703","CML","0","2018-11-12","1","0","9B3/Sc","S4","P1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21704","CML","0","2018-11-12","2","0","9B3/Sc","S4","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21705","CML","0","2018-11-15","2","0","9B3/Sc","S4","P1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21706","CML","0","2018-11-16","4","0","9B3/Sc","S4","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21707","CLA","0","2018-11-15","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21708","CLA","0","2018-11-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("21710","PKT","0","2018-11-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21711","DLN","0","2018-11-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21712","SNK","0","2018-11-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21713","CPD","0","2018-11-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21714","DLN","0","2018-11-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21715","CPD","0","2018-11-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21716","SDN","0","2018-11-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21717","SKT","0","2018-11-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21718","DLN","0","2018-11-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21719","CML","0","2018-11-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21720","CPD","0","2018-11-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21721","SKT","0","2018-11-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21722","LAN","0","2018-11-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21723","CPD","0","2018-11-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21724","LAN","0","2018-11-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21725","DLN","0","2018-11-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21726","SNK","0","2018-11-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21727","CPD","0","2018-11-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21728","SDN","0","2018-11-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21729","CLA","0","2018-11-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21730","CPD","0","2018-11-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21731","SFD","0","2018-11-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21732","LAN","0","2018-11-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21733","DLN","0","2018-11-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21734","SNK","0","2018-11-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21735","CPD","0","2018-11-13","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21736","PKT","0","2018-11-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21737","CML","0","2018-11-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21738","CPD","0","2018-11-13","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21739","SKT","0","2018-11-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21740","DLN","0","2018-11-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21741","SNK","0","2018-11-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21742","CPD","0","2018-11-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21743","CLA","0","2018-11-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21744","DLN","0","2018-11-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21745","SKT","0","2018-11-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21746","LAN","0","2018-11-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21747","CPD","0","2018-11-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21748","SFD","0","2018-11-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21749","CPD","0","2018-11-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21750","SDN","0","2018-11-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21751","CPD","0","2018-11-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21752","SKT","0","2018-11-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21753","DLN","0","2018-11-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21754","CML","0","2018-11-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21755","CPD","0","2018-11-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21756","SFD","0","2018-11-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21757","LAN","0","2018-11-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21758","DLN","0","2018-11-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21759","SNK","0","2018-11-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21760","CPD","0","2018-11-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21761","DLN","0","2018-11-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21762","CPD","0","2018-11-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21763","SDN","0","2018-11-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21764","PKT","0","2018-11-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21765","DLN","0","2018-11-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21766","CML","0","2018-11-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21767","CPD","0","2018-11-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21768","DLN","0","2018-11-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21769","SDN","0","2018-11-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21770","SKT","0","2018-11-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21771","LAN","0","2018-11-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21772","DLN","0","2018-11-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21773","CPD","0","2018-11-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21774","DLN","0","2018-11-16","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21775","CLA","0","2018-11-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21776","DLN","0","2018-11-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21777","CPD","0","2018-11-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21778","SDN","0","2018-11-16","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21779","SFD","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21780","LAN","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21781","DLN","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21782","CML","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21783","CPD","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21784","SDN","0","2018-11-16","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21785","SKT","0","2018-11-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21786","PKT","0","2018-11-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21787","DLN","0","2018-11-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21788","SNK","0","2018-11-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21789","CPD","0","2018-11-16","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21790","SKT","0","2018-11-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21791","LAN","0","2018-11-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21792","DLN","0","2018-11-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21793","CPD","0","2018-11-16","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21941","SKT","0","2018-11-20","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21942","SKT","0","2018-11-21","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21794","SNK","0","2018-11-23","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21795","SFD","0","2018-11-19","3","0","10ASK/Sc","S5","","Finally finishing P1.2 - completing any missed work. A bit of admin and setting up books","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21796","SFD","0","2018-11-20","4","0","10ASK/Sc","S5","","Homework Feedback","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("21797","SFD","0","2018-11-20","5","0","10ASK/Sc","S5","B1.3.01","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("21798","SFD","0","2018-11-21","1","0","10ASK/Sc","S5","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","","","0","","0000-00-00","0","","0"),
("21799","SFD","0","2018-11-23","5","0","10ASK/Sc","S5","B1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21800","SKT","0","2018-11-19","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21801","SKT","0","2018-11-19","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21802","SKT","0","2018-11-20","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21803","SKT","0","2018-11-20","5","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21804","SKT","0","2018-11-21","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21805","SKT","0","2018-11-23","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21806","LAN","0","2018-11-23","5","0","10CLA/Sc","S7","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21807","LAN","0","2018-11-19","3","0","10CLA/Sc","S7","P1.2.8","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs","Activity 1)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21808","LAN","0","2018-11-20","4","0","10CLA/Sc","S7","B1.3.1","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("21809","LAN","0","2018-11-20","5","0","10CLA/Sc","S7","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21810","LAN","0","2018-11-21","1","0","10CLA/Sc","S7","B1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21811","DLN","0","2018-11-21","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21812","PKT","0","2018-11-19","3","0","10JCE/Sc","S1","B1.3.2","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21813","PKT","0","2018-11-19","4","0","10JCE/Sc","S1","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("21814","PKT","0","2018-11-20","4","0","10JCE/Sc","S1","B1.3.4","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("21815","PKT","0","2018-11-20","5","0","10JCE/Sc","S1","B1.3.5","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("21816","PKT","0","2018-11-21","1","0","10JCE/Sc","S1","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("21817","PKT","0","2018-11-23","4","0","10JCE/Sc","S1","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("21818","CML","0","2018-11-19","3","0","10MES/Sc","S4","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","X","","0","","0000-00-00","0","","0"),
("21819","CML","0","2018-11-20","4","0","10MES/Sc","S4","B1.3.08","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","X","","0","","0000-00-00","0","","0"),
("21820","CML","0","2018-11-20","5","0","10MES/Sc","S4","B1.3.09","Required Practical - Food Tests - protein and glucose","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Foods to be tested\npestle & mortars\nfilter paper\nfunnels\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","","0","","0000-00-00","0","","0"),
("21821","CML","0","2018-11-21","1","0","10MES/Sc","S4","B1.3.09","Required Practical - Food Tests - starch and lipids","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Foods to be tested\npestle & mortars\nfilter paper\nfunnels\nconical flasks\ntest tubes\nkettles\nthermometers\n10ml cylinders\nSpotting tiles\nIodine solution\nEthanol","","0","","0000-00-00","0","","0"),
("21822","CML","0","2018-11-23","5","0","10MES/Sc","S4","","B1.3 assess and extend","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21823","SNK","0","2018-11-23","4","0","10SNK/Sc","S3","B1.3.4","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("21824","SNK","0","2018-11-19","3","0","10SNK/Sc","S3","P1.2.10","Investigating the resistance through a LDR","","","1) The current through a diode flows in one direction only.\n2) The diode has a very high resistance in the reverse direction.\n3) The resistance of a thermistor decreases as the temperature increases. (Investigation)","How does the current through a diode behave? The current through a diode flows in one direction only.\nA diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. ","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.","Activity 1)\ngraph paper\n\n-----------","","0","","0000-00-00","0","","0"),
("21825","SNK","0","2018-11-19","4","0","10SNK/Sc","S3","P1.2.11","Recap","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21826","SNK","0","2018-11-20","4","0","10SNK/Sc","S3","B1.3.1","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("21827","SNK","0","2018-11-20","5","0","10SNK/Sc","S3","B1.3.2","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)","","0","","0000-00-00","0","","0"),
("21828","SNK","0","2018-11-21","1","0","10SNK/Sc","S3","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("21829","CML","0","2018-11-20","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21830","CML","0","2018-11-21","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21831","CML","0","2018-11-22","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21832","CML","0","2018-11-23","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21833","CML","0","2018-11-23","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21834","CPD","0","2018-11-20","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21835","CPD","0","2018-11-21","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21836","CPD","0","2018-11-22","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21837","CPD","0","2018-11-23","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21838","CPD","0","2018-11-23","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21839","LAN","0","2018-11-20","2","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21840","LAN","0","2018-11-21","4","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21841","LAN","0","2018-11-22","5","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21842","LAN","0","2018-11-23","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21843","LAN","0","2018-11-23","2","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21844","PKT","0","2018-11-20","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21845","PKT","0","2018-11-21","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21846","PKT","0","2018-11-22","5","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21847","PKT","0","2018-11-23","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21848","PKT","0","2018-11-23","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21849","SFD","0","2018-11-21","4","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21850","SFD","0","2018-11-23","1","0","11SFD/Sc","S5","","","","Students should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel's discovery was not recognised until after his death.\n","3) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n4) In the late 19th century behaviour of chromosomes during cell division was observed\n5) Our current understanding of genetics has developed over time.\n6) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n7) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance.\n8) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. ","How did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the 'units', now called genes, were located on chromosomes.\nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.","","Chromosomes : a thread-like structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.\nAllele : each of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.\nRecessive : heritable characteristics controlled by genes which are expressed in offspring only when inherited from both parents.\nDominant : heritable characteristics which are controlled by genes that are expressed in offspring even when inherited from only one parent.","","","Activity 3)\nWatch a video clip of Mendel’s experiments (see resources).\nVideo clip: BBC Bitesize –http://www.bbc.co.uk/education/clips/zwx4wmn \n\nUse a model to explain genetic inheritance in pea plants and using unfamiliar information.\nActivity 4)\nDraw and label genetic diagrams to explain Mendel’s experiments.\nActivity 7)\nResearch the main developments in the understanding of inheritance and draw a timeline.","","","0","","0000-00-00","0","","0"),
("21851","SFD","0","2018-11-23","2","0","11SFD/Sc","S5","","","","Students should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel's discovery was not recognised until after his death.\n","3) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n4) In the late 19th century behaviour of chromosomes during cell division was observed\n5) Our current understanding of genetics has developed over time.\n6) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n7) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance.\n8) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. ","How did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the 'units', now called genes, were located on chromosomes.\nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.","","Chromosomes : a thread-like structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.\nAllele : each of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.\nRecessive : heritable characteristics controlled by genes which are expressed in offspring only when inherited from both parents.\nDominant : heritable characteristics which are controlled by genes that are expressed in offspring even when inherited from only one parent.","","","Activity 3)\nWatch a video clip of Mendel’s experiments (see resources).\nVideo clip: BBC Bitesize –http://www.bbc.co.uk/education/clips/zwx4wmn \n\nUse a model to explain genetic inheritance in pea plants and using unfamiliar information.\nActivity 4)\nDraw and label genetic diagrams to explain Mendel’s experiments.\nActivity 7)\nResearch the main developments in the understanding of inheritance and draw a timeline.","","","0","","0000-00-00","0","","0"),
("21852","SFD","0","2018-11-22","5","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21853","SFD","0","2018-11-20","2","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21854","SKT","0","2018-11-20","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21855","SKT","0","2018-11-21","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21856","SKT","0","2018-11-22","5","0","11SKT/Sc","S2","","Physics Exam EW","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21857","DLN","0","2018-11-20","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21858","SKT","0","2018-11-23","1","0","11SKT/Sc","S2","","Biology Exam Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21859","SKT","0","2018-11-23","2","0","11SKT/Sc","S2","","Biology Exam Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21860","SNK","0","2018-11-20","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21861","SNK","0","2018-11-21","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21862","SNK","0","2018-11-22","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21863","SNK","0","2018-11-23","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21864","SNK","0","2018-11-23","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21865","SDN","0","2018-11-19","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21866","SDN","0","2018-11-22","4","0","7A1/Sc","S1","","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21867","SDN","0","2018-11-20","3","0","7A1/Sc","S1","1C.09","What happens when ice melts?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21868","SDN","0","2018-11-21","5","0","7A1/Sc","S1","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21869","LAN","0","2018-11-22","4","0","7A2/Sc","S7","1p.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("21870","SNK","0","2018-11-20","3","0","7A2/Sc","S3","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------","","0","","0000-00-00","0","","0"),
("21871","SNK","0","2018-11-21","5","0","7A2/Sc","S3","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21872","CPD","0","2018-11-22","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21873","SDN","0","2018-11-23","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21874","LAN","0","2018-11-21","2","0","7B1/Sc","S7","1P.9","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21875","LAN","0","2018-11-22","2","0","7B1/Sc","S7","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21876","LAN","0","2018-11-23","3","0","7B1/Sc","S7","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21877","SNK","0","2018-11-22","2","0","7B2/Sc","S5","1C.3","How do particles change during a change of state?","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("21878","CLA","0","2018-11-21","2","0","7B2/Sc","S6","1C.2","What is density?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21879","CLA","0","2018-11-23","3","0","7B2/Sc","S6","1C.4","How does energy change the state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21880","CPD","0","2018-11-19","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21881","CPD","0","2018-11-20","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21882","SDN","0","2018-11-19","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21883","SDN","0","2018-11-23","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21884","CLA","0","2018-11-20","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21885","CLA","0","2018-11-22","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21886","SDN","0","2018-11-22","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21887","SDN","0","2018-11-19","5","0","7C1/Sc","S1","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21888","SDN","0","2018-11-22","3","0","7C1/Sc","S1","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21889","SFD","0","2018-11-19","5","0","7C2/Sc","S5","1P.12","Reflection","","","1) REFELECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("21890","SFD","0","2018-11-22","3","0","7C2/Sc","S5","","1P Mastery Tasks and HWK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21891","CLA","0","2018-11-20","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21892","CLA","0","2018-11-21","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21893","CLA","0","2018-11-22","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21894","DLN","0","2018-11-21","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21895","SNK","0","2018-11-19","5","0","7P/Sc","S3","1C.3","How do particles change during a change of state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21896","SNK","0","2018-11-22","3","0","7P/Sc","S3","1C.4","How does energy change the state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21897","SDN","0","2018-11-21","2","0","7X/Sc","S1","1C.09","What happens when ice melts?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21898","SDN","0","2018-11-22","2","0","7X/Sc","S1","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21899","SDN","0","2018-11-23","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21900","SDN","0","2018-11-20","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21901","SDN","0","2018-11-23","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21902","PKT","0","2018-11-21","2","0","8A1/Sc","S3","4P.09","How does Sound travel?","","The sound energy is absorbed by the diaphragm and ear drum.","1) W: Sound is produced by the back and forth vibrations of objects such as loudspeaker diaphragm.\n2) T: Sound waves are longitudinal as the motion of the particles is along the direction the wave is travelling.\n3) W: Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\n4) T: Sound travels fastest in solids and slowest in gasses.\n5) W: Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\n\nSound travels slowest in gasses as the particles are farthest apart and so the collisions are passed on slower.\n6) W: When air particles vibrating with sound energy collide with a microphone diaphragm or an ear drum, their energy is passed on.\n7) D: The sound energy is absorbed by the diaphragm and ear drum.\n8) The microphone and the inner ear transform the sound energy into electrical signals.\n9) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What type of wave is a sound wave? Sound waves are longitudinal waves.\nWhy does sound need a medium to travel? Sound needs a medium of particles to travel, as the energy in sound waves is passed on by the collision of particles.\nIn which of state of matter (solid, liquid, gas) does sound sound travel fastest? Sound travels fastest in solids.\nWhy does the sound travel faster? Sound travels fastest in solids as the particles are closest together and so the collisions are passed on faster.\nWhat happens when sound waves collide with an object such as an ear drum? The sound energy is absorbed by the ear drum.","","Sound\nEnergy\nCollide\nParticles\nElectrical\nAbsorbed\nParticle\nGas\nSolid\nMedium: An area populated with particles.\nVibration\nWave\nLongitudinal: Where the direction of motion is parallel with the direction of oscillation of the particles.\nDirection: A straight course along which something moves.","","","Activity 1)\nSignal generator and speaker with polystyrene balls on top.\nActivity 2)\nHawaiian-Mexican wave\nActivity 3)\nAirzooka to extinguish candle\n\nBell in Bell jar with vacuum pump.\nActivity 4)\nThought exp:\n\nLong plastic tube filled with water hit at one end.\n\nThree separate sounds\nActivity 6)\nBuild diagram from loudspeaker to ear, with air particles in between.","Activity 1)\nSignal generator and speaker with polystyrene balls on top\n\n-----------\n\nActivity 3)\nAirzooka\nCandles\n\nBell in Bell jar with vacuum pump.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21903","PKT","0","2018-11-22","2","0","8A1/Sc","S3","4P.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21904","PKT","0","2018-11-23","3","0","8A1/Sc","S3","4P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","Activity 1)\nBreaking wineglass with voice, to set up the task. https://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI&t=126s","","","0","","0000-00-00","0","","0"),
("21905","SKT","0","2018-11-21","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21906","SKT","0","2018-11-22","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21907","SKT","0","2018-11-23","3","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21908","CML","0","2018-11-21","2","0","8A3/Sc","S4","4C.07","Enquiry: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION:\nAim: To find out how the number drops of acid added affect the pH of the solution.","","","Indicator\nBase: \nAlkali: \npH: \nAcid: ","","","Activity 1)\nMicro titration - pipettes in clamp stands.","Activity 1)\n0.5M hcl\n0.5 sod hydroxide\nuniversal soln\nph scales\ntest tubes\npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21909","CML","0","2018-11-22","2","0","8A3/Sc","S4","4C.08","Enquiry: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the number drops of acid added affect the pH of the solution.\n2) defining acids and alkalis in terms of neutralisation reactions\n3) the pH scale for measuring acidity/alkalinity; and indicators","What is the name of a reaction between an acid and an alkali? A neutralisation reaction.\nWhat do we use the pH scale for? The pH scale is used for measuring acidity/alkalinity; and indicators","","Acid: \nAlkali: \npH Scale: \nIndicator\nBase\nNeutralisation\npH","","","","","","0","","0000-00-00","0","","0"),
("21910","CML","0","2018-11-23","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21911","SDN","0","2018-11-20","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21912","SDN","0","2018-11-23","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21913","CLA","0","2018-11-20","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21914","SNK","0","2018-11-22","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21915","CLA","0","2018-11-19","5","0","8B1/Sc","S6","4B.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)
\nvisking tubing
\nglucose solution
\ndistilled water
\npipettes
\n
\nTesting for sugars:
\nKettles
\nbeakers
\ntest tubes
\nbenedicts solution
\n
\n-----------
\n
\nActivity 13)
\nDemo of lengths of tubing to show length of small and large intestine
\n
\n-----------
\n
\nActivity 15)
\nMr Poo demo
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21916","CLA","0","2018-11-22","3","0","8B1/Sc","S6","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("21917","CML","0","2018-11-19","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21918","CML","0","2018-11-22","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21919","DLN","0","2018-11-19","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21920","SFD","0","2018-11-21","2","0","8E/Sc","S5","4B.5","Skill Focus: Analysis","","","1) T: ANALYSIS\n\nAim: Which crisp contains the most energy?","","","Energy","","","Activity 1)\nBurning crisps measuring the temperature increase","","","0","","0000-00-00","0","","0"),
("21921","SFD","0","2018-11-23","3","0","8E/Sc","S5","4B.7","What happens if we don't eat a balanced diet?","","","1) Review of 4B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/4B.1","","","0","","0000-00-00","0","","0"),
("21922","CLA","0","2018-11-22","2","0","8E/Sc","S6","4B.6","How much energy do we need?","","Total Energy Requirements = BMR plus AMR","1) W: Even when you are asleep you require energy to stay alive.\n2) W: You require energy to do anything more than stay alive.\n3) T: The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\n4) T: The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\n5) T: Your BMR depends on your age and gender.\n6) T: Your AMR depends on your activities.\n7) A: Total Energy Requirements = BMR plus AMR\n8) W: If a person consumes more energy than they use they gain weight.\n9) W: If a person consumes less energy than they use they lose weight.\n10) W: People who are excessively fat are said to be obese.\n11) T: Obesity leads to health problems:\n- arthritis (worn joints)\n- diabetes (high blood sugar)\n- high blood pressure\n- heart disease\n12) W: Starvation occurs when a person does not consume enough energy to live (over the medium term).\n13) T: If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","How are the energy requirements of a healthy diet calculated? calculations of energy requirements in a healthy daily diet \nWhat do we require energy for? You require energy to do anything more than stay alive.\nWhat is the term for the energy required just to stay alive? The energy required just to stay alive is known as your Basal Metabolic Rate (BMR).\nWhat is the amount of energy you used during the day called? The energy you expend through the day doing activities is known as your Active Metabolic Rate (AMR).\nWhat does BMR depend on? Your BMR depends on your age and gender.\nWhat does AMR depend on? Your AMR depends on your activities.\nHow do you work out someones total energy requirements? Total Energy Requirements = BMR plus AMR\nWhat happens if someone consumes more energy than they use? the consequences of imbalances in the diet, including obesity, starvation and deficiency diseases \nWhat happens if someone consumes less energy than they use? If a person consumes less energy than they use they lose weight.\nWhat is the medical term for someone who is excessively fat? People who are excessively fat are said to be obese.\nWhat health problems does obesity cause? Obesity leads to health problems:;- arthritis (worn joints);- diabetes (high blood sugar);- high blood pressure;- heart disease\nWhen does starvation occur? Starvation occurs when a person does not consume enough energy to live (over the medium term).\nWhat can happen when you do not consume enough vitamins or minerals? If you do not consume enough vitamins and minerals then you may suffer from deficiency diseases, as cells are unable to function properly.","https://www.mrcorfe.com/MemoryAnchors/Diet.jpg","Energy\nConsume\nWeight\nFunction\nStarvation\nVitamins\nMinerals\nHeart disease\nDeficiency diseases\nCell\nArthritis\nActive Metabolic Rate (AMR)\nBasal Metabolic Rate (BMR)\nObese\nObesity\nDiabetes\nHealth\nHigh blood pressure","","","Activity 11)\nShowing effects of obesity on joints\n\nmodelling impact of high blood pressure using students as red blood cells (no equipment needed)","Activity 11)\nSyndey skeleton model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21923","PKT","0","2018-11-19","5","0","8S/Sc","S2","","Feedback Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21924","PKT","0","2018-11-22","3","0","8S/Sc","S2","4P.10","What is the speed of sound?","","Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\nMeasuring the speed of sound (using echoes).","1) D: Echoes are just the reflection of a sound wave with an big enough time delay, such that your brain separates the sound into two distinct events.\n2) D: Measuring the speed of sound (using echoes).\n3) W: Speed = distance / time\n\nWith reflections / echoes the sound travels twice the distance of the person making the sound and the wall.","What is an echo? Echoes are the reflection of a sound wave with a long time delay.\nWhat is the equation to calculate speed? speed = distance / time","","Sound\nSpeed\nReflection\nTime\nWave\nDistance","","","Activity 2)\nStarting pistol and flag or \nClapper board / trays on field.\n\nOR\n\nhttp://www.nuffieldfoundation.org/practical-physics/measuring-speed-sound-using-echoes\n\nOrder trundle wheel\nActivity 3)\nTo set up the task:\nhttps://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI","Activity 2)\nClapper board / trays\nTrundle wheel\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21925","SFD","0","2018-11-22","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21926","PKT","0","2018-11-22","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21927","SNK","0","2018-11-19","1","0","9A1/Sc","S3","","","","","","","","","","","","Stickers","","0","","0000-00-00","0","","0"),
("21928","SNK","0","2018-11-19","2","0","9A1/Sc","S3","","","","","","","","","","","","Isabelle to teach","","0","","0000-00-00","0","","0"),
("21929","SNK","0","2018-11-20","1","0","9A1/Sc","S3","C1.2.1","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","Activity 2)\nfluffy balls \nplasticine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21930","SNK","0","2018-11-21","3","0","9A1/Sc","S3","C1.2.2","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties","","metals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\npattern: similar properties or characteristics\nphysical properties: physical characteristics of elements","","","Activity 1)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 2)\nInvestigate the physical properties of transition metals\nActivity 5)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 6)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 7)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 8)\nGF: Why are isotopes chemically similar but physically different?\nActivity 9)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","Activity 1)\nA5 laminated periodic tables (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 2)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------","","0","","0000-00-00","0","","0"),
("21931","SNK","0","2018-11-22","1","0","9A1/Sc","S3","C1.2.3","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","","","0","","0000-00-00","0","","0"),
("21932","SNK","0","2018-11-23","5","0","9A1/Sc","S3","C1.2.4","","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","X","","0","","0000-00-00","0","","0"),
("21933","CLA","0","2018-11-19","2","0","9A2/Sc","S6","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21934","CLA","0","2018-11-20","1","0","9A2/Sc","S6","B1.2.08","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("21935","CLA","0","2018-11-21","3","0","9A2/Sc","S6","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21936","CLA","0","2018-11-22","1","0","9A2/Sc","S6","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21937","CLA","0","2018-11-23","5","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21938","CLA","0","2018-11-19","1","0","9A2/Sc","S6","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)
\nEach Group:
\nBeaker, 100 cm3, 1
\nWhite tile,1
\nPaper towel, 1
\nRuler, 1
\nForceps, 1
\nStopclock/ stopwatch
\n
\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group
\nAgar cubes 1 cm x 1 cm, 1 per group
\nAgar cubes 0.5 cm x 0.5 cm, 1 per group
\n(Note 1)
\nHydrochloric acid, 0.1 M, 20 cm3 per group
\n20ml cylinders
\n
\n-----------","","0","","0000-00-00","0","","0"),
("21939","SKT","0","2018-11-19","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21940","SKT","0","2018-11-19","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21943","SKT","0","2018-11-22","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21944","SKT","0","2018-11-23","5","0","9A3/Sc","S2","","Mid-review (Total Recall)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21945","PKT","0","2018-11-19","1","0","9A4/Sc","S1","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21946","PKT","0","2018-11-19","2","0","9A4/Sc","S1","B1.2.9","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21947","PKT","0","2018-11-20","1","0","9A4/Sc","S1","","Osmosis Required Practical Write Up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21948","PKT","0","2018-11-21","3","0","9A4/Sc","S1","B1.2.10","","","","1) Assessment","","","","","","","","","0","","0000-00-00","0","","0"),
("21949","PKT","0","2018-11-22","1","0","9A4/Sc","S1","C1.2.1","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals.","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","Activity 2)\nfluffy balls \nplasticine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21950","PKT","0","2018-11-23","5","0","9A4/Sc","S1","C1.2.2","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties","","metals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\npattern: similar properties or characteristics\nphysical properties: physical characteristics of elements","","","Activity 1)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 2)\nInvestigate the physical properties of transition metals\nActivity 5)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 6)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 7)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 8)\nGF: Why are isotopes chemically similar but physically different?\nActivity 9)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","Activity 1)\nA5 laminated periodic tables (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 2)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21951","LAN","0","2018-11-19","1","0","9B1/Sc","S7","","SHC RP","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21952","LAN","0","2018-11-20","3","0","9B1/Sc","S7","","SHC RP (might not need)","","","","","","","","","","SHC RP (might not need)","","0","","0000-00-00","0","","0"),
("21953","LAN","0","2018-11-21","5","0","9B1/Sc","S7","","Insulation RP","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("21954","LAN","0","2018-11-22","1","0","9B1/Sc","S7","P1.1.7","insulation RP","","","1) Required Practical Activity 2: Thermal Insulation","","","","","","","Activity 1)\n• 100 cm3 beakers\n• 250 cm3 beakers\n• thermometers\n• kettle to heat water\n• cardboard lids with hole\n• scissors\n• stopwatch\n• insulating material (eg newspaper, corrugated cardboard, bubble wrap, polystyrene balls,\ncotton wool)\n• rubber bands\nBalances\n\n-----------","","0","","0000-00-00","0","","0"),
("21955","LAN","0","2018-11-23","4","0","9B1/Sc","S7","P1.1.7","A","","","1) Required Practical Activity 2: Thermal Insulation","","","","","","","","","0","","0000-00-00","0","","0"),
("21956","DLN","0","2018-11-19","1","0","9B1/Sc","S7","","SHC RP","","","","","","","","","","SHC RP","","0","","0000-00-00","0","","0"),
("21957","DLN","0","2018-11-20","3","0","9B1/Sc","S7","","SHC RP (might not need)","","","","","","","","","","SHC RP (might not need)","","0","","0000-00-00","0","","0"),
("21958","SFD","0","2018-11-20","3","0","9B2/Sc","S5","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","","","0","","0000-00-00","0","","0"),
("21959","SFD","0","2018-11-21","5","0","9B2/Sc","S5","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------","","0","","0000-00-00","0","","0"),
("21960","SFD","0","2018-11-22","1","0","9B2/Sc","S5","","Homework Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21961","SFD","0","2018-11-23","4","0","9B2/Sc","S5","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------","","0","","0000-00-00","0","","0"),
("21962","SFD","0","2018-11-19","1","0","9B2/Sc","S5","C1.2.02","How was the periodic table developed?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to describe these steps in the development of the periodic table.\n","1) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n3) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n5) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n6) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n7) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n8) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.","How were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties","","metals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\npattern: similar properties or characteristics\nphysical properties: physical characteristics of elements","","","Activity 1)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 2)\nInvestigate the physical properties of transition metals\nActivity 5)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 6)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 7)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 8)\nGF: Why are isotopes chemically similar but physically different?\nActivity 9)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","Activity 1)\nA5 laminated periodic tables (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 2)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------","","0","","0000-00-00","0","","0"),
("21963","CML","0","2018-11-19","1","0","9B3/Sc","S4","P1.2.04","Required practical data collection - Resistors","","Students should be able to convert between newton-metres and joules\n\nStudents should be able to describe the energy transfer involved when work is done.\n","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21964","CML","0","2018-11-20","3","0","9B3/Sc","S4","P1.2.05","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps \nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21965","CML","0","2018-11-21","5","0","9B3/Sc","S4","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\npower packs\n12v lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------","","0","","0000-00-00","0","","0"),
("21966","CML","0","2018-11-22","1","0","9B3/Sc","S4","P1.2.07","Required practical data collection - Components","","","1) The resistance of an LDR decreases as light intensity increases. (Investigation)\n2) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n3) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","What happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nLight intensity: \nCurrent\nLDR
\nVariable resistor: A resistor that can vary the flow of current in a circuit.\nDiode: A resistor allowing current to flow in one direction only.\nThermistor: A resistor that is sensitve to temperature changes.\nLDR: Light Dependent Resistor","","","Activity 1)\nLDR light intensity practical","Activity 1)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21967","CML","0","2018-11-23","4","0","9B3/Sc","S4","P1.2.08","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","1) The applications of thermistors in circuits eg a thermostat is required.","How are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs","Activity 1)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n","","0","","0000-00-00","0","","0"),
("21968","CLA","0","2018-11-19","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21969","CLA","0","2018-11-23","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21970","CPD","0","2018-11-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21971","SFD","0","2018-11-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21972","LAN","0","2018-11-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21973","DLN","0","2018-11-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21974","CML","0","2018-11-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21975","SDN","0","2018-11-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21976","DLN","0","2018-11-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21977","CPD","0","2018-11-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21978","SDN","0","2018-11-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21979","SFD","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21980","CLA","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21981","LAN","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21982","DLN","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21983","CML","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21984","CPD","0","2018-11-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21985","SKT","0","2018-11-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21986","LAN","0","2018-11-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21987","CPD","0","2018-11-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21988","SFD","0","2018-11-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21989","LAN","0","2018-11-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21990","DLN","0","2018-11-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21991","CML","0","2018-11-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21992","CPD","0","2018-11-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21993","SKT","0","2018-11-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21994","PKT","0","2018-11-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21995","DLN","0","2018-11-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21996","CPD","0","2018-11-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21997","SDN","0","2018-11-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21998","CLA","0","2018-11-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("21999","DLN","0","2018-11-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22000","CPD","0","2018-11-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22001","SDN","0","2018-11-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22002","CLA","0","2018-11-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22003","CPD","0","2018-11-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22004","SDN","0","2018-11-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22005","DLN","0","2018-11-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22006","SNK","0","2018-11-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22007","CPD","0","2018-11-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22008","SFD","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22009","LAN","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22010","DLN","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22011","CML","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22012","CPD","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22013","SDN","0","2018-11-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22014","CLA","0","2018-11-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22015","DLN","0","2018-11-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22016","SDN","0","2018-11-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22017","SKT","0","2018-11-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22018","PKT","0","2018-11-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22019","CPD","0","2018-11-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22020","DLN","0","2018-11-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22021","CPD","0","2018-11-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22022","SDN","0","2018-11-22","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22023","SFD","0","2018-11-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22024","DLN","0","2018-11-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22025","CPD","0","2018-11-22","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22026","SKT","0","2018-11-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22027","LAN","0","2018-11-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22028","DLN","0","2018-11-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22029","CPD","0","2018-11-22","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22030","SKT","0","2018-11-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22031","DLN","0","2018-11-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22032","CML","0","2018-11-22","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22033","DLN","0","2018-11-22","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22034","DLN","0","2018-11-23","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22035","CLA","0","2018-11-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22036","DLN","0","2018-11-23","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22037","DLN","0","2018-11-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22038","CPD","0","2018-11-23","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22039","CLA","0","2018-11-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22040","DLN","0","2018-11-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22041","CPD","0","2018-11-23","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22042","DLN","0","2018-11-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22043","CPD","0","2018-11-23","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22044","SFD","0","2018-11-27","1","0","10ASK/Sc","S5","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("22045","SFD","0","2018-11-27","5","0","10ASK/Sc","S5","","Homework Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22046","SFD","0","2018-11-30","2","0","10ASK/Sc","S5","","Lung stuff from Carmit","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","","","0","","0000-00-00","0","","0"),
("22047","CLA","0","2018-11-28","3","0","10ASK/Sc","S5","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("22048","CLA","0","2018-11-30","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22049","SKT","0","2018-11-27","1","0","10BSK/Sc","S2","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","DEMO: Heart and lungs (real)","","0","","0000-00-00","0","","0"),
("22050","SKT","0","2018-11-28","3","0","10BSK/Sc","S2","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","Class: Heart dissection (16 sets)\nModel of heart","","0","","0000-00-00","0","","0"),
("22051","SKT","0","2018-11-30","2","0","10BSK/Sc","S2","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("22052","LAN","0","2018-11-27","1","0","10CLA/Sc","S7","B1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","elephants tooth paste demo\n\n-----------","","0","","0000-00-00","0","","0"),
("22053","LAN","0","2018-11-27","5","0","10CLA/Sc","S7","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("22054","LAN","0","2018-11-28","3","0","10CLA/Sc","S7","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("22055","LAN","0","2018-11-30","2","0","10CLA/Sc","S7","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22056","PKT","0","2018-11-27","1","0","10JCE/Sc","S1","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22057","PKT","0","2018-11-28","3","0","10JCE/Sc","S1","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22058","PKT","0","2018-11-30","2","0","10JCE/Sc","S1","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22059","DLN","0","2018-11-27","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22060","DLN","0","2018-11-28","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22061","CML","0","2018-11-27","1","0","10MES/Sc","S4","p1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22062","CML","0","2018-11-27","5","0","10MES/Sc","S4","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------","","0","","0000-00-00","0","","0"),
("22063","CML","0","2018-11-28","3","0","10MES/Sc","S4","p1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22064","CML","0","2018-11-30","2","0","10MES/Sc","S4","p1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22065","SNK","0","2018-11-27","1","0","10SNK/Sc","S3","B1.3.5","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("22066","SNK","0","2018-11-28","3","0","10SNK/Sc","S3","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22067","SNK","0","2018-11-30","2","0","10SNK/Sc","S3","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22068","SMT","0","2018-11-26","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22069","SDN","0","2018-11-27","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22070","SDN","0","2018-11-27","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22071","CML","0","2018-11-27","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22072","CML","0","2018-11-28","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22073","CML","0","2018-11-29","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22074","CML","0","2018-11-30","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22075","CPD","0","2018-11-27","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22076","CPD","0","2018-11-28","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22077","CPD","0","2018-11-29","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22078","CPD","0","2018-11-30","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22079","LAN","0","2018-11-27","4","0","11LAN/Sc","S7","","bio paper reteach","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22080","LAN","0","2018-11-28","1","0","11LAN/Sc","S7","","chem paper reteach","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22081","LAN","0","2018-11-29","4","0","11LAN/Sc","S7","","WTM","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22082","LAN","0","2018-11-30","1","0","11LAN/Sc","S7","","physics reteach - length of wire practical","","","","","","","","","","length of wire practical (4 sets)","","0","","0000-00-00","0","","0"),
("22083","PKT","0","2018-11-27","4","0","11PKT/Sc","S1","","Physics Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22084","PKT","0","2018-11-28","1","0","11PKT/Sc","S1","P2.3.1","What are Newton's First and Third Laws?","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","Activity 5)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps\n\n-----------","","0","","0000-00-00","0","","0"),
("22085","PKT","0","2018-11-29","4","0","11PKT/Sc","S1","P2.3.2","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22086","PKT","0","2018-11-30","1","0","11PKT/Sc","S1","P2.3.5","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22087","SFD","0","2018-11-28","1","0","11SFD/Sc","S5","B2.4.04","What are the ways, benefits and risks of cloning?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","1) Tissue culture: using small groups of cells from part of a plant to grow\nidentical new plants. This is important for preserving rare plant species or commercially in nurseries.\n2) Cuttings: an older, but simple, method used by gardeners to produce many identical new plants from a parent plant.\n3) Embryo transplants: splitting apart cells from a developing animal\nembryo before they become specialised, then transplanting the identical embryos into host mothers.\n\n4) The process of adult cell cloning:\n? The nucleus is removed from an unfertilised egg cell.\n? The nucleus from an adult body cell, such as a skin cell, is inserted into the egg cell.\n? An electric shock stimulates the egg cell to divide to form an embryo.\n? These embryo cells contain the same genetic information as the adult\nskin cell.\n? When the embryo has developed into a ball of cells, it is inserted into\nthe womb of an adult female to continue its development.\n5) Explain the potential benefits and risks of cloning in agriculture and in medicine and that some people have ethical objections.\n","How does the technique of tissue culturing enable cloning? Why is this important for plants? Tissue culture: using small groups of cells from part of a plant to grow;identical new plants. This is important for preserving rare plant species or commercially in nurseries.\nWhat way, other than tissue culture, can plants be cloned by gardeners? Through using cuttings to produce many identical new plants from a parent plant.\nHow is embryo transplant cloning carried out? Embryo transplant cloning happens by splitting apart cells from a developing animal;embryo before they become specialised, then transplanting the identical embryos into host mothers.\nWhat are the steps involved in adult cell cloning? 1. The nucleus is removed from an unfertilised egg cell.;2. The nucleus from an adult body cell, such as a skin cell, is inserted into the egg cell.;3. An electric shock stimulates the egg cell to divide to form an embryo.;4. These embryo cells contain the same genetic information as the adult;skin cell.;5. When the embryo has developed into a ball of cells, it is inserted into;the womb of an adult female to continue its development.\nWhat are the potential benefits and risks involved in cloning and why do some people object? Benefits: All the new plants are genetically identical ? they will all have the desired characteristics.;Organisms that are difficult or slow to breed normally can be reproduced quickly. Some plant varieties do not produce seeds, others have seeds that are dormant for long periods.;Risks: If a clone is susceptible to disease or changes in environment, then all the clones will be susceptible.;It will lead to less variation, and less opportunity to create new varieties in the future. Some people object to cloning as they feel it is unethical and unatural to clone. Some people object on religious grounds as well. ","","Cuttings : a piece cut from a plant for propagation.\nEmbryo : an unborn or unhatched offspring in the process of development.\nTissue culture : the growth of cells derived from living tissue in an artificial medium.\nCloning : making identical copies of an organism or item.","","","Activity 2)\nDiscuss plant cloning techniques and why they are used.\nTake cuttings of different plants.\nProduce cauliflower clones – follow guidance from Science and Plants for Schools (SAPS). Observe growth in later lesson.\nEvaluate the use of cuttings and tissue culture to clone plants.\n\nhttp://www.saps.org.uk/secondary/teaching-resources/706-cauliflower-cloning-tissue-culture-and-micropropagation\nActivity 3)\nProduce and evaluate a model to describe embryo transplants.\nActivity 4)\nUse a model to describe adult cell cloning.\nActivity 5)\nGF : Evaluate the effect that human cloning could have on the social, economic and cultural environment of the world if ti were to be legalised.","Activity 2)\nCuttings: \n scissors\nplants, eg geraniums or spider plants\n•pots &,compost\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22088","SFD","0","2018-11-29","4","0","11SFD/Sc","S5","","Recap genetic engineering.","","Students should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n","1) Charles Darwin, as a result of observations on a round the world\nexpedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\n2) Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of\nvariation for a characteristic.\n? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.\n? The characteristics that have enabled these individuals to survive are\nthen passed on to the next generation.\n\n4) Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.\n\n5) The theory of evolution by natural selection was only gradually accepted because:\n? the theory challenged the idea that Ood made all the animals and\nplants that live on Earth\n? there was insufficient evidence at the time the theory was published\nto convince many scientists\n? the mechanism of inheritance and variation was not known until\n50 years after the theory was published.\n","How did Charles Darwin come up with the theory of evolution by natural selection? Charles Darwin, as a result of observations on a round the world;expedition, backed by years of experimentation and discussion and linked to developing knowledge of geology and fossils, proposed the theory of evolution by natural selection.\nWhat does the theory of eveolution by natural selection involve? Theory of evolution by natural selection invovles: ? Individual organisms within a particular species show a wide range of;variation for a characteristic.;? Individuals with characteristics most suited to the environment are more likely to survive to breed successfully.;? The characteristics that have enabled these individuals to survive are;then passed on to the next generation.\nWhat lead to the development of the theory of evolution by natural selection? The theory of evolution by natural selection was developed over time and from information gathered by many scientists and he development of the social climate at the time. \nWhat was the name of the book that Charles Darwin published his ideas in andwere people happy with it? Darwin published his ideas in On the Origin of Species (1859). There was much controversy surrounding these revolutionary new ideas.;\nWhy did it take a long time for the theory of evolution by natural selection to be accepted? The theory of evolution by natural selection was only gradually accepted because:;? the theory challenged the idea that Ood made all the animals and;plants that live on Earth;? there was insufficient evidence at the time the theory was published;to convince many scientists;? the mechanism of inheritance and variation was not known until;50 years after the theory was published.;","","Natural selection : the process whereby organisms better adapted to their environment tend to survive and produce more offspring.\nOrganism : an individual animal, plant, or single-celled life form.\nEvolution : the process by which different kinds of living organism are believed to have developed from earlier forms during the history of the earth.\nTheory : a set of principles on which the practice of an activity is based.","","","Activity 1)\nLook at exhibition to show the wide variety of organisms that live, or have lived, on Earth. \nDiscuss how they were all formed.\nActivity 2)\nDraw a flow diagram to explain natural selection.","","","0","","0000-00-00","0","","0"),
("22089","SFD","0","2018-11-27","4","0","11SFD/Sc","S5","B2.4.03","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","Electron being hit by a bat to represent voltage difference.\nhttps://www.mrcorfe.com/MemoryAnchors/9a18e1bda27092fec09650d28b2156d7.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("22090","SFD","0","2018-11-30","1","0","11SFD/Sc","D8","B2.4.08","Where do fossils come from?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","2) The theory of evolution by natural selection is now widely accepted. Data is now available to support the theory of evolution.\n\n3) Fossils are the remains of organisms from millions of years ago, which are found in rocks.\n4) Extract and interpret information from charts, graphs and tables related to fossil evidence \n\n5) Fossils may be formed:\n- from parts of organisms that have not decayed because one or more\nof the conditions needed for decay are absent\n- when parts of the organism are replaced by minerals as they decay\n- as preserved traces of organisms, such as footprints, burrows and\nrootlet traces.\n6) Many early forms of life were soft-bodied, which means that they have left few traces behind. \n\n7) What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\n8) We can learn from fossils how much or how little different organisms\nhave changed as life developed on Earth.\n\n9) Appreciate why the fossil record is incomplete\n10) Understand how scientific\nmethods and theories\ndevelop over time.\n\n12) Extinctions occur when there are no remaining individuals of a species still alive.","What evidence is there now to support Darwin\'stheory of evolution? We have now unearthed fossils which we have been able to sequence the genomes of as well aslook at similar characteristics which have developed over time in a range of fossilised remains. Testing of antibiotic resistant bacteria has also shown rapid evolution within the species in order to help them survive treatment with antibiotics.\nWhat are fossils? Fossils are the remains of organisms from millions of years ago, which are found in rocks.\nHow can fossils be formed? Fossils may be formed:;? from parts of organisms that have not decayed because one or more;of the conditions needed for decay are absent;? when parts of the organism are replaced by minerals as they decay;? as preserved traces of organisms, such as footprints, burrows and;rootlet traces.;\nWhy is there little evidence of very early life forms? Many early forms of life were soft-bodied, which means that they have left few traces behind. ;\nWhy can we not be certain of how life on earthformed even from hard bodied organisms? What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\nWhat is the main thing we can learn from fossils? We can learn from fossils how much or how little different organisms;have changed as life developed on Earth.;\nWhy is the fossil record described as incomplete? Due to the constantly changing earth many fossils have been lost to us due to geographical changes suchas volcanoes and earth quakes. Some fossils have simply yet to be found and others still lie beneath the oceans.\nHow do scientific methods and theories develop over time? Scientists constantly refine scientific methods by replicating them and finding and fixing flaws through new technology or knowledge. Theories are also challenged and evidence gathered regularly. \nWhat is extinction? Extinction occurs when there are remaining individuals or a species still alive.\nWhat are some of the factors that contribute to extinction? Extinctions can occur when: changes to the environment occur, such as a change in climate, new diseases, new predators and new competitors.","","Extinction : when there are no members of a species left living.\nDecay : rot or decompose through the action of bacteria and fungi.\nGeological : relating to the study of the earth's physical structure and substance.\nFossils : the remains or impression of a prehistoric plant or animal embedded in rock and preserved in petrified form.","","","Activity 1)\nDiscuss the evidence we have to support Darwin’s theory and present in a suitable format.\nActivity 3)\nDiscuss how fossils provide evidence for evolution.\nActivity 5)\nObserve fossils or pictures of fossils.\nModel how a fossil can be formed.\nActivity 10)\nConsider theories of how life on Earth began.\nActivity 12)\nGive a list of extinct organisms and ask students to print images. Suggest reasons to explain why they died out.\nExplain why some organisms are endangered. Give examples. Give reasons why it is important to prevent species from becoming extinct\nActivity 13)\nResearch causes of extinction and write a report/PowerPoint presentation to present to the class.","","","0","","0000-00-00","0","","0"),
("22091","DLN","0","2018-11-27","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22092","SKT","0","2018-11-27","4","0","11SKT/Sc","S2","","Chemistry Exam Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22093","SKT","0","2018-11-28","1","0","11SKT/Sc","S2","","Physics Exam Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22094","SKT","0","2018-11-29","4","0","11SKT/Sc","S2","B2.4.01","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("22095","SKT","0","2018-11-30","1","0","11SKT/Sc","S2","B2.4.02","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nEvolution : \nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","","","0","","0000-00-00","0","","0"),
("22096","SNK","0","2018-11-27","4","0","11SNK/Sc","S3","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22097","SNK","0","2018-11-28","1","0","11SNK/Sc","S3","P2.3.4","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("22098","SNK","0","2018-11-29","4","0","11SNK/Sc","S3","","","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","","","0","","0000-00-00","0","","0"),
("22099","SNK","0","2018-11-30","1","0","11SNK/Sc","S3","P2.3.5","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22100","SDN","0","2018-11-26","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22101","SDN","0","2018-11-27","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22102","DLN","0","2018-11-28","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22103","SNK","0","2018-11-28","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22104","SDN","0","2018-11-26","3","0","7A1/Sc","S1","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22105","SDN","0","2018-11-28","5","0","7A1/Sc","S1","","RE-TEACH","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22106","SKT","0","2018-11-29","3","0","7A1/Sc","S2","1P.01","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22107","SKT","0","2018-11-27","3","0","7A1/Sc","S4","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22108","LAN","0","2018-11-26","3","0","7A2/Sc","S7","1P.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22109","LAN","0","2018-11-27","3","0","7A2/Sc","S7","1B.01","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22110","LAN","0","2018-11-28","5","0","7A2/Sc","S7","1B.02","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22111","LAN","0","2018-11-29","3","0","7A2/Sc","S7","1B.03","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22112","SDN","0","2018-11-29","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22113","SDN","0","2018-11-30","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22114","SFD","0","2018-11-26","3","0","7B1/Sc","S5","1P.11","POO - marking/graph-work","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22115","SFD","0","2018-11-28","5","0","7B1/Sc","S5","1B.02","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22116","SFD","0","2018-11-29","3","0","7B1/Sc","S5","1b.03","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------","","0","","0000-00-00","0","","0"),
("22117","LAN","0","2018-11-28","4","0","7B1/Sc","S7","1b.01","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22118","CLA","0","2018-11-28","4","0","7B2/Sc","S6","1C.6","Skill focus: Data collection","","","","","","","","","","Thermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders","","0","","0000-00-00","0","","0"),
("22119","SNK","0","2018-11-26","3","0","7B2/Sc","S3","1C.5","Skill focus: Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22120","SNK","0","2018-11-28","5","0","7B2/Sc","S3","1C.7","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22121","SNK","0","2018-11-29","3","0","7B2/Sc","S3","1C.8","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22122","SDN","0","2018-11-28","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22123","SDN","0","2018-11-26","4","0","7C1/Sc","S1","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22124","SDN","0","2018-11-27","3","0","7C1/Sc","S1","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22125","SDN","0","2018-11-28","2","0","7C1/Sc","S1","","RE-TEACH","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22126","SDN","0","2018-11-29","5","0","7C1/Sc","S1","1P.01","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol 'N'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22127","SDN","0","2018-11-30","5","0","7C1/Sc","S1","1P.02","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22128","SFD","0","2018-11-26","4","0","7C2/Sc","S5","1B.01","What are living things made up of?","","","1) T: Cells as are the fundamental unit of living organisms.\n2) T: Cells => Tissues => Organs => Organ Systems => Organisms\n3) W: Cells are repeated units\n4) W: Tissues are one type of cell working together.\n5) W: Organs are made of different tissues working together.\n6) W: Organ Systems are different organs working together.\n7) W: Organisms are living things, in which different organ systems work together.\n8) W: All living, or once living, things are made up of cells.\n9) W: Cells have smaller structures called organelles in them.\n10) T: The function of the cell wall is to strengthen the cell.\n11) T: The function of the cell membrane is to control the passage of substances in and out of the cell.\n12) T: The function of cytoplasm is to be a place for chemical reactions to take place.\n13) T: The function of nucleus is to control the cell.\n14) T: The function of permanent vacuole is to be a store of cell sap.\n15) T: The function of the chloroplasts is to absorb light energy to make food\n16) T: The function of mitochondria is to release energy through respiration.\n17) T: The function of the ribosome is to do protein synthesis (making).","What are all living things made of? Cells are the fundamental unit of living organisms.\nWhat are the levels of organisation in an organism? Cells => Tissues => Organs => Organ Systems => Organisms\nWhat are biological cells? Cells are the repeated units that living things are made up of.\nWhat are tissues made up of? Tissues are one type of cell working together.\nWhat are Organs made up of? Organs are made of different tissues working together.\nWhat are Organ Systems made up of? Organ Systems are different organs working together.\nWhat are organisms made up of? Organisms are made up of Organs systems.\nWhat are organelles? Organelles are the small structures inside cells.\nWhat is the function of the cell wall? The function of the cell wall is to strengthen the cell.\nWhat is the function of the cell membrane? The function of the cell membrane is to control the passage of substances in and out of the cell.\nWhat is the function of the cytoplasm? The function of cytoplasm is to be a place for chemical reactions to take place.\nWhat is the function of the nucleus? The function of nucleus is to control the cell.\nWhat is the function of the permanent vacuole? The function of permanent vacuole is to be a store of cell sap.\nWhat is the function of the chloroplasts? The function of the chloroplasts is to absorb light energy to make food.\nWhat is the function of the mitochondria? The function of mitochondria is to release energy through respiration.\nWhat is the function of the ribosome? The function of the ribosome is to do protein synthesis.","https://www.mrcorfe.com/MemoryAnchors/10ca72eedffe3dc59ae4f2f7fe536aa6.jpg","Cell: repeated unit\nOrganism: A living thing.\nOrgan: Different tissues working together to fulfil a specific function\nOrgan System: A group of organs working together to fulfil one or more functions.\nTissue: A collection of similar cells doing the same job.\nChloroplasts: An organelle that contains chlorophyll, a green substance.\nCell sap\nMitochondria: An organelle that increases the rate of respiration.\nRibosome: An organelle that produces proteins.\nPermanent Vacuole: An organelle that contains cell sap.\nCell membrane: A thin barrier which holds the cell together.\nOrganelle: Part of a cell\nCell wall: The cellulose layer around certain cells\nCytoplasm: A jelly like substance tha makes up the majority of the cell.\nNucleus: An organelle which is a container of genetic instructions.","","","Activity 1)\norgan models and torso model\nActivity 11)\nBack to back - drawing a 'square' palisade cell as a general plant cell.","Activity 1)\norgan models \nGeorgina torso body model\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22129","SFD","0","2018-11-27","3","0","7C2/Sc","S5","1B.02","How are cells different from each other?","","Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell","1) W: the similarities and differences between plant and animal cell:\n - Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.\n - Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\n2) A: Students to sort diagrams (or photos for higher ability) of animal and plant cells based on their characteristics.\n\n - Root hair cell\n - Red blood cell\n - Elodea cell\n - Ciliated cell\n3) W: That cells have special characteristics, different organelles and shape, in order to fulfill their function.\n4) W: Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\n5) W: Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\n6) W: Elodea cell have lots of chloroplasts to capture light.\n7) W: Ciliated cells have hairs on them to move substances around.\n8) W: NB: Do not use a palisade cell as this will be used in 3B.","Compare an animal and plant cells.:Plant and animal cells both have: cell membrane; cytoplasm; nucleus; mitochondria & ribosomes.;Only plant cells have: cell wall; permanent vacuole and sometimes chloroplasts.\nHow are you able to tell the difference between an animal and plant cell? \nGive 3 examples of specialised plant or animal cells. How are they different to other cells and how does this help the cells complete their specialist function? That cells have special characteristics, different organelles and shape, in order to fulfill their function.\nWhat is the function of a root hair cell and how is the cell specialised to do this? Root hair cells have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them.\nWhat adaptations do red blood cells have in order to efficiently carry oxygen around the body? Red blood cells have a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nWhat special adaptation do Elodea have? Why do they have this? Elodea cell have lots of chloroplasts to capture light.\nWhy do ciliated cells have hairs? ","","Elodea cell: Elodea is a type of pond plant, the cells have lots of chloroplasts to capture light for the process of photosynthesis.\nRed blood cell: a rounded shape to allow it to flow smoothly. Is red due to the iron compound used to carry oxygen. RBC have no nucleus and a biconcave cross section to increase oxygen capacity.\nCiliated cell: Have hair like structures to move substances around.\nRoot hair cell: Have a large surface area to absorb water and nutrients. RHC have no chloroplasts as light does not get to them\nFunction: The 'job' / what something does.\nAdapted: How something is different.\nPlant: A living organism which makes its own food.\nAnimal: A living organism which feeds on other orgasms for food.\nOrganelle: Part of a cell","","","Activity 1)\nDraw a human cheek cell as a standard animal cell.
\n
\nDouble bubble to compare.\nActivity 2)\nSorting photos of cell diagrams\nActivity 3)\nUse Specialised cells powerpoint.","Activity 2)\nCell diagrams printed and cut out\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22130","SFD","0","2018-11-28","2","0","7C2/Sc","S5","1B.03","How do we use a microscope to see cells?","","Students to record cell structure as a labelled biological diagram as seen using a light microscope.","1) T: DESIRABLE:\nTo prepare a slide...\n2) T: To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing knob. The fine focus using the smaller knob.\n3) T: Biological diagrams are line drawings of 'the generalised specimen'.\n4) D: Students to record cell structure as a labelled biological diagram as seen using a light microscope.\n5) W: What is the difference between a onion bulb cell and a daffodil bulb?","Why, when focussing a microscope, is it important to have the stage close to the objective lens at the start and wind the stage down as you focus? To focus a (light) microscope, put your head to the side and raise the stage until it is as close to the objective lens as possible without making contact. Then looking through the microscope, wind the stage down using the coarse focusing dial. The fine focus using the smaller dial.\nHow should biological drawings be made? Biological diagrams are line drawings of 'the generalised specimen'.\nWhat organelles can be seen under a light microscope? Students to record cell structure as a labelled biological diagram as seen using a light microscope.","https://www.mrcorfe.com/MemoryAnchors/8959b733b03044d85be181f19134fac5.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e35bb5296e44036d73145b4bbf8b3d74.gif","Light microscope: Device that uses visible light and a series of lenses to produce an enlarged image of an object.\nFocusing knob\nLight source\nStage\nObjective lens\nSpecimen: a sample of a substance or material for examination\nEye piece","","","Activity 1)\nDESIRABLE:\nTo prepare a slide...\nActivity 2)\nUse Microsopes","Activity 1)\nCover slips \nOptical pins \nScalpels \nCutting title \nIodine \nOnion bulb \nDaffodil bulb\n\n-----------\n\nActivity 2)\nMicroscopes \nSlides\n\n-----------","","0","","0000-00-00","0","","0"),
("22131","SFD","0","2018-11-29","5","0","7C2/Sc","S5","","Homework Feedback - Marking task with Reflection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22132","SFD","0","2018-11-30","5","0","7C2/Sc","S5","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22133","CLA","0","2018-11-26","3","0","7E/Sc","S6","1C.04","How does energy change the state?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22134","CLA","0","2018-11-27","3","0","7E/Sc","S6","1C.06","Skill focus: Data collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22135","CLA","0","2018-11-28","5","0","7E/Sc","S6","1C.07","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22136","CLA","0","2018-11-29","3","0","7E/Sc","S6","1C.08","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22137","DLN","0","2018-11-27","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22138","SNK","0","2018-11-29","5","0","7P/Sc","S3","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker set up\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------","","0","","0000-00-00","0","","0"),
("22139","SNK","0","2018-11-30","5","0","7P/Sc","S3","2P.3","How do machines use Energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------","","0","","0000-00-00","0","","0"),
("22140","SNK","0","2018-11-26","4","0","7P/Sc","S3","1C.06","Skill focus: Data collection","","","","","","","","","","Thermometers\nStopwatches\n250mL beakers\n150mL measuring cylinders","","0","","0000-00-00","0","","0"),
("22141","SNK","0","2018-11-27","3","0","7P/Sc","S3","1C.07","Skill focus: Analysis","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22142","SNK","0","2018-11-28","2","0","7P/Sc","S3","1c.08","Halfway Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22143","SDN","0","2018-11-28","4","0","7X/Sc","S1","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22144","SDN","0","2018-11-29","3","0","7X/Sc","S1","1P.02","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22145","PKT","0","2018-11-26","3","0","7X/Sc","S2","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22146","PKT","0","2018-11-28","5","0","7X/Sc","S2","1P.01","What is a Force?","","","1) T: Forces can be either pushes or pulls, which can be combined to form a twist.\n2) W: Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.\n\nForce arrows have a solid arrow head.\n3) T: Forces are measured in newtons with the symbol 'N'.\n4) T: A newton is the weight of a small apple.\n5) W: Forces can be combined to help or cancel each other.\n6) T: Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.\n\nForces in the a backwards direction are considered negative.\n\nThe combined force is is called the 'Resultant force' and is the result of adding all the forces together.","What is a force? Forces can be either pushes or pulls, which can be combined to form a twist.\nWhat do we use force arrows for? How do we draw them? Force arrows in free body diagrams are used to show the direction of forces and the size of the force by its length or label.;;Force arrows have a solid arrow head.\nWhat do we measure forces in? What symbol can we use? Forces are measured in newtons with the symbol \'N\'.\nWhat is one Newton equivalent to? A newton is the weight of a small apple.\nWhat happens if forces are combined? Forces can be combined to help or cancel each other.\nHow do we calculate whether forces are balanced or unbalanced?\nHow can we tell if a force is negative?\nWhat is the 'resultant force'? Adding forces in 1 dimension, allows to calculate whether forces are balanced or unbalanced.;;Forces in the a backwards direction are considered negative.;;The combined force is is called the 'Resultant force' and is the result of adding all the forces together.","https://www.mrcorfe.com/MemoryAnchors/981fda7213fbd28685dd2516880921f6.gif","Force: Pushing or pulling\nNewtons: unit of measure of force kgm/s^2\nBalanced\nResultant force: The combined force.\nCombined: Two or more entities adding into one single entity\nForce arrows: arrows which show the direction of a force on a body\nFree body diagram: a diagram which is used to show all forces acting on a body","","","Activity 5)\nRole play combining forces with Force arrow props.","Activity 3)\nRange of newton meters\n\n-----------\n\nActivity 5)\nLarge (Force) Arrows on metre rules.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22147","SDN","0","2018-11-30","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22148","PKT","0","2018-11-26","5","0","8A1/Sc","S3","5B.01","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("22149","PKT","0","2018-11-27","2","0","8A1/Sc","S3","5B.02","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
("22150","PKT","0","2018-11-28","4","0","8A1/Sc","S3","5B.03","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","","","0","","0000-00-00","0","","0"),
("22151","PKT","0","2018-11-29","1","0","8A1/Sc","S3","5B.04","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/Pregnancy.png","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22152","SKT","0","2018-11-28","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22153","SKT","0","2018-11-29","1","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22154","SKT","0","2018-11-26","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22155","SKT","0","2018-11-27","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22156","CML","0","2018-11-28","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22157","CML","0","2018-11-29","1","0","8A3/Sc","S4","5p.03","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons\nSI unit","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22158","CML","0","2018-11-26","5","0","8A3/Sc","S4","4c.10","What do catalysts do?","","","1) Catalysts speed up a reaction without being used up themselves.","What is a catalyst and what do they do in a reaction? Catalysts speed up a reaction without being used up themselves.","https://www.mrcorfe.com/MemoryAnchors/e441c9a714ec0d67e03c1aff53c51ff8.jpg","Chemical reaction: A process in which one or more substances, the reactants, are converted to one or more different substances, the products.\nCatalyst","","","Activity 1)\nHydrogen peroxide with catalysts.
\nDemo
\n
\nhttp://www.rsc.org/learn-chemistry/resource/res00000831/hydrogen-peroxide-decomposition","Activity 1)\nDEMO Apparatus
\n - 250 cm3
\n cylinders – one for each catalyst to be used.
\n - A tray to catch any foam that spills over the top of the cylinders.
\n Stopwatch
\nwashing up liquid 1cm
\n
\nChemicals
\nThe quantities given are for one demonstration.
\n -25ml of 50 vol. hydrogen peroxide solution for each demo.
\n - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2).
\n - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2).
\n - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3).
\n - A small piece of potato.
\n - A small piece of liver.
\n20Vol can be given for a slower reaction which is easier to time.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22159","CML","0","2018-11-27","2","0","8A3/Sc","S4","5P.0.1","How do we store energy in a spring?","","Make measurements of spring in compression as force is changed","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as it returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed and where is the energy? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Hooke's Law practical.\nClass set of:\nsprings\n100g masses with hangers","","0","","0000-00-00","0","","0"),
("22160","CLA","0","2018-11-26","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22161","CLA","0","2018-11-30","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22162","CLA","0","2018-11-28","2","0","8B1/Sc","S6","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("22163","CLA","0","2018-11-29","5","0","8B1/Sc","S6","x","Reflect","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","x","","0","","0000-00-00","0","","0"),
("22164","CLA","0","2018-11-30","5","0","8B1/Sc","S6","5C.1","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","https://www.mrcorfe.com/MemoryAnchors/Improve.png","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","","Activity 1)
\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22165","CLA","0","2018-11-26","4","0","8B1/Sc","S6","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","Activity 1)\nFOR BACKGROUND OR TO BE ADDED AS LEARNING POINTS:\n\nYou're more microbe than human - if you count all the cells in your body, only 43% are human\n - The rest is our microbiome and includes bacteria, viruses, fungi and single-celled archaea\n - The human genome - the full set of genetic instructions for a human being - is made up of 20,000 instructions called genes\n - But add all the genes in our microbiome together and the figure comes out at between two million and 20 million microbial genes\n- It's known as the second genome and is linked to diseases including allergy, obesity, inflammatory bowel disease, Parkinson's, whether cancer drugs work and even depression and autism\n- The microbiome has the same mass as your brain.\n\nfrom BBC http://www.bbc.co.uk/news/health-43785523","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22166","CLA","0","2018-11-27","5","0","8B1/Sc","S6","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","Activity 1)\nFOR BACKGROUND OR TO BE ADDED AS LEARNING POINTS:\n\nYou're more microbe than human - if you count all the cells in your body, only 43% are human\n - The rest is our microbiome and includes bacteria, viruses, fungi and single-celled archaea\n - The human genome - the full set of genetic instructions for a human being - is made up of 20,000 instructions called genes\n - But add all the genes in our microbiome together and the figure comes out at between two million and 20 million microbial genes\n- It's known as the second genome and is linked to diseases including allergy, obesity, inflammatory bowel disease, Parkinson's, whether cancer drugs work and even depression and autism\n- The microbiome has the same mass as your brain.\n\nfrom BBC http://www.bbc.co.uk/news/health-43785523","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22167","DLN","0","2018-11-26","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22168","DLN","0","2018-11-28","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22169","SDN","0","2018-11-27","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22170","CML","0","2018-11-26","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22171","CML","0","2018-11-28","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22172","CML","0","2018-11-29","5","0","8B2/Sc","S4","5P.04","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Atmospheric pressure: The pressure caused by the weight of the atmosphere.\nPressure: The average force acting perpendicular to a surface. P=F/A\nWeight: The force on an object with mass due to gravity.\nSurface: An outside area of an object.\nParticles\nGas\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------","","0","","0000-00-00","0","","0"),
("22173","CML","0","2018-11-30","5","0","8B2/Sc","S4","5p.05","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22174","SFD","0","2018-11-26","5","0","8E/Sc","S5","4B.8","How is your digestive system adapted?","","","1) W: Digestion happens in the digestive system.\n2) T: The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\n3) W: Food is broken down into smaller pieces by chewing in the mouth.\n4) W: Chewing food into smaller pieces increase the surface area of the food.\n5) W: The surface area of food allows more food - saliva contact.\n\nMore food - saliva contact speeds up the rate of digestion.\n6) T: Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\n7) T: The nutrients from the digested food are absorbed into the blood stream in the small intestines.\n8) W: The small intestine has a good blood supply.\n9) T: The nutrients from the digested food diffuse through the intestine wall.\n10) T: Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\n11) T: There is a high concentration of nutrients in the intestine and a lower concentration in the blood. \n\nThis creates a concentration gradient.\n12) T: The concentration gradient is great because
\n - the distance between the digested food and the blood is small because the wall of the intestine is thin.
\n - there is a good blood supply to remove the nutrients from the blood vessel next to the intestine.\n13) T: The small intestine is long (up to 9 meters) to maximise the time in which (complete digestion and) diffusion can happen.\n14) T: Excess water is absorbed back into the blood stream through the large intestines.\n15) W: Undigested food passes out of the anus as faeces when we go to the toilet.","Which organ system is involved in digestion? Digestion happens in the digestive system.\nWhich organs are part of the digestive system? The parts of the digestive system: Mouth, Oesophagus, Stomach, Liver, Pancreas, Small intestine, Large intestine, Appendix, Rectum, Anus.\nHow is food broken down in the mouth? Food is broken down into smaller pieces by chewing in the mouth.\nWhat is the result of of having smaller pieces of food? The food will have a larger surface area.\nHow does a larger surface area affect digestion? The surface area of food allows more food - saliva contact which speeds up the rate of digestion.\nHow is food broken down in the stomach? Food is churned in the stomach which physically breaks the food down. Stomach acids help to break down the food chemically.\nWhere are the nutrients from absorbed? The nutrients from the digested food are absorbed into the blood stream in the small intestines.\nHow are nutrients absorbed in the small intestine? Nutrients diffuse from inside the small intestine into the blood vessels surround it.\nWhat is the role of the villi? Explain your answer.:Microscopic projections called villi increase the surface area of the intestine. Therefore increasing the rate of diffusion of useful particles from the intestines to the bloodstream.\nCompare the concentrations of nutrients in the small intestine to the blood surround it.:There is a high concentration of nutrients in the intestine and a lower concentration in the blood.\nWhy is there a great concentration gradient? There is a big difference in concentration.;;There is a short distance between the high concentration and the low concentration.\nWhy is the small intestine so long? The small intestine is long to maximise the time in which diffusion can happen and so get the most from the food that we eat.\nWhat happens to the excess water? Excess water is absorbed back into the blood stream through the large intestines.\nWhat is faeces? Undigested food passes out of the anus as faeces when we go to the toilet.","https://www.mrcorfe.com/MemoryAnchors/d41bcf22c5cbb362ea40a2b19fdf4b42.png","Digestion: \nNutrients\nSmall intestine\nDiffusion\nSurface area\nAnus\nDigestive system\nRate\nIntestine\nConcentration gradient\nStomach\nAbsorbed\nMouth\nVilli\nMicroscopic\nConcentration\nFaeces\nUndigested\nLarge Intestine\nblood supply\nParticles\nPhysically\nLarge intestine\nPancreas\nLiver\nOesophagus\nAppendix\nRectum: \nChemically\nacids\nChurned\nSaliva\nBlood stream","","","Activity 6)\nDigestion Animation\nActivity 7)\nClass practical: Observing changes in concentration of sugar solution through semi permeable membranes. \nTest water for sugars after time to diffuse.","Activity 7)\nvisking tubing \nglucose solution \ndistilled water \npipettes \n\nTesting for sugars: \nKettles \nbeakers \ntest tubes \nbenedicts solution\n\n-----------\n\nActivity 13)\nDemo of lengths of tubing to show length of small and large intestine\n\n-----------\n\nActivity 15)\nMr Poo demo\n\n-----------","","0","","0000-00-00","0","","0"),
("22175","SFD","0","2018-11-28","4","0","8E/Sc","S5","4B.10","What are bacteria doing in your gut?","","","1) T: the importance of bacteria in the human digestive system","What role does bacteria play in the human digestive system? the importance of bacteria in the human digestive system","","Digestive system\nBacteria","","","Activity 1)\nFOR BACKGROUND OR TO BE ADDED AS LEARNING POINTS:\n\nYou're more microbe than human - if you count all the cells in your body, only 43% are human\n - The rest is our microbiome and includes bacteria, viruses, fungi and single-celled archaea\n - The human genome - the full set of genetic instructions for a human being - is made up of 20,000 instructions called genes\n - But add all the genes in our microbiome together and the figure comes out at between two million and 20 million microbial genes\n- It's known as the second genome and is linked to diseases including allergy, obesity, inflammatory bowel disease, Parkinson's, whether cancer drugs work and even depression and autism\n- The microbiome has the same mass as your brain.\n\nfrom BBC http://www.bbc.co.uk/news/health-43785523","Activity 1)\nTHEORY LESSON\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22176","CLA","0","2018-11-27","2","0","8E/Sc","S6","4B.9","What happens to the food during digestion?","","","1) T: Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\n2) T: Amylase enzymes in the mouth break carbohydrates down into sugars.\n3) T: Protease enzymes in the stomach break proteins down into amino acids.\n4) T: Lipase enzymes in the small intestines break Lipids down into glycerol and fatty acids.\n5) T: Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\n6) T: Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\n7) T: The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\n8) T: Water is absorbed through the lining of the large intestines.\n9) W: Anything left is excreted","What are enzymes and where are they produced? Enzymes are biological catalysts (help specific chemical reactions to happen) that are produced in salivary glands and the pancreas.\nWhich enzyme breaks down carbohydrates? Amylase enzymes in the mouth break carbohydrates down into sugars.\nWhich food does protease break down? Protease enzymes in the stomach break proteins down into amino acids.\nWhere is lipase used? Lipase enzymes in the small intestines break fats down into glycerol and fatty acids.\nWhich other enzymes are found in the small intestines? Amylase and Protease enzymes in the small intestines break undigested carbohydrates and proteins\nHow do the nutrients reach the blood stream? Nutrients are now small enough to be absorbed through the lining of the small intestines into the bloodstream.\nHow is the lining of the small intestines adapted? The lining of the small intestines is adapted to have a thin lining, large surface area and good blood supply.\nWhat is absorbed through the lining of the large intestines? Water is absorbed through the lining of the large intestines.\nWhat happens to the undigested food? Anything left is excreted","","Enzymes\nSmall intestines\nProtease\nAbsorbed\nProteins\nCarbohydrates\nAmylase\nLarge intestines\nFatty acids\nExcreted\nSurface area\nUndigested\nGlycerol\nNutrients\nAdapted\nAmino acids\nSalivary gland: \nChemical reactions\nBiological catalysts\nPancreas\nMouth\nLipase\nStomach\nSugars\nLipids","","","Activity 9)\nPoo in the sock","","","0","","0000-00-00","0","","0"),
("22177","CLA","0","2018-11-29","1","0","8E/Sc","S6","4B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","X","","","","","","0","","0000-00-00","0","","0"),
("22178","PKT","0","2018-11-26","4","0","8S/Sc","S2","4P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","Activity 1)\nBreaking wineglass with voice, to set up the task. https://www.youtube.com/watch?v=7YmuOD5X4L8\n\nTo explain:\nhttps://www.youtube.com/watch?v=bJj4Wjjf0WI&t=126s","","","0","","0000-00-00","0","","0"),
("22179","PKT","0","2018-11-27","5","0","8S/Sc","S2","5B.01","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("22180","PKT","0","2018-11-28","2","0","8S/Sc","S2","5B.02","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
("22181","PKT","0","2018-11-29","5","0","8S/Sc","S2","5B.03","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","","","0","","0000-00-00","0","","0"),
("22182","PKT","0","2018-11-30","5","0","8S/Sc","S2","5B.05","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","Placenta\nLifestyle\nMaternal","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22183","SNK","0","2018-11-26","2","0","9A1/Sc","S3","C1.2.4","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22184","SNK","0","2018-11-29","2","0","9A1/Sc","S3","C1.2.5","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.
\nPotassium chloride
\nPotassium bromide
\nPotassium iodide
\nCyclohexane
\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22185","SNK","0","2018-11-30","3","0","9A1/Sc","S3","C1.2.6","","","","","","","","","","","Recap X\nTotal recall.","","0","","0000-00-00","0","","0"),
("22186","CLA","0","2018-11-26","2","0","9A2/Sc","S6","C1.2.01","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","Activity 2)
\nfluffy balls
\nplasticine
\nPeriodic table
\n-----------","","0","","0000-00-00","0","","0"),
("22187","CLA","0","2018-11-29","2","0","9A2/Sc","S6","C1.2.02","What is the periodic table?","","Students should be able to explain how the position of an element in the periodic table is related to the arrangement of electrons in its atoms and hence to its atomic number\n\nStudents should be able to predict possible reactions and probable reactivity of elements from their positions in the periodic table.\n","1) The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\n2) Elements that react to form positive ions are metals.\n3) Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\n4) Elements that do not form positive ions are non-metals.\n6) The majority of elements are metals. ","How are elements ordered in the periodic table? The elements in the periodic table are arranged in order of atomic (proton) number and so that elements with similar properties are in columns, known as groups. The table is called a periodic table because similar properties occur at regular intervals.\nMetals react to form __________ charged ions:Metals react to form POSITIVELY charged ions\nIn terms of electron structure, how are elements in the same group similar? Elements in the same group in the periodic table have the same number of electrons in their outer shell (outer electrons) and this gives them similar chemical properties.\nNon-metals react to form __________ charged ions:Non-metals react to form NEGATIVELY charged ions\nWhat does the group and period of an element tell us about its electron structure? Period = Total number of electron shells. Group = Total number of electrons found in the outermost shell\nAre there more metals or non-metal elements on the periodic table? The majority of elements are metals.\nPredict how the reactivity of caesium would compare to lithium:Caesium would be far more reactive than lithium because it is further down group 1 so it experiences more shielding from the nucleus","","elements: made up of one type of atom\nanion: negatively charged ion\nelectrons: negatively charged subatomic particle\ncation: positively charged ion\nproperties: characteristics of a substance","","","Activity 2)\nModel transfer of electrons using plasticine/fluffy balls. Students then practice drawing electronic configuration of ions to establish the charges to develop recall of knowledge from C1.1\nActivity 3)\nStudents draw electronic configurations of hydrogen, lithium, sodium, fluorine, chlorine and bromine. Complete a double bubble map to compare a contrast each group.\nActivity 4)\nGF: What would happen to the chemical properties of Sodium if it had a full outer shell of electrons?","Activity 2)
\nfluffy balls
\nplasticine
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22188","CLA","0","2018-11-30","3","0","9A2/Sc","S6","C1.2.03","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","Activity 1)
\nA5 laminated periodic tables (2 per student needed)
\nlump or Plasticine or wooden block to hold up
\nwhiteboard pens (in rooms)
\n
\n-----------
\n
\nActivity 2)
\nsamples of transition metals
\nhammer with heat proof mat
\nnail to scratch
\nmagnets
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22189","SKT","0","2018-11-26","2","0","9A3/Sc","S2","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n----------\n\nActivity 2)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 3)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection","","0","","0000-00-00","0","","0"),
("22190","SKT","0","2018-11-29","2","0","9A3/Sc","S2","C1.2.06","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22191","SKT","0","2018-11-30","3","0","9A3/Sc","S2","P1.2.01","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------","","0","","0000-00-00","0","","0"),
("22192","PKT","0","2018-11-30","3","0","9A4/Sc","S1","C1.2.5","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.
\nPotassium chloride
\nPotassium bromide
\nPotassium iodide
\nCyclohexane
\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22193","PKT","0","2018-11-26","2","0","9A4/Sc","S1","C1.2.3","What are the properties of Group 0 elements?","","Students should be able to explain how the reactions of elements are related to the arrangement of electrons in their atoms and hence to their atomic number.\n\n\nStudents should be able to explain how properties of the elements in Group 0 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n","2) The elements in Group 0 of the periodic table are called the noble gases. \n3) The elements in Group 0 of the periodic table are unreactive and do not easily form molecules because their atoms have stable arrangements of electrons. \n4) The noble gases have eight electrons in their outer shell, except for helium, which has only two electrons.\n5) The boiling points of the noble gases increase with increasing relative atomic mass (going down the group).","Which group of the periodic table are also named the nobel gases? Group 0\nDescribe in terms of electron structure as to why all of the nobel gases are unreactive:They all have a full outer shell of electrons, as a result do not easily form molecules\nWhat is the same about the electron structure for all elements in Group 0 (noble gases)? All elements in Group 0 (noble gases) have a full outer shell of electrons.\nDescribe the trend in boiling point down group 0:Boiling points increase with relative atomic mass (as you go down the group)","","boiling point: temperature at which a substance changes state from a solid to a liquid\nstable: elements that are not reactive because they have a full outside shell of electrons\nNoble gases: unreactive group of elements","","","Activity 2)\nGF: Discuss the relationship between group 0 elements and radioactive decay\nActivity 3)\nStudents draw the electronic configuration to work out that they have a full outside shell of electrons\nActivity 5)\nInvestigate the boiling point of group 0 elements and make observations from results","","","0","","0000-00-00","0","","0"),
("22194","PKT","0","2018-11-29","2","0","9A4/Sc","S1","C1.2.4","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22195","CLA","0","2018-11-27","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22196","LAN","0","2018-11-26","1","0","9B1/Sc","S7","","exam Qs from RP booklet","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22197","LAN","0","2018-11-26","2","0","9B1/Sc","S7","B1.2.01","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("22198","LAN","0","2018-11-29","2","0","9B1/Sc","S7","B1.2.03","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("22199","LAN","0","2018-11-30","4","0","9B1/Sc","S7","B1.2.04","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","","","0","","0000-00-00","0","","0"),
("22200","SFD","0","2018-11-29","2","0","9B2/Sc","S5","","Homework Feedback","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","","","0","","0000-00-00","0","","0"),
("22201","SFD","0","2018-11-30","4","0","9B2/Sc","S5","P1.2.01","How do we draw circuits?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22202","SFD","0","2018-11-26","1","0","9B2/Sc","S5","","Summary lesson - Groups 1, 7 & 8/0","","","","","","","","","","Activity 1\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles - if they behave...\n\nActivity 2\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\nActivity 3\nfluffy balls \nplasticine","","0","","0000-00-00","0","","0"),
("22203","SFD","0","2018-11-26","2","0","9B2/Sc","S5","","Full Review Questions and TR","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22204","CML","0","2018-11-26","1","0","9B3/Sc","S4","b1.2.01","How do we replace old and damaged cells?","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
("22205","CML","0","2018-11-26","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22206","CML","0","2018-11-29","2","0","9B3/Sc","S4","b1.2.02","What increases the risk of getting cancer?","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("22207","CML","0","2018-11-30","4","0","9B3/Sc","S4","b1.2.03","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("22208","CLA","0","2018-11-29","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22209","CLA","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22210","SKT","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22211","PKT","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22212","DLN","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22213","SNK","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22214","CPD","0","2018-11-26","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22215","DLN","0","2018-11-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22216","CPD","0","2018-11-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22217","SDN","0","2018-11-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22218","SKT","0","2018-11-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22219","DLN","0","2018-11-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22220","CML","0","2018-11-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22221","CPD","0","2018-11-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22222","SKT","0","2018-11-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22223","LAN","0","2018-11-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22224","CPD","0","2018-11-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("22227","SNK","0","2018-11-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22228","CPD","0","2018-11-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("22237","PKT","0","2018-11-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22238","CML","0","2018-11-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22239","CPD","0","2018-11-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22240","SKT","0","2018-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22241","DLN","0","2018-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22242","SNK","0","2018-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22243","CPD","0","2018-11-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22244","CLA","0","2018-11-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22245","DLN","0","2018-11-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22246","SKT","0","2018-11-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22247","LAN","0","2018-11-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22248","CPD","0","2018-11-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22249","SFD","0","2018-11-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22250","CPD","0","2018-11-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22251","SDN","0","2018-11-28","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22252","CPD","0","2018-11-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22253","SKT","0","2018-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22254","DLN","0","2018-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22255","CML","0","2018-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22256","CPD","0","2018-11-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22257","SFD","0","2018-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22258","LAN","0","2018-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22259","DLN","0","2018-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22260","SNK","0","2018-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22261","CPD","0","2018-11-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22262","DLN","0","2018-11-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22263","CPD","0","2018-11-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22264","SDN","0","2018-11-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22265","PKT","0","2018-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22266","DLN","0","2018-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22267","CML","0","2018-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22268","CPD","0","2018-11-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22269","DLN","0","2018-11-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22270","SDN","0","2018-11-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22271","SKT","0","2018-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22272","LAN","0","2018-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22273","DLN","0","2018-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22274","CPD","0","2018-11-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22275","DLN","0","2018-11-30","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22276","CLA","0","2018-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22277","DLN","0","2018-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22278","CPD","0","2018-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22279","SDN","0","2018-11-30","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22280","SFD","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22281","LAN","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22282","DLN","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22283","CML","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22284","CPD","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22285","SDN","0","2018-11-30","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22286","SKT","0","2018-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22287","PKT","0","2018-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22288","DLN","0","2018-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22289","SNK","0","2018-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22290","CPD","0","2018-11-30","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22291","SKT","0","2018-11-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22292","LAN","0","2018-11-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22293","DLN","0","2018-11-30","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("22545","SFD","0","2018-12-11","1","0","10ASK/Sc","S5","B1.3.09","Required Practical - Food Tests - Planning","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Required Practical 4 - Food Tests (AT skills 2,8)","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","","","0","","0000-00-00","0","","0"),
("22546","SFD","0","2018-12-11","5","0","10ASK/Sc","S5","B1.3.09","Required Practical - Food Tests - Questions and Homework Feedback","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","","","0","","0000-00-00","0","","0"),
("22547","SFD","0","2018-12-14","2","0","10ASK/Sc","S5","","PSHCRE day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22548","CLA","0","2018-12-12","3","0","10ASK/Sc","S5","B1.3.09","Required Practical - Food Tests - Questions and TR","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------","","0","","0000-00-00","0","","0"),
("22549","CLA","0","2018-12-14","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22550","SKT","0","2018-12-11","1","0","10BSK/Sc","S2","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22551","SKT","0","2018-12-12","3","0","10BSK/Sc","S2","C1.4.01","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nElectricity trolley\nExamples of different ionic and covalent compounds eg; NaCl, electrodes, leads with croorcodile clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22552","SKT","0","2018-12-14","2","0","10BSK/Sc","S2","","PSHCRE Day","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","","","0","","0000-00-00","0","","0"),
("22553","LAN","0","2018-12-11","1","0","10CLA/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","X","","0","","0000-00-00","0","","0"),
("22295","SNK","0","2018-12-07","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22296","SFD","0","2018-12-03","3","0","10ASK/Sc","S5","B1.3.06","How can cardiovascular problems be treated - Lung stuff from Carmit","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22297","SFD","0","2018-12-04","4","0","10ASK/Sc","S5","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22298","SFD","0","2018-12-04","5","0","10ASK/Sc","S5","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22299","SFD","0","2018-12-05","1","0","10ASK/Sc","S5","","Homework and Heart Dissection","","","1) ","","","","","","","Heart Dissection please\n5 x hearts\nScalpels\nTweezers \nGloves\nTiles\nAnything else you can think of!","","0","","0000-00-00","0","","0"),
("22300","SFD","0","2018-12-07","5","0","10ASK/Sc","S5","","What can affect your health? and What are risk factors?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22301","SKT","0","2018-12-03","3","0","10BSK/Sc","S2","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22302","SKT","0","2018-12-03","4","0","10BSK/Sc","S2","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22303","SKT","0","2018-12-04","4","0","10BSK/Sc","S2","B1.3.08","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22304","SKT","0","2018-12-04","5","0","10BSK/Sc","S2","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22305","SKT","0","2018-12-05","1","0","10BSK/Sc","S2","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22306","SKT","0","2018-12-07","4","0","10BSK/Sc","S2","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22307","LAN","0","2018-12-07","5","0","10CLA/Sc","S7","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22308","LAN","0","2018-12-03","3","0","10CLA/Sc","S7","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22309","LAN","1","2018-12-04","4","0","10CLA/Sc","S7","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22310","LAN","1","2018-12-04","5","0","10CLA/Sc","S7","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22311","LAN","1","2018-12-05","1","0","10CLA/Sc","S7","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","planning only","","0","","0000-00-00","0","","0"),
("22312","DLN","0","2018-12-05","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22313","PKT","0","2018-12-03","3","0","10JCE/Sc","S1","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Required Practical Food Tests\nActivity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("22314","PKT","0","2018-12-03","4","0","10JCE/Sc","S1","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Required Practical pH and enzyme activity\nActivity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("22315","PKT","0","2018-12-04","4","0","10JCE/Sc","S1","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Required Practical pH and enzyme activity\nActivity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("22316","PKT","0","2018-12-04","5","0","10JCE/Sc","S1","","Required Practicals both finishing food lesson B1.3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22317","PKT","0","2018-12-05","1","0","10JCE/Sc","S1","","B1.3 Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22318","PKT","0","2018-12-07","4","0","10JCE/Sc","S1","C1.4.1","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nElectricity trolley
\nExamples of different ionic and covalent compounds eg; NaCl, electrodes, leads with croorcodile clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22319","CML","0","2018-12-03","3","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22320","CML","0","2018-12-04","4","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22321","CML","0","2018-12-04","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22322","CML","0","2018-12-05","1","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22323","CML","0","2018-12-07","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22324","SNK","0","2018-12-07","4","0","10SNK/Sc","S3","","","","","","","","","","","","Write up","","0","","0000-00-00","0","","0"),
("22325","SNK","0","2018-12-03","3","0","10SNK/Sc","S3","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22326","SNK","0","2018-12-03","4","0","10SNK/Sc","S3","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Planning","","0","","0000-00-00","0","","0"),
("22327","SNK","0","2018-12-04","4","0","10SNK/Sc","S3","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,Biuret soln\nkettles\nthermometers\n10ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("22328","SNK","0","2018-12-04","5","0","10SNK/Sc","S3","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Planning","","0","","0000-00-00","0","","0"),
("22329","SNK","0","2018-12-05","1","0","10SNK/Sc","S3","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22330","CML","0","2018-12-04","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22331","CML","0","2018-12-05","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22332","CML","0","2018-12-06","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22333","CML","0","2018-12-07","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22334","CML","0","2018-12-07","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22335","CPD","0","2018-12-04","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22336","CPD","0","2018-12-05","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22337","CPD","0","2018-12-06","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22338","CPD","0","2018-12-07","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22339","CPD","0","2018-12-07","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22340","LAN","0","2018-12-04","2","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22341","LAN","1","2018-12-05","4","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22342","LAN","0","2018-12-06","5","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22343","LAN","0","2018-12-07","1","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22344","LAN","0","2018-12-07","2","0","11LAN/Sc","S7","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("22345","PKT","0","2018-12-04","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22346","PKT","0","2018-12-05","4","0","11PKT/Sc","S1","P2.3.2","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22347","PKT","0","2018-12-06","5","0","11PKT/Sc","S1","P2.3.5","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22348","PKT","0","2018-12-07","1","0","11PKT/Sc","S1","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Required Practical Acceleration\nActivity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------","","0","","0000-00-00","0","","0"),
("22349","PKT","0","2018-12-07","2","0","11PKT/Sc","S1","P2.3.3","RP 7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","Activity 1)\nLinear air track and gliders\ndatalogger\nlight gates\ncotton & pulley on air track\n10g masses on hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22350","SFD","0","2018-12-05","4","0","11SFD/Sc","S5","","Students in Finance exam","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22351","SFD","0","2018-12-07","1","0","11SFD/Sc","S5","B2.4.10","How are living things classified?","","Students should be able to use information given to show understanding of the Linnaean system.\n\nStudents should be able to describe the impact of developments in biology on classification systems. \n\nStudents should be able to interpret evolutionary trees (WS) \n","1) Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\n2) Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \n3) Organisms are named by the binomial system of genus and species.\n6) As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed. (WS) Understand how scientific methods and theories develop over time.\n7) Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:\n? archaea (primitive bacteria usually living in extreme environments)\n? bacteria (true bacteria)\n? eukaryota (which includes protists, fungi, plants and animals).\n\n8) Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","How have organisms been classified traditionally and who by? Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\nWhat did Linnaeus classify all living things into? Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \nHow are organisms named scientifically? Organisms are named scientifically first by the genus and then by the species.\nWhat development lead to new models of classification and how? As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed.\nWho developed the \'three-domain system\' and how are organisms in this system classified? Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:;? archaea (primitive bacteria usually living in extreme environments);? bacteria (true bacteria);? eukaryota (which includes protists, fungi, plants and animals).;\nWhy are evolutionary trees used by scientists and what data do they use for it? Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","","Taxonomy : the branch of science concerned with classification, especially of organisms.\nGenus : a principal taxonomic category that ranks above species and below family, and is denoted by a capitalized Latin name, e.g. Leo.\nKingdom : the highest category in taxonomic classification.\nClassification : the arrangement of animals and plants in taxonomic groups according to their observed similarities","","","Activity 1)\nExhibition of organisms to classify, use post-it notes to explain groupings – observe and discuss choices made by other groups.\nActivity 2)\nCompare the classification of related and unrelated organisms using the Linnaeus system.\nActivity 3)\nLook at the variety of names given to the same plant and discuss why the binomial system is more useful.\nActivity 7)\nWatch BBC video clip about chemical analysis and its use in classifying organisms (see resources).\nhttp://www.bbc.co.uk/education/clips/zhb3cdm","Activity 1)\nclassification cards (pictures of animals)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22352","SFD","0","2018-12-07","2","0","11SFD/Sc","S5","","Homework feedback and Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22353","SFD","0","2018-12-06","5","0","11SFD/Sc","S5","B2.4.09","Why is MRSA so dangerous?","","","1) Bacteria can evolve rapidly because they reproduce at a fast rate.\n2) Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\n3) MRSA is resistant to antibiotics. There are links with this content to\nAntibiotics and painkillers.\n4) To reduce the rate of development of antibiotic resistant strains:\n? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections\n? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains\n? the agricultural use of antibiotics should be restricted.\n\n5) The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","Why can bacteria evolve rapidly? Bacteria can evolve rapidly because they reproduce at a fast rate.\nWhat are the stages of antibacterial resistance? Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\nWhat is the bacteria MRSA resistant to? MRSA is resistant to antibiotics.\nWhat should be done to reduce the rate of development of antibiotc resistant bacteria? To reduce the rate of development of antibiotic resistant strains:;? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections;? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains;? the agricultural use of antibiotics should be restricted.;\nWhy can\'t medical professionals just produce new antibiotics to fight resistant bacteria? The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","","Mutations : the changing of the structure of a gene, resulting in a variant form which may be transmitted to subsequent generations, caused by the alteration of single base units in DNA, or the deletion, insertion, or rearrangement of larger sections of genes or chromosomes.\nAntibiotics : a medicine (such as penicillin or its derivatives) that inhibits the growth of or destroys microorganisms.\nMRSA : a strain of antibiotic-resistant bacteria.\nResistant : to be unaffected by something.","","","Activity 2)\nExplain how bacteria can become resistant to antibiotics.\nActivity 3)\nDiscuss how the rate of development of resistant bacteria could be slowed down.\n\nDiscuss why there are few new antibiotics being developed, and suggest how drug companies might be encouraged to develop some.\nActivity 4)\nExplain how antibiotic resistance has impacted on cleaning practices in Britain’s hospitals.\nActivity 5)\nRole play: life without antibiotics.","","","0","","0000-00-00","0","","0"),
("22354","SFD","0","2018-12-04","2","0","11SFD/Sc","S5","B2.4.07","WTM","","Students should be able to describe the development of our understanding of genetics including the work of Mendel\n\n\nStudents should be able to understand why the importance of Mendel's discovery was not recognised until after his death.\n","3) In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.\n\n4) In the late 19th century behaviour of chromosomes during cell division was observed\n5) Our current understanding of genetics has developed over time.\n6) In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the ?units?, now called genes, were located on chromosomes. There are links with this content to Oenetic inheritance. \n7) In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out. There are links with this content to Oenetic inheritance.\n8) This scientific work by many scientists led to the gene theory being developed. There are links with this content to Oenetic inheritance. ","How did Oregor Mendal develop our understanding of genetics? Oregor Mendel (1822-1884) studied the inheritance of different characteristics in pea plants. He found that when he bred red-flowered plants with white-flowered plants, all the offspring produced red flowers. If he bred these plants with each other, most of the offspring had red flowers, but some had white. This was because the allele for red flowers is dominant, and the allele for white flowers is recessive.\nWhy was the importance of Mendel\'s discovery not accepted until after his death? It took long time for Mendel\'s ideas to be accepted. That was because scientists did not know about chromosomes and genes until after Mendel died. Also, Mendel was a monk, not a scientist, and his work was not widely published or published at all in any science journal.\nWhat observation did Mendel make of the inheritance of plants? In the mid-19th century Oregor Mendel carried out breeding experiments on plants. One of his observations was that the inheritance of each characteristic is determined by ?units? that are passed on to descendants unchanged.;\nWhat wasn\'t observed about cell division until the late 19th century? The behaviour of chromosomes.\nWhat happened in the early 20th century to link Mendel\'s \'units\' and chromosomes and what idea did this lead to? In the early 20th century it was observed that chromosomes and Mendel?s ?units? behaved in similar ways. This led to the idea that the 'units', now called genes, were located on chromosomes.\nWhat happened in the mid-20th century to further develop gene theory? In the mid-20th century the structure of DNA was determined and the mechanism of gene function worked out.","","Chromosomes : a thread-like structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes.\nAllele : each of two or more alternative forms of a gene that arise by mutation and are found at the same place on a chromosome.\nRecessive : heritable characteristics controlled by genes which are expressed in offspring only when inherited from both parents.\nDominant : heritable characteristics which are controlled by genes that are expressed in offspring even when inherited from only one parent.","","","Activity 3)\nWatch a video clip of Mendel’s experiments (see resources).\nVideo clip: BBC Bitesize –http://www.bbc.co.uk/education/clips/zwx4wmn \n\nUse a model to explain genetic inheritance in pea plants and using unfamiliar information.\nActivity 4)\nDraw and label genetic diagrams to explain Mendel’s experiments.\nActivity 7)\nResearch the main developments in the understanding of inheritance and draw a timeline.","","","0","","0000-00-00","0","","0"),
("22355","SKT","0","2018-12-04","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22356","SKT","0","2018-12-05","4","0","11SKT/Sc","S2","B2.4.03","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("22357","SKT","0","2018-12-06","5","0","11SKT/Sc","S2","B2.4.08","Where do fossils come from?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","2) The theory of evolution by natural selection is now widely accepted. Data is now available to support the theory of evolution.\n\n3) Fossils are the remains of organisms from millions of years ago, which are found in rocks.\n4) Extract and interpret information from charts, graphs and tables related to fossil evidence \n\n5) Fossils may be formed:\n- from parts of organisms that have not decayed because one or more\nof the conditions needed for decay are absent\n- when parts of the organism are replaced by minerals as they decay\n- as preserved traces of organisms, such as footprints, burrows and\nrootlet traces.\n6) Many early forms of life were soft-bodied, which means that they have left few traces behind. \n\n7) What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\n8) We can learn from fossils how much or how little different organisms\nhave changed as life developed on Earth.\n\n9) Appreciate why the fossil record is incomplete\n10) Understand how scientific\nmethods and theories\ndevelop over time.\n\n12) Extinctions occur when there are no remaining individuals of a species still alive.","What evidence is there now to support Darwin\'stheory of evolution? We have now unearthed fossils which we have been able to sequence the genomes of as well aslook at similar characteristics which have developed over time in a range of fossilised remains. Testing of antibiotic resistant bacteria has also shown rapid evolution within the species in order to help them survive treatment with antibiotics.\nWhat are fossils? Fossils are the remains of organisms from millions of years ago, which are found in rocks.\nHow can fossils be formed? Fossils may be formed:;? from parts of organisms that have not decayed because one or more;of the conditions needed for decay are absent;? when parts of the organism are replaced by minerals as they decay;? as preserved traces of organisms, such as footprints, burrows and;rootlet traces.;\nWhy is there little evidence of very early life forms? Many early forms of life were soft-bodied, which means that they have left few traces behind. ;\nWhy can we not be certain of how life on earthformed even from hard bodied organisms? What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\nWhat is the main thing we can learn from fossils? We can learn from fossils how much or how little different organisms;have changed as life developed on Earth.;\nWhy is the fossil record described as incomplete? Due to the constantly changing earth many fossils have been lost to us due to geographical changes suchas volcanoes and earth quakes. Some fossils have simply yet to be found and others still lie beneath the oceans.\nHow do scientific methods and theories develop over time? Scientists constantly refine scientific methods by replicating them and finding and fixing flaws through new technology or knowledge. Theories are also challenged and evidence gathered regularly. \nWhat is extinction? Extinction occurs when there are remaining individuals or a species still alive.\nWhat are some of the factors that contribute to extinction? Extinctions can occur when: changes to the environment occur, such as a change in climate, new diseases, new predators and new competitors.","","Extinction : when there are no members of a species left living.\nDecay : rot or decompose through the action of bacteria and fungi.\nGeological : relating to the study of the earth's physical structure and substance.\nFossils : the remains or impression of a prehistoric plant or animal embedded in rock and preserved in petrified form.","","","Activity 1)\nDiscuss the evidence we have to support Darwin’s theory and present in a suitable format.\nActivity 3)\nDiscuss how fossils provide evidence for evolution.\nActivity 5)\nObserve fossils or pictures of fossils.\nModel how a fossil can be formed.\nActivity 10)\nConsider theories of how life on Earth began.\nActivity 12)\nGive a list of extinct organisms and ask students to print images. Suggest reasons to explain why they died out.\nExplain why some organisms are endangered. Give examples. Give reasons why it is important to prevent species from becoming extinct\nActivity 13)\nResearch causes of extinction and write a report/PowerPoint presentation to present to the class.","Activity 2)\nCuttings: \n scissors\nplants, eg geraniums or spider plants\n•pots &,compost\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22358","DLN","0","2018-12-04","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22359","SKT","0","2018-12-07","1","0","11SKT/Sc","S2","B2.4.09","Why is MRSA so dangerous?","","Students should appreciate that the theory of evolution by natural\nselection developed over time and from information gathered by many scientists.\n\n","1) Bacteria can evolve rapidly because they reproduce at a fast rate.\n2) Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\n3) MRSA is resistant to antibiotics. There are links with this content to\nAntibiotics and painkillers.\n4) To reduce the rate of development of antibiotic resistant strains:\n? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections\n? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains\n? the agricultural use of antibiotics should be restricted.\n\n5) The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","Why can bacteria evolve rapidly? Bacteria can evolve rapidly because they reproduce at a fast rate.\nWhat are the stages of antibacterial resistance? Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\nWhat is the bacteria MRSA resistant to? MRSA is resistant to antibiotics.\nWhat should be done to reduce the rate of development of antibiotc resistant bacteria? To reduce the rate of development of antibiotic resistant strains:;? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections;? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains;? the agricultural use of antibiotics should be restricted.;\nWhy can\'t medical professionals just produce new antibiotics to fight resistant bacteria? The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","","Mutations : the changing of the structure of a gene, resulting in a variant form which may be transmitted to subsequent generations, caused by the alteration of single base units in DNA, or the deletion, insertion, or rearrangement of larger sections of genes or chromosomes.\nAntibiotics : a medicine (such as penicillin or its derivatives) that inhibits the growth of or destroys microorganisms.\nMRSA : a strain of antibiotic-resistant bacteria.\nResistant : to be unaffected by something.","","","Activity 2)\nExplain how bacteria can become resistant to antibiotics.\nActivity 3)\nDiscuss how the rate of development of resistant bacteria could be slowed down.\n\nDiscuss why there are few new antibiotics being developed, and suggest how drug companies might be encouraged to develop some.\nActivity 4)\nExplain how antibiotic resistance has impacted on cleaning practices in Britain’s hospitals.\nActivity 5)\nRole play: life without antibiotics.","","","0","","0000-00-00","0","","0"),
("22360","SKT","0","2018-12-07","2","0","11SKT/Sc","S2","B2.4.10","How are living things classified?","","Students should be able to use information given to show understanding of the Linnaean system.\n\nStudents should be able to describe the impact of developments in biology on classification systems. \n\nStudents should be able to interpret evolutionary trees (WS) \n","1) Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\n2) Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \n3) Organisms are named by the binomial system of genus and species.\n6) As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed. (WS) Understand how scientific methods and theories develop over time.\n7) Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:\n? archaea (primitive bacteria usually living in extreme environments)\n? bacteria (true bacteria)\n? eukaryota (which includes protists, fungi, plants and animals).\n\n8) Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","How have organisms been classified traditionally and who by? Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\nWhat did Linnaeus classify all living things into? Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \nHow are organisms named scientifically? Organisms are named scientifically first by the genus and then by the species.\nWhat development lead to new models of classification and how? As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed.\nWho developed the \'three-domain system\' and how are organisms in this system classified? Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:;? archaea (primitive bacteria usually living in extreme environments);? bacteria (true bacteria);? eukaryota (which includes protists, fungi, plants and animals).;\nWhy are evolutionary trees used by scientists and what data do they use for it? Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","","Taxonomy : the branch of science concerned with classification, especially of organisms.\nGenus : a principal taxonomic category that ranks above species and below family, and is denoted by a capitalized Latin name, e.g. Leo.\nKingdom : the highest category in taxonomic classification.\nClassification : the arrangement of animals and plants in taxonomic groups according to their observed similarities","","","Activity 1)\nExhibition of organisms to classify, use post-it notes to explain groupings – observe and discuss choices made by other groups.\nActivity 2)\nCompare the classification of related and unrelated organisms using the Linnaeus system.\nActivity 3)\nLook at the variety of names given to the same plant and discuss why the binomial system is more useful.\nActivity 7)\nWatch BBC video clip about chemical analysis and its use in classifying organisms (see resources).\nhttp://www.bbc.co.uk/education/clips/zhb3cdm","Activity 1)\nclassification cards (pictures of animals)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22361","SNK","0","2018-12-04","2","0","11SNK/Sc","S3","P2.3.6","What affects braking distance?","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","Activity 2)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps \ndifferent surfaces \nwater spray (to create wet roads)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22362","SNK","0","2018-12-05","4","0","11SNK/Sc","S3","","","","","","","","","","","","X Stickers","","0","","0000-00-00","0","","0"),
("22363","SNK","0","2018-12-06","5","0","11SNK/Sc","S3","","","","","","","","","","","","X Stickers","","0","","0000-00-00","0","","0"),
("22364","SNK","0","2018-12-07","1","0","11SNK/Sc","S3","","","","","","","","","","","","X Stickers","","0","","0000-00-00","0","","0"),
("22365","SNK","0","2018-12-07","2","0","11SNK/Sc","S3","","","","","","","","","","","","X Total recall","","0","","0000-00-00","0","","0"),
("22366","SDN","0","2018-12-03","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22367","SDN","0","2018-12-06","4","0","7A1/Sc","S1","1P.04","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22368","SDN","0","2018-12-04","3","0","7A1/Sc","S1","1P.02","What is Momentum?","","","1) T: Momentum is the tendency for an object to keep moving as it was.\n2) T: It takes a force to change the momentum of an object.\n3) T: Changing the momentum of an object could be by changing its speed or its direction.\n4) W: Unbalanced forces are needed to cause objects to:\n - stop or start moving, \n - change their speed,\n - direction of motion\nThese are all forms of acceleration (qualitative only).\n5) W: The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","What is momentum? Pick the most correct answer.:Momentum is the tendency for an object to keep moving with the same speed and direction.\nHow can we change momentum? It takes unbalanced forces to change the momentum of an object.\nWhy do we need unbalanced forces? Unbalanced forces being needed to cause objects to:; - stop or start moving, ; - change their speed,; - direction of motion;These are all forms of acceleration (qualitative only).\nWhat is acceleration dependent on? The acceleration is in the direction of resultant force and the speed of the change is dependent on the size of the force.","https://www.mrcorfe.com/MemoryAnchors/2244-momentum-try.mp4\nhttps://www.mrcorfe.com/MemoryAnchors/7715e7f2654670e1ecc541fe6ca932fc.png","Force\nAcceleration: The rate of change of the velocity of an object.\nMomentum: A measure of the unstoppability of an object\nResultant force: The overall force as a result of adding up all the forces.\nUnbalanced: Not equal\nDirection of motion: The line of travel of an object.","","","Activity 1)\nTable cloth trick with beaker of water","Activity 1)\nA5ish Scrap paper\nPlastic beakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22369","SDN","0","2018-12-05","5","0","7A1/Sc","S1","1P.03","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22370","LAN","0","2018-12-06","4","0","7A2/Sc","S7","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22371","SNK","0","2018-12-04","3","0","7A2/Sc","S3","1B.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22372","SNK","0","2018-12-05","5","0","7A2/Sc","S3","","1P POO and Enquiry Feedback Forms.","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22373","CPD","0","2018-12-06","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22374","SDN","0","2018-12-07","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22375","LAN","0","2018-12-05","2","0","7B1/Sc","S7","1b.04","What are the forms of life?","","Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","1) W: Unicellular organisms are living things made up of only a one cell.\n2) W: Multicellular organisms are living things made up of many cells.\n3) T: Bacteria, Protozoa and Yeast (unicellular fungi) are examples of unicellular organisms.\n4) T: A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.\nSome Bacteria may have Flagella (tails) to swim.\n5) T: Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\n6) T: Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.\nProtoza have temporary vacuoles containing waste.\n7) A: Students to sort prepared slides or diagrams of unicellular organisms based on their characteristics.","What does unicellular mean? Unicellular organisms are living things made up of only a one cell.\nWhat does multicellular mean? Multicellular organisms are living things made up of many cells.\nName 3 types of unicellular life.:Bacteria, Protozoa and Yeast are examples of unicellular organisms.\nWhat are the parts of a bacterial cell? A bacterial cell consists of cytoplasm and a membrane surrounded by a cell wall; the genes are not in a distinct nucleus.;Some Bacteria may have Flagella (tails) to swim.\nWhat organelles do yeast cells have? Yeast cells have a nucleus, cytoplasm and a membrane surrounded by a cell wall.\nWhat are pseudopodia? Protoza have pseudopodia (“false feet”) to move about and to surround food and take it inside the cell.;Protoza have temporary vacuoles containing waste.\nCan you see unicellular or multicellular organisms with the naked eye? ","https://www.mrcorfe.com/MemoryAnchors/31a6727cc94ecdab781271031bd88b46.jpg","Yeast: Yeast are single-celled fungi. They are useful in food production. The carbon dioxide produced by yeast makes bread dough rise, and the ethanol it\nMulticellular organisms: living things made up of many cells.\nUnicellular organism: living things made up of only a one cell.\nPseudopodia: Are false feet found on Protoza to move about and to surround food and take it inside the cell.\nFlagella: Tails found on bacteria that allows them to swim.\nProtozoa: Protozoa are single-celled organisms.,\nBacteria: Bacteria are living cells and, in favourable conditions, can multiply rapidly. Once inside the body, they release poisons or toxins that make us feel ill.\nGene: A gene is a short section of DNA. Each gene codes for a specific protein by specifying the order in which amino acids must be joined together","","","","Activity 1)\nCell cards\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22376","LAN","0","2018-12-06","2","0","7B1/Sc","S7","","1P POO and Enquiry Feedback Forms.","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22377","LAN","0","2018-12-07","3","0","7B1/Sc","S7","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22378","SNK","0","2018-12-06","2","0","7B2/Sc","S5","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22379","CLA","0","2018-12-05","2","0","7B2/Sc","S6","1C.9","What happens when ice melts?","","","","","","","","","","Ice\nbalances","","0","","0000-00-00","0","","0"),
("22380","CLA","0","2018-12-07","3","0","7B2/Sc","S6","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22381","CPD","0","2018-12-03","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22382","CPD","0","2018-12-04","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22383","SDN","0","2018-12-03","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22384","SDN","0","2018-12-07","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22385","CLA","0","2018-12-04","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22386","CLA","0","2018-12-06","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22387","SDN","0","2018-12-06","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22388","SDN","0","2018-12-03","5","0","7C1/Sc","S1","1P.03","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22389","SDN","0","2018-12-06","3","0","7C1/Sc","S1","1P.04","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22390","SFD","0","2018-12-03","5","0","7C2/Sc","S5","1B.05","Planning: Hand Grip Strength vs Age","","ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","1) A: ENQUIRY: Planning\n\n- Aim: To find out how age affects the hand grip strength.\n- Hypothesis: That the older someone is the stronger their grip.\n\nNB: Experiment is likely to show a lack of range, use as a teaching point.\nUse age in days\nMay be use male and female keyed data points. Will there be a difference in trend?\nForces may not have been taught yet, if so teach Newtons as the unit of force","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22391","SFD","0","2018-12-06","3","0","7C2/Sc","S5","1B.06","Data Collection: Hand Grip Strength vs Age - Homework","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22392","CLA","0","2018-12-04","3","0","7E/Sc","S6","1C.09","What happens when ice melts?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22393","CLA","0","2018-12-05","5","0","7E/Sc","S6","1C.10","What is internal energy?","","Add energy arrows to diagram from previous lesson.\nDESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.","1) T: When particles are given heat energy they move faster, this because they gain kinetic (movement) energy.\n2) W: A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\n3) D: Add energy arrows to diagram from previous lesson.\n4) D: DESIRABLE:\n\nLatent heat experiment such as:\n\nPractical 26 - Classic Chemistry Practicals\n\nSHARED AREA\KS3\Other Resources\ClassicExp\Kev21-30.doc\n\nor\n\nhttp://wordpress.mrreid.org/2009/12/08/experiments-that-actually-work-latent-heat-of-fusion/\n\nIdeally heating though. I like the idea measuring the water bath and the stearic acid.\n\nGood opportunity for data loggers.\n5) W: An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.\n6) W: Internal energy is the sum of kinetic energy and the potential energy stored in the stretch 'attraction' between the particles.","What type of energy do particles gain when they are heated? Particles gain kinetic (movement) energy when they are heated.\nHow does the internal energy of a material change as state changes? A change of state from solid to liquid, liquid to gas or solid to gas requires an increase of the internal energy of the material.\nWhy does the temperature of water not increase during melting and evaporation? An increase of the internal energy of the material does not always result in a increase in temperature. Some energy is used in order to change state.","https://www.mrcorfe.com/MemoryAnchors/4bd238ee3412ecd86f35079ece9e8d2a.png","Energy\nInternal energy\nMelt\nLatent heat\nSolid\nTemperature\nState\nLiquid\nGas\nCondense\nEvaporate\nBoiling point\nMelting point\nKinetic\nFreeze","","","","Activity 4)\nThermometers\nStop watches\nStearic Acid\n(Boiling tubes)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22394","CLA","0","2018-12-06","4","0","7E/Sc","S6","1C.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("22395","DLN","0","2018-12-05","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22396","SNK","0","2018-12-03","5","0","7P/Sc","S3","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("22397","SNK","0","2018-12-06","3","0","7P/Sc","S3","2P.10","","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22398","SDN","0","2018-12-05","2","0","7X/Sc","S1","1P.03","What is Friction?","","","1) T: Rubbing causes friction between surfaces.\n2) W: The amount of friction depends on the roughness of the surfaces (and closing force).\n3) T: Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/a8fb546aa821c87cf24c4d415b529d88.jpg","Friction: The force caused by the rubbing of two different surfaces resulting in an increase in temperature\nSurfaces: The area of one side of an object.\nRoughness: A measure of the microscopic surface of an object.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22399","SDN","0","2018-12-06","2","0","7X/Sc","S1","1P.04","What happens when two forces interact?","","","1) W: When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\n2) T: The force an object applies back is called the Reaction force.\n3) T: Unbalanced forces can also change the shape of an object: deformation.\n4) T: When solid objects are stretched there is a force of tension created with in it.\n5) W: A spring will deform (stretch or compress) until the tension balances the load placed upon it.\n6) W: When an object floats there is a force of upthrust.\n7) W: When an a fluid flows over a wing (aerofoil) it generates lift.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Sci Logo.jpg","Force\nTension\nDeform: The changing of shape of an object.\nCompression: Where two or more forces act on an object in opposite directions causing a decrease in the distance between particles.\nStretch: A form of deformation where the particles become more spread out.\nSpring: Typically a coil of a material which is able to store a high amount of elastic potential energy.\nReaction force: The force a compressed solid pushes back with.\nUnbalanced","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSix trays to include:\nWooden blocks \nMetal blocks \nHard plastic objects (e.g. tray/ruler) \nSoft plastic objects (e.g. pipette, bouncy ball, stress ball) \nAny other objects that can be deformed (e.g. spring)\n\n-----------\n\nActivity 5)\nNewton Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22400","SDN","0","2018-12-07","3","0","7X/Sc","S1","1P.05","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("22401","SDN","0","2018-12-04","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22402","SDN","0","2018-12-07","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22403","PKT","0","2018-12-05","2","0","8A1/Sc","S3","5B.06","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22404","PKT","0","2018-12-06","2","0","8A1/Sc","S3","5B.08","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the 'units' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("22405","PKT","0","2018-12-07","3","0","8A1/Sc","S3","5B.09","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("22406","SKT","0","2018-12-05","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22407","SKT","0","2018-12-06","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22408","SKT","0","2018-12-07","3","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22409","CML","0","2018-12-05","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22410","CML","0","2018-12-06","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22411","CML","0","2018-12-07","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22412","SDN","0","2018-12-04","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22413","SDN","0","2018-12-07","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22414","CLA","0","2018-12-04","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22415","SNK","0","2018-12-06","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22416","CLA","0","2018-12-03","5","0","8B1/Sc","S6","5C.2","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","Nuclear\nHeat\nRadioactive\nConvection\nRock formation\nContinent\nFossils","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------","","0","","0000-00-00","0","","0"),
("22417","CLA","0","2018-12-06","3","0","8B1/Sc","S6","5C.3","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","Atmosphere\nCrust\nMantle\nCore","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nscalpel \nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22418","CML","0","2018-12-03","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22419","CML","0","2018-12-06","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22420","DLN","0","2018-12-03","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22421","SFD","0","2018-12-05","2","0","8E/Sc","S5","4B.12","Reflect - input numbers onto POO spreadsheet in lesson and print","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("22422","SFD","0","2018-12-07","3","0","8E/Sc","S5","5C.2","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","Nuclear\nHeat\nRadioactive\nConvection\nRock formation\nContinent\nFossils","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------","","0","","0000-00-00","0","","0"),
("22423","CLA","0","2018-12-06","2","0","8E/Sc","S6","5C.1","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22424","PKT","0","2018-12-03","5","0","8S/Sc","S2","5B.06","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","Placenta\nLifestyle\nMaternal","","","","","","0","","0000-00-00","0","","0"),
("22425","PKT","0","2018-12-06","3","0","8S/Sc","S2","5B.08","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("22426","SFD","0","2018-12-06","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22427","PKT","0","2018-12-06","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22428","SNK","0","2018-12-03","1","0","9A1/Sc","S3","P1.2.1","How do we draw circuits?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n\nStudents should be able to describe all the changes involved in the way energy is stored when a system changes, for common situations. For example: an object projected upwards\n\nStudents should be able to calculate the amount of energy associated with a moving object, a stretched spring and an object raised above ground level.\n\nStudents should be able to describe, with examples, how in all system changes energy is dissipated, so that it is stored in less useful ways.\nThis energy is often described as being "wasted".\n\nStudents should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n\nStudents should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","","","0","","0000-00-00","0","","0"),
("22429","SNK","0","2018-12-03","2","0","9A1/Sc","S3","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","","","0","","0000-00-00","0","","0"),
("22430","SNK","0","2018-12-04","1","0","9A1/Sc","S3","P1.2.3","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22431","SNK","0","2018-12-05","3","0","9A1/Sc","S3","P1.2.4","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("22432","SNK","0","2018-12-06","1","0","9A1/Sc","S3","P1.2.5","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","","","0","","0000-00-00","0","","0"),
("22433","SNK","0","2018-12-07","5","0","9A1/Sc","S3","P1.2.6","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","","","0","","0000-00-00","0","","0"),
("22434","CLA","0","2018-12-03","2","0","9A2/Sc","S6","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22435","CLA","0","2018-12-04","1","0","9A2/Sc","S6","C1.2.05","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22436","CLA","0","2018-12-05","3","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22437","CLA","0","2018-12-06","1","0","9A2/Sc","S6","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22438","CLA","0","2018-12-07","5","0","9A2/Sc","S6","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------","","0","","0000-00-00","0","","0"),
("22439","CLA","0","2018-12-03","1","0","9A2/Sc","S6","C1.2.04","What are the properties of Group 1 elements?","","Students should be able to describe the reactions of the first three alkali metals with oxygen, chlorine and water.\n\nStudents should be able to explain how properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to describe the difference compared with Group 1 in melting points, densities, strength, hardness and reactivity with oxygen, water and halogens.\n\nStudents should be able to exemplify these general properties by reference to Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 1 of the periodic table are known as the alkali metals and have characteristic properties because of the single electron in their outer shell.\n3) In Group 1, the reactivity of the elements increases going down the group.\n6) The transition elements are metals with similar properties which are different from those of the elements in Group 1.","What is the common name given to the group 1 elements? Alkali metals\nWrite a word equation for the reaction of sodium with chlorine.:Sodium + Chlorine -> Sodium Chloride\nDescribe the trend in reactivity in group 1 as you go down the group:Reactivity of elements in group 1 increases as you go down the group (Lithium = least reactive, Francium = most reactive)\nFor elements in Group 1, what do the properties depend on? Properties of the elements in Group 1 depend on the outer shell of electrons of the atoms\nExplain why elements become more reactive the further you go down group 1:Elements in group 1 react by giving up their outermost electron. The further down the group you go the weaker the attraction between the nucleus of the atom and the outermost electron, as well as a greater amount of shielding. Therefore the electron is given up more easily.\nWhat are the transition elements? :Metals with similar properties which are different from those of the elements in Group 1.\nCompare the properties of transition metal elements with those of the group 1 elements.:Group 1 metals are soft, highly reactive to oxygen and water, form alkali solutions, are less dense than group 2 metals. Group 2 metals are harder, less reactive. \nGive examples of 3 transition metals:Any three from the transition block eg. Cr, Mn, Fe, Co, Ni, Cu.","","solutions: where substances are dissolved in water\nMetals: elements that donate electrons to form compounds\nShielding: where the attraction from the nucleus is decrease as the shells are further away\nReactivity: how easy an element will accept or donate electrons to form compounds","","","Activity 3)\nGroup 1 demo in water using universal indicator to show alkali solutions are formed. Try to catch the gas with a lit splint to demonstrate the squeaky pop.\nActivity 4)\nGF: Describe the forces that are involved in the transfer of electrons\nActivity 5)\nModel the increasing size of atoms down group 1 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity increases. \n\nEW: Describe and explain why the reactivity of group 1 metals\nActivity 6)\nwrite word and symbol equations to show elements in same groups have similar reactions.\nActivity 7)\nCreate a double bubble thinking map to compare group 1 and transition metals.","Activity 3)\nGroup 1 demo\nfilter paper\nUniversal Indicator \nSplits to light hydrogen gas bubbles\n\n-----------\n\nActivity 5)\nfluffy balls\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22440","SKT","0","2018-12-03","1","0","9A3/Sc","S2","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22441","SKT","0","2018-12-03","2","0","9A3/Sc","S2","P1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22442","SKT","0","2018-12-04","1","0","9A3/Sc","S2","P1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22443","SKT","0","2018-12-05","3","0","9A3/Sc","S2","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22444","SKT","0","2018-12-06","1","0","9A3/Sc","S2","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22445","SKT","0","2018-12-07","5","0","9A3/Sc","S2","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22446","PKT","0","2018-12-03","1","0","9A4/Sc","S1","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22447","PKT","0","2018-12-03","2","0","9A4/Sc","S1","P1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22448","PKT","0","2018-12-04","1","0","9A4/Sc","S1","P1.2.3","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22449","PKT","0","2018-12-05","3","0","9A4/Sc","S1","P1.2.4","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Required Practical Resistance\nActivity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("22450","PKT","0","2018-12-06","1","0","9A4/Sc","S1","P1.2.4","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Required Practical Resistance\nActivity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("22451","PKT","0","2018-12-07","5","0","9A4/Sc","S1","P1.2.4","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22452","LAN","0","2018-12-03","1","0","9B1/Sc","S7","B1.2.05","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22453","LAN","0","2018-12-04","3","0","9B1/Sc","S7","B1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22454","LAN","0","2018-12-05","5","0","9B1/Sc","S7","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22455","LAN","0","2018-12-06","1","0","9B1/Sc","S7","B1.2.05","What is diffusion?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22456","LAN","0","2018-12-07","4","0","9B1/Sc","S7","B1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22457","DLN","0","2018-12-03","1","0","9B1/Sc","S7","B1.2.05","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------","","0","","0000-00-00","0","","0"),
("22458","DLN","0","2018-12-04","3","0","9B1/Sc","S7","B1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22459","SFD","0","2018-12-04","3","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22460","SFD","0","2018-12-05","5","0","9B2/Sc","S5","","Cover lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22461","SFD","0","2018-12-06","1","0","9B2/Sc","S5","P1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","","","0","","0000-00-00","0","","0"),
("22462","SFD","0","2018-12-07","4","0","9B2/Sc","S5","P1.2.03","Required practical planning - Resistors and Homework feedback","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","","","0","","0000-00-00","0","","0"),
("22463","SFD","0","2018-12-03","1","0","9B2/Sc","S5","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22464","CML","0","2018-12-03","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22465","CML","0","2018-12-04","3","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22466","CML","0","2018-12-05","5","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22467","CML","0","2018-12-06","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22468","CML","0","2018-12-07","4","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22469","CLA","0","2018-12-03","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22470","CLA","0","2018-12-07","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22471","CPD","0","2018-12-03","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22472","SFD","0","2018-12-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22473","LAN","0","2018-12-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22474","DLN","0","2018-12-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22475","CML","0","2018-12-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22476","SDN","0","2018-12-03","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22477","DLN","0","2018-12-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22478","CPD","0","2018-12-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22479","SDN","0","2018-12-03","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22480","SFD","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22481","CLA","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22482","LAN","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22483","DLN","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22484","CML","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22485","CPD","0","2018-12-03","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22486","SKT","0","2018-12-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22487","LAN","0","2018-12-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22488","CPD","0","2018-12-03","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22489","SFD","0","2018-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22490","LAN","0","2018-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22491","DLN","0","2018-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22492","CML","0","2018-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22493","CPD","0","2018-12-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22494","SKT","0","2018-12-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22495","PKT","0","2018-12-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22496","DLN","0","2018-12-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22497","CPD","0","2018-12-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22498","SDN","0","2018-12-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22499","CLA","0","2018-12-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22500","DLN","0","2018-12-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22501","CPD","0","2018-12-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22502","SDN","0","2018-12-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22503","CLA","0","2018-12-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22504","CPD","0","2018-12-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22505","SDN","0","2018-12-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22506","DLN","0","2018-12-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22507","SNK","0","2018-12-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22508","CPD","0","2018-12-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22509","SFD","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22510","LAN","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22511","DLN","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22512","CML","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22513","CPD","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22514","SDN","0","2018-12-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22515","CLA","0","2018-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22516","DLN","0","2018-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22517","SDN","0","2018-12-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22518","SKT","0","2018-12-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22519","PKT","0","2018-12-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22520","CPD","0","2018-12-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22521","DLN","0","2018-12-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22522","CPD","0","2018-12-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22523","SDN","0","2018-12-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22524","SFD","0","2018-12-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22525","DLN","0","2018-12-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22526","CPD","0","2018-12-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22527","SKT","0","2018-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22528","LAN","0","2018-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22529","DLN","0","2018-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22530","CPD","0","2018-12-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22531","SKT","0","2018-12-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22532","DLN","0","2018-12-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22533","CML","0","2018-12-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22534","DLN","0","2018-12-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22535","DLN","0","2018-12-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22536","CLA","0","2018-12-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22537","DLN","0","2018-12-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22538","DLN","0","2018-12-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22539","CPD","0","2018-12-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22540","CLA","0","2018-12-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22541","DLN","0","2018-12-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22542","CPD","0","2018-12-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22543","DLN","0","2018-12-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22544","CPD","0","2018-12-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22562","CML","0","2018-12-11","1","0","10MES/Sc","S4","P1.3.01","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\nFilament lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22554","LAN","0","2018-12-11","5","0","10CLA/Sc","S7","C1.4.1","What are the properties of ionic compounds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nElectricity trolley
\nExamples of different ionic and covalent compounds eg; NaCl, electrodes, leads with croorcodile clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22555","LAN","0","2018-12-12","3","0","10CLA/Sc","S7","C1.4.2","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nlarge glass bowl filled with acetone. several polystyrene cups. glass stirring rod.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22556","LAN","0","2018-12-14","2","0","10CLA/Sc","S7","C1.4.3","COVER - PSHCRE day","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene","","","0","","0000-00-00","0","","0"),
("22557","PKT","0","2018-12-11","1","0","10JCE/Sc","S1","C1.4.2","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nlarge glass bowl filled with acetone. several polystyrene cups. glass stirring rod.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22558","PKT","0","2018-12-12","3","0","10JCE/Sc","S1","C1.4.3","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22559","PKT","0","2018-12-14","2","0","10JCE/Sc","S1","","PSHCRE DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22560","DLN","0","2018-12-11","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22561","DLN","0","2018-12-12","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22563","CML","0","2018-12-11","5","0","10MES/Sc","S4","P1.3.03","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22564","CML","0","2018-12-12","3","0","10MES/Sc","S4","P1.3.04","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","X","","0","","0000-00-00","0","","0"),
("22565","CML","0","2018-12-14","2","0","10MES/Sc","S4","P1.3.05","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22566","SNK","0","2018-12-11","1","0","10SNK/Sc","S3","","","","","","","","","","","","Enzymes write up","","0","","0000-00-00","0","","0"),
("22567","SNK","0","2018-12-12","3","0","10SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("22568","SNK","0","2018-12-14","2","0","10SNK/Sc","S3","","","","","","","","","","","","YEAR 10 PSHCRE DAY DO NOT ORDER","","0","","0000-00-00","0","","0"),
("22569","SMT","0","2018-12-10","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22570","SDN","0","2018-12-11","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22571","SDN","0","2018-12-11","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22572","CML","0","2018-12-11","4","0","11CML/Sc","S4","C2.3.01","How can we identify the purity of a substance?","","Students should be able to use melting point and boiling point data to distinguish pure from impure substances.\n\nStudents should be able to identify formulations given appropriate information.\n","1) In chemistry, a pure substance is a single element or compound, not mixed with any other substance.\n2) A formulation is a mixture that has been designed as a useful product. \n3) Pure elements and compounds melt and boil at specific temperatures. Melting point and boiling point data can be used to distinguish pure substances from mixtures.\n4) Formulations include fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\n5) In everyday language, a pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\n6) Formulations are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","What is a pure substance? A pure substance is a single element or compound, not mixed with any other substance.\nWhat is a formulation? A formulation is a mixture that has been designed to have distinct properties and be used as a useful product.\nWhat can be used to distinguish between pure substances and mixtures? Use Melting point and boiling point data to distinguish between pure substances and mixtures?\nWhat are examples of formulations? Formulations: fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\nWhat is a pure substance in everyday language? A pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\nHow are formulations made? They are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","",".\nBoiling point: The temperature at which a given liquid will boil.\nMelting point: The temperature at which a given solid will melt.\nFormulation: A mixture where components are carefully measured before being mixed to give a desired set of properties.\nPure: A substance made up of only one element and compound.","","","Activity 1)\nDesign a flow chart assigning elements/compounds/mixtures as pure or impure.\nWhy is 'pure' orange juice not pure?\nActivity 2)\nCase study: How tablets are made to ensure that the taker receives the correct dose of medication.\nActivity 3)\nStudy a range of melting points of pure and impure substances. Students draw conclusions from this.\nActivity 4)\nStudy a recipe and discuss how changing the recipe may affect the food product made. Link to formulations and why we use formulations\nActivity 6)\nSuggested practical:\nMaking mayonnaise\nActivity 7)\nAnalyse information on the melting points of pure gold against counterfeits as a method for determining purity","Activity 6)\nMaking mayonnaise\n\nPer group: \n•Small screw top bottles (100 cm3) or test tubes and bungs\n• Pipettes\n• Teaspoons (or disposable plastic spoons)\n• Cooking oil\n• Washing up liquid\n• Sugar\n• Flour\n• Mustard powder\n• Egg\n• 2 bowls (or 100 cm3 glass beakers)\n• Egg yolk separator\n•Plastic disposable gloves\n\n-----------","","0","","0000-00-00","0","","0"),
("22573","CML","0","2018-12-12","1","0","11CML/Sc","S4","C2.3.02","How can we use chemical tests to identify an unknown gas?","","","1) The test for carbon dioxide uses an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\n2) Students do not need to know the names of components in proprietary products.\n3) The test for hydrogen uses a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\n4) The test for chlorine uses litmus paper. When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\n5) The test for oxygen uses a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","How would you test if carbon dioxide was present In a reaction? Use an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\nHow would you test if Hydrogen was present In a reaction? Use a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\nHow would you test if chlorine was present In a reaction? When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\nHow would you test if Oxygen was present In a reaction? Use a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","","Litmus paper: paper stained with litmus which is used to indicate the acidity or alkalinity of a substance.\nQualitative test- This type of test identifies whether a substance is present, but not how much of it exists. A common example would be using a pH indicator to see if an acid is present\nLime water: An aqueous solution of calcium hydroxide.","","","Activity 1)\nPractical: Testing for different gases\n- Hydrogen\n- Carbon dioxide\n- Oxygen\n- Chlorine\n\nStudents to plan and investigate the gas tests","Activity 1)\nPractical: Testing for different gases\nPrepared samples of:\n- Hydrogen\n- Oxygen\n- Chlorine\n\nEquipment to prepare Carbon dioxide:\n-Marble chips\n-Hydrochloric acid\n-Delivery tubes\n-Conical flasks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22574","CML","0","2018-12-13","4","0","11CML/Sc","S4","C2.3.04","Required practical: Chromatography","","Students should be able to explain how paper chromatography separates mixtures\n\n\nStudents should be able to suggest how chromatographic methods can be used for distinguishing pure substances from impure substances\n\nStudents should be able to interpret chromatograms and determine R values from\nchromatograms\n\nStudents should be able to state advantages of instrumental methods compared with the chemical tests in this specification.\n","1) Required practical 6 - Chromatography (AT skills 1,4)","What can Chromatography be used to separate? Chromatography can be used to separate mixtures such as inks and can give information to help identify the substances from which it is made.\nWhat are the names of the two phases involved in chromatography? Stationary phase and mobile phase.\nWhat does seperation depend on? Separation depends on the distribution of substances between the phases.\nHow should the Rf value be expressed? The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent\nHow is the Rf value calculated? Rf = distance moved by substance / distance moved by solvent\nHow do the Rf values of compounds change in different solvents? Different compounds have different R values in different solvents.\nHow can compounds be identified? Rf values can be used to help identify the compounds.\nHow many spots are produced by a pure compound compared to a compound in a mixture? The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\nHow can paper chromatography be used to separate mixtures? A spot of each mixture is dropped onto the start line of the paper chromotography. The paper chromatogram is introduced to a solvent and left for seperation to take place.\nHow can chromatographic methods can be used for distinguishing pure substances from impure substances? The compounds in a mixture may separate into multiple spots depending on the solvent, but a pure substance will always produce a single spot in all solvents. \nHow can chromatograms be used to determine R values? The R value can be calculated and compared. RT = distance moved by substance / distance moved by solvent\nHow can elements and compounds be detected? :Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.\nWhat are the advantages of instrumental methods compared with the chemical tests? ","","Instrumental method: The use of instruments to separate, identify, and quantify matter.\nRf Value: In chromatography is the distance travelled by a given component divided by the distance travelled by the solvent front.\nStationary phase: The phase of a chromatography system on which the materials to be separated are selectively adsorbed.\nMobile phase: flows through the stationary phase and carries the components of the mixture with it.\nChromatography: A technique for the separation of a mixture by passing it in solution or suspension through a medium in which the components move at different rates.","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22575","CML","0","2018-12-14","1","0","11CML/Sc","S4","C2.3.05","How can we use chemical tests to identify unknown ionic compounds?","","Students should be able to identify species from the results of the tests in 4.8.3.1 to 4.8.3.5.\n\nStudents should be able to write balanced equations for the reactions to produce the insoluble hydroxides.\n\nStudents should be able to interpret an instrumental result given appropriate data in chart or tabular form, when accompanied by a reference set in the same form, limited to flame emission spectroscopy.\n","1) Flame tests can be used to identify some metal ions (cations). Lithium, sodium, potassium, calcium and copper compounds produce distinctive colours in flame tests: ? lithium compounds result in a crimson flame\n? sodium compounds result in a yellow flame\n? potassium compounds result in a lilac flame\n? calcium compounds result in an orange-red flame\n? copper compounds result in a green flame.\n\n2) If a sample containing a mixture of ions is used some flame colours can be masked\n3) Carbonates react with dilute acids to form carbon dioxide gas. Carbon dioxide can be identified with limewater.\n5) Halide ions in solution produce precipitates with silver nitrate solution in the presence of dilute nitric acid. Silver chloride is white, silver bromide is cream and silver iodide is yellow.\n6) Flame colours of other metal ions are not required knowledge.\n7) Sulfate ions in solution produce a white precipitate with barium chloride solution in the presence of dilute hydrochloric acid.\n8) Sodium hydroxide solution can be used to identify some metal ions (cations).\n9) Solutions of aluminium, calcium and magnesium ions form white precipitates when sodium hydroxide solution is added but only the aluminium hydroxide precipitate dissolves in excess sodium hydroxide solution.\n\n10) Solutions of copper(II), iron(II) and iron(III) ions form coloured precipitates when sodium hydroxide solution is added. Copper(II) forms a blue precipitate, iron(II) a green precipitate and iron(III) a brown precipitate.\n\n12) Students are not expected to write equations for the production of sodium aluminate.\n13) Flame emission spectroscopy is an example of an instrumental method used to analyse metal ions in solutions.\n14) The sample is put into a flame and the light given out is passed through a spectroscope. The output is a line spectrum that can be analysed to identify the metal ions in the solution and measure their concentrations.","What are the different colours produced by some metal ions (cations)? lithium compounds result in a crimson flame;? sodium compounds result in a yellow flame;? potassium compounds result in a lilac flame;? calcium compounds result in an orange-red flame;? copper compounds result in a green flame.\nWhen are some flame colours masked? If a sample containing a mixture of ions\nHow do carbonates react with dilute acids? Carbonates react with dilute acids to form carbon dioxide gas. Carbon dioxide can be identified with limewater.\nWhat do Halide ions produce when they react with silver nitrate solution? Halide ions in solution produce precipitates with silver nitrate solution in the presence of dilute nitric acid. Silver chloride is white, silver bromide is cream and silver iodide is yellow.\nWhat do Sulfate ions in solution produce when they react with barium chloride in the presence of hydrochloric acid? Sulfate ions in solution produce a white precipitate with barium chloride solution in the presence of dilute hydrochloric acid.\nWhat solution can be used to identify some some metal ions (cations)? Sodium hydroxide solution can be used to identify some metal ions (cations).\nWhat do solutions of aluminium, calcium and magnesium ions form? They form white precipitates when sodium hydroxide solution is added but only the aluminium hydroxide precipitate dissolves in excess sodium hydroxide solution.;\nWhat happens when sodium hydroxide is added to Solutions of copper(II), iron(II) and iron(III) ions? Solutions of copper(II), iron(II) and iron(III) ions form coloured precipitates when sodium hydroxide solution is added. Copper(II) forms a blue precipitate, iron(II) a green precipitate and iron(III) a brown precipitate.\nWrite a balanced equation for reactions that produce the insoluble hydroxides.:CuSo4 2NaOH Cu(OH)2 Na2SO4\nWhat is Flame emission spectroscopy used for? Flame emission spectroscopy is an example of an instrumental method used to analyse metal ions in solutions.\nWhat can the output of a line spectrum be used for? The sample is put into a flame and the light given out is passed through a spectroscope. The output is a line spectrum that can be analysed to identify the metal ions in the solution and measure their concentrations.","","Solution: A mixture where one of the substances is dissolved within another.\nHalide: A compound containing a group 7 element.\nDilute: A solution containing a relatively small quantity of solute as compared with the amount of solvent.\nIon: An atom that has either gained or lost electrons.","","","Activity 3)\nStudents design a flow diagram on testing for positive ions.\nActivity 5)\nStudents design a flow diagram on testing for negative ions.\nActivity 6)\nSEPARATE EW \nA group of students had four different colourless solutions in beakers 1, 2, 3 and 4,\n\nThe students knew that the solutions were\n• sodium chloride\n• sodium iodide\n• sodium carbonate\n• potassium carbonate\n\nbut did not know which solution was in each beaker.\n\nPlan a method that could be used to identify each solution.\n\nYou may use the following reagents:\n• dilute nitric acid\n• silver nitrate solution.\n\nIt is suggested that a flame test is used to identify the positive ions.\n\nOutline a method that could identify the four solutions.\n\nYou should include the results of the tests you describe.\nActivity 13)\nGCSE pod video on flame emission spectroscopy brilliantly explains the process. Link back to why it is a more reliable test than a basic flame test.","Activity 2)\nTesting for positive ions:\nSolutions containing - Lithium, Sodium, Potassium, Calcium, iron (ii), iron (iii), Magnesium and Aluminium\nNichrome wires\nSodium hydroxide 1M\n\n-----------\n\nActivity 4)\nTesting for negative ions:\nhttp://www.rsc.org/learn-chemistry/resource/res00000758/testing-for-negative-ions?cmpid=CMP00000837\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22576","CPD","0","2018-12-11","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22577","CPD","0","2018-12-12","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22578","CPD","0","2018-12-13","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22579","CPD","0","2018-12-14","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22580","LAN","0","2018-12-11","4","0","11LAN/Sc","S7","","","","","","","","","","","","Classification cards (animal cards)","","0","","0000-00-00","0","","0"),
("22581","LAN","0","2018-12-12","1","0","11LAN/Sc","S7","P2.4.1","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.\n","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22582","LAN","0","2018-12-13","4","0","11LAN/Sc","S7","P2.4.3","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22583","LAN","0","2018-12-14","1","0","11LAN/Sc","S7","","cover P2.4.5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22584","PKT","0","2018-12-11","4","0","11PKT/Sc","S1","P2.3.4","RP 7 - Acceleration: Analysis","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("22585","PKT","0","2018-12-12","1","0","11PKT/Sc","S1","P2.3.5","What affect stopping distance?","","Students should be able to explain methods used to measure human reaction times and recall typical results\n\n\nStudents should be able to evaluate the effect of various factors on thinking distance based on\ngiven data.\n\nStudents should be able to interpret and evaluate measurements from simple methods to\nmeasure the different reaction times of students\n","1) The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver's reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\n2) For a given braking force the greater the speed of the vehicle, the greater the stopping distance.\n3) Reaction times vary from person to person.\n4) Typical values range from 0.2 s to 0.9 s.\n5) A driver's reaction time can be affected by tiredness, drugs and\nalcohol.\n6) Distractions may also affect a driver?s ability to react.","What is the definition of stoppong distance? The stopping distance of a vehicle is the sum of the distance the vehicle travels during the driver?s reaction time (thinking distance) and the distance it travels under the braking force (braking distance).\nWhat affect would an increased speed for a given breaking force have on stopping distance? Stopping distance would be greater.\nDoes every person have the same reaction time? Explain:No, reaction times vary from person to person.\nWhat is the typical value range for the reaction time of a typical person? The typical values range from 0.2 s to 0.9 s.\nHow can a driver's reaction time be affected? A driver's reaction time can be affected by tiredness, drugs and alcohol.\nWhat else could affect a driver\'s ability to react? Distractions such as mobile phones or other people in the car.\nWhat methods could be used to measure human reaction times? How quickly a person can click on seeing a specified object, catching a ruler when it is dropped.\nHow could you interpret and evaluate the following results; person A had a reaction time of 3s, Person B had a reaction time of 4s and person C has a reaction time of 9s? Person A and B had similar reaction times but person C was very much slower by 5-6s, they may have had a factor that affected their reaction time and therfore it may be useful to repeat to gain more results.","","Factors: something that could affect something else\nThinking distance: distance travelled by a moving object whilst the driver processes they need to stop\nBraking distance: distance travelled by a moving object whilst the brakes are applied before stopping\nStopping distance: total distance travelled before a moving object comes to a stop","","","Activity 1)\nModel the changing stopping distance with increasing velocity. Mark lines on the floor outside the science block. Get one student to walk, jog and run. marking the distance when shouted to stop (at random) to when they actually stop\nActivity 5)\nGF: Explain how caffeine effects the body's reaction times. You should include reference to the central nervous system in your answer.\nActivity 7)\nStudents compare their reaction times using the data loggers and timers. IV different hands, with/out caffeine.\nActivity 9)\nEW: Plan a practical to compare the reaction time of students when they drink caffeine and when they don't drink caffeine.","Activity 7)\ndata loggers and reaction timers. large piece of car with a hole to show the light on the reaction button. \ndecaff coke and normal coke (if wanted)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22586","PKT","0","2018-12-13","4","0","11PKT/Sc","S1","P2.3.6","What affects braking distance?","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","Activity 2)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps \ndifferent surfaces \nwater spray (to create wet roads)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22587","PKT","0","2018-12-14","1","0","11PKT/Sc","S1","P2.4.1","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22588","SFD","0","2018-12-12","1","0","11SFD/Sc","S5","","Biology Feedback","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","","","0","","0000-00-00","0","","0"),
("22589","SFD","0","2018-12-13","4","0","11SFD/Sc","S5","","Chemistry Feedback","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","","","0","","0000-00-00","0","","0"),
("22590","SFD","0","2018-12-11","4","0","11SFD/Sc","S5","","Reebops","","","","","","","","","","Reebops please - thanks for your help organising guys.","","0","","0000-00-00","0","","0"),
("22591","SFD","0","2018-12-14","1","0","11SFD/Sc","D8","","Physics Feedback","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","","","0","","0000-00-00","0","","0"),
("22592","DLN","0","2018-12-11","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22593","SKT","0","2018-12-11","4","0","11SKT/Sc","S2","C2.3.01","B2.4 TR & How can we identify the purity of a substance?","","Students should be able to use melting point and boiling point data to distinguish pure from impure substances.\n\nStudents should be able to identify formulations given appropriate information.","1) In chemistry, a pure substance is a single element or compound, not mixed with any other substance.\n2) A formulation is a mixture that has been designed as a useful product. \n3) Pure elements and compounds melt and boil at specific temperatures. Melting point and boiling point data can be used to distinguish pure substances from mixtures.\n4) Formulations include fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\n5) In everyday language, a pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\n6) Formulations are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","What is a pure substance? A pure substance is a single element or compound, not mixed with any other substance.\nWhat is a formulation? A formulation is a mixture that has been designed to have distinct properties and be used as a useful product.\nWhat can be used to distinguish between pure substances and mixtures? Use Melting point and boiling point data to distinguish between pure substances and mixtures?\nWhat are examples of formulations? Formulations: fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\nWhat is a pure substance in everyday language? A pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\nHow are formulations made? They are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","",".\nBoiling point: The temperature at which a given liquid will boil.\nMelting point: The temperature at which a given solid will melt.\nFormulation: A mixture where components are carefully measured before being mixed to give a desired set of properties.\nPure: A substance made up of only one element and compound.","","","Activity 1)\nDesign a flow chart assigning elements/compounds/mixtures as pure or impure.\nWhy is 'pure' orange juice not pure?\nActivity 2)\nCase study: How tablets are made to ensure that the taker receives the correct dose of medication.\nActivity 3)\nStudy a range of melting points of pure and impure substances. Students draw conclusions from this.\nActivity 4)\nStudy a recipe and discuss how changing the recipe may affect the food product made. Link to formulations and why we use formulations\nActivity 6)\nSuggested practical:\nMaking mayonnaise\nActivity 7)\nAnalyse information on the melting points of pure gold against counterfeits as a method for determining purity","Activity 6)\nMaking mayonnaise\n\nPer group: \n•Small screw top bottles (100 cm3) or test tubes and bungs\n• Pipettes\n• Teaspoons (or disposable plastic spoons)\n• Cooking oil\n• Washing up liquid\n• Sugar\n• Flour\n• Mustard powder\n• Egg\n• 2 bowls (or 100 cm3 glass beakers)\n• Egg yolk separator\n•Plastic disposable gloves\n\n-----------","","0","","0000-00-00","0","","0"),
("22594","SKT","0","2018-12-12","1","0","11SKT/Sc","S2","C2.3.02","How can we use chemical tests to identify an unknown gas?","","","1) The test for carbon dioxide uses an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\n2) Students do not need to know the names of components in proprietary products.\n3) The test for hydrogen uses a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\n4) The test for chlorine uses litmus paper. When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\n5) The test for oxygen uses a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","How would you test if carbon dioxide was present In a reaction? Use an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\nHow would you test if Hydrogen was present In a reaction? Use a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\nHow would you test if chlorine was present In a reaction? When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\nHow would you test if Oxygen was present In a reaction? Use a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","","Litmus paper: paper stained with litmus which is used to indicate the acidity or alkalinity of a substance.\nQuantitative test\nQualitative test: This type of test identifies whether a substance is present, but not how much of it exists. A common example would be using a pH indicator to see if an acid is present.\nLime water: An aqueous solution of calcium hydroxide.","","","Activity 1)\nPractical: Testing for different gases\n- Hydrogen\n- Carbon dioxide\n- Oxygen\n- Chlorine\n\nStudents to plan and investigate the gas tests","Activity 1)\nPractical: Testing for different gases\nPrepared samples of:\n- Hydrogen\n- Oxygen\n- Chlorine\n\nEquipment to prepare Carbon dioxide:\n-Marble chips\n-Hydrochloric acid\n-Delivery tubes\n-Conical flasks\n\n-----------","","0","","0000-00-00","0","","0"),
("22595","SKT","0","2018-12-13","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22596","SKT","0","2018-12-14","1","0","11SKT/Sc","S2","C2.3.03","How can we use paper chromatography to identify an unknown mixture?","","Students should be able to explain how paper chromatography separates mixtures\n\n\nStudents should be able to suggest how chromatographic methods can be used for distinguishing pure substances from impure substances\n\nStudents should be able to interpret chromatograms and determine R values from\nchromatograms\n\nStudents should be able to state advantages of instrumental methods compared with the chemical tests in this specification.","1) Chromatography can be used to separate mixtures and can give information to help identify substances. \n2) Chromatography involves a stationary phase and a mobile phase.\n3) Separation depends on the distribution of substances between the phases\n4) The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent can be expressed as its R value\n5) RT = distance moved by substance / distance moved by solvent\n6) Different compounds have different R values in different solvents,\n7) Rf values can be used to help identify the compounds. \n8) The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\n12) provide answers to an appropriate number of significant figures. (MS) \n13) Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.","What can Chromatography be used to separate? Chromatography can be used to separate mixtures such as inks and can give information to help identify the substances from which it is made.\nWhat are the names of the two phases involved in chromatography? Stationary phase and mobile phase.\nWhat does seperation depend on? Separation depends on the distribution of substances between the phases.\nHow should the Rf value be expressed? The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent\nHow is the Rf value calculated? Rf = distance moved by substance / distance moved by solvent\nHow do the Rf values of compounds change in different solvents? Different compounds have different R values in different solvents.\nHow can compounds be identified? Rf values can be used to help identify the compounds.\nHow many spots are produced by a pure compound compared to a compound in a mixture? The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\nHow can paper chromatography be used to separate mixtures? A spot of each mixture is dropped onto the start line of the paper chromotography. The paper chromatogram is introduced to a solvent and left for seperation to take place.\nHow can chromatographic methods can be used for distinguishing pure substances from impure substances? The compounds in a mixture may separate into multiple spots depending on the solvent, but a pure substance will always produce a single spot in all solvents. \nHow can chromatograms be used to determine R values? The R value can be calculated and compared. RT = distance moved by substance / distance moved by solvent\nHow can elements and compounds be detected? :Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.\nWhat are the advantages of instrumental methods compared with the chemical tests? ","","Instrumental method: The use of instruments to separate, identify, and quantify matter.\nRf Value: In chromatography is the distance travelled by a given component divided by the distance travelled by the solvent front.\nStationary phase: The phase of a chromatography system on which the materials to be separated are selectively adsorbed.\nMobile phase: flows through the stationary phase and carries the components of the mixture with it.\nChromatography: A technique for the separation of a mixture by passing it in solution or suspension through a medium in which the components move at different rates.","","","Activity 3)\nWatch video of cars racing down runway (attached on ppt on shared drive). Thinking point - Why did the cars cross the line at different times?\nActivity 6)\nStudents use mock chromatograms to calculate Rf values and identify unknown substance. Spice it up as a ransom note.\nActivity 9)\nResearch where chromatography is used in forensics - Inks, colourings, dyes, drugs etc","","","0","","0000-00-00","0","","0"),
("22597","SNK","0","2018-12-11","4","0","11SNK/Sc","S3","B2.4.1","How is variation in organisms created?","","Students should be able to describe simply how the genome and its interaction with the environment influence the development of the phenotype of an organism\n\nStudents should be able to state that there is usually extensive genetic variation within a population of a species\n\nStudents should be able to describe evolution as a change in the\ninherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\n\n\nStudents should be able to explain how evolution occurs through natural selection of variants that give rise to phenotypes best suited to their environment. Use the theory of evolution by natural\nselection in an explanation.\n\n\n","2) Differences in the characteristics of individuals in a population is called variation and may be due to differences in:\n- the genes they have inherited (genetic causes)\n- the conditions in which they have developed (environmental causes)\n- a combination of genes and the environment\n4) A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n5) (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species. There are links with this content to\nSpeciation (biology only).\n7) The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed\nmore than three billion years ago.\n9) If two populations of one species become so different in phenotype\nthat they can no longer interbreed to produce fertile offspring they have formed two new species.\n","How does the genome and the environment influence the development of phenotype? An organisms genome depends on the alleles that the organism inherits. Dominant characteristics inherited from the parents will be expressed always. If no dominant alleles are present then the recessive ones will be expressed. The environment can also affect certain phenotypes through variations in climate;diet, physical accidents, culture and lifestyle.\nHow do differences in the characteristics of individuals occur? Differences in the characteristics of individuals in a population is called variation and may be due to differences in:;- the genes they have inherited (genetic causes);- the conditions in which they have developed (environmental causes);- a combination of genes and the environment\nHow much genetic variation is usually within a population? There is usually extensive genetic variation within a population of a species. \nWhen is a recessive allele expressed? A recessive allele is only expressed if two copies are present (therefore no dominant allele present).\n(Biology only) How often do mutations occur and how often do they lead to a new phenotype? What happens when a new phenotype is suited to an environmental change? (Biology only) Mutations occur continuously. Very rarely a mutation will lead to a new phenotype. If the new phenotype is suited to an environmental change it can lead to a relatively rapid change in the species.\nWhat is evolution? Evolution is a change in the;inherited characteristics of a population over time through a process of natural selection which may result in the formation of a new species.\nWhat does the theory of evolution state? The theory of evolution by natural selection states that all species of living things have evolved from simple life forms that first developed;more than three billion years ago.\nHow does evolution occur? Evolution occurs through the natural selection of variants that give rise to phenotypes best suited to their environment.\nHow is a new species formed? If two populations of one species become so different in phenotype;that they can no longer interbreed to produce fertile offspring they have formed two new species.","","Species : a group of living organisms consisting of similar individuals capable of exchanging genes or interbreeding.\nPopulation : a community of organisms among whose members interbreeding occurs.\nVariation : the differences between organisms of the same species.\nGenome : the complete set of genes or genetic material present in a cell or organism.","","","Activity 1)\nDiscuss why organisms of the same species show variation. Use the terms: genetic and environmental variation, continuous and discontinuous variation.\nActivity 2)\nList different characteristics in which there is variation. \nInclude in the table whether each characteristic is due to genetic or environmental causes, or both.","","","0","","0000-00-00","0","","0"),
("22598","SNK","0","2018-12-12","1","0","11SNK/Sc","S3","B2.4.2","What are the impacts of selective breeding?","","Students should be able to explain the impact of selective breeding of food plants and domesticated animals.\n","2) Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\n3) Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\n4) The characteristic can be chosen for usefulness or appearance:\n? Disease resistance in food crops.\n? Animals which produce more meat or milk.\n? Domestic dogs with a gentle nature.\n? Large or unusual flowers.\n\n5) Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\n6) Evidence for Darwin's theory is now available as it has been shown\nthat characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","What are the impacts of selective breeding of food plants and domesticated animals? Selective breeding will lead to narrowing of the gene pool. This means that potential future diseases could be more problematic as a larger percentage of the population would be affected. Selective breeding would also reduce variety in the future and could lead to problems relating to recessive genes. \nWhat is selective breeding and how long have humans been doing it? Selective breeding (artificial selection) is the process by which humans breed plants and animals for particular genetic characteristics. Humans have been doing this for thousands of years since they first bred food crops from wild plants and domesticated animals.\nHow do humans carry out selective breeding? Selective breeding involves choosing parents with the desired characteristic from a mixed population. They are bred together. From the offspring those with the desired characteristic are bred together. This continues over many generations until all the offspring show the desired characteristic.\nWhy are certain characteristics chosen during selective breeding? What are some examples of these in plants and animals? The characteristic can be chosen for usefulness or appearance:;? Disease resistance in food crops.;? Animals which produce more meat or milk.;? Domestic dogs with a gentle nature.;? Large or unusual flowers.;\nWhat disadvantages can selective breeding have? Selective breeding can lead to ?inbreeding? where some breeds are particularly prone to disease or inherited defects.\nWhat evidence is there to support Darwin's theory of evolution? Evidence for Darwin's theory is now available as it has been shown;that characteristics are passed on to offspring in genes. There is further evidence in the fossil record and the knowledge of how resistance to antibiotics evolves in bacteria.","","Evolution : the process by which different kinds of living organism have developed from earlier forms during the history of the earth.\nCharacteristics : a feature or quality of an organism used to identify them.\nGene pool : the stock of different genes in an interbreeding population.\nSelective breeding : breeding certain plants or animals together in order to pass on desired characteristics","","","Activity 2)\nImages of different dogs. Students ‘breed’ and name a new dog from selecting any 2 – draw a picture of their new breed.\nActivity 3)\nDraw a flow diagram to explain the steps involved in selective breeding.\nActivity 4)\nGive examples of characteristics that are selectively bred in plants and animals and say why they are there - Table?\nActivity 5)\nDiscuss the advantages and risks of selective breeding in plants and animals.\nConsider the social, economic and ethical implications of selective breeding.\nDebate: should people be allowed to breed dogs?","","","0","","0000-00-00","0","","0"),
("22599","SNK","0","2018-12-13","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22600","SNK","0","2018-12-14","1","0","11SNK/Sc","S3","B2.4.3","Is genetic engineering a good thing?","","Students should be able to describe genetic engineering as a process which involves modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic\n\nStudents should be able to explain the potential benefits and risks of genetic engineering in agriculture and in medicine and that some people have objections\n\n(HT only) Students should be able to describe the main steps in the\nprocess of genetic engineering.\n\n","2) An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n3) Bacterial cells have been genetically engineered to produce useful\nsubstances such as human insulin to treat diabetes. There are links\nwith this content to role of biotechnology. (biology only).\n\n\n\n5) In genetic engineering, genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\n6) Crops that have had their genes modified in this way are called genetically modified (GM) crops. \n7) GM crops include ones that are resistant to insect attack or to herbicides. \n8) GM crops generally show increased yields.\n9) Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\n10) Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders\n12) (HT only) In genetic engineering:\n- enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus\n- the vector is used to insert the gene into the required cells\n- genes are transferred to the cells of animals, plants or\nmicroorganisms at an early stage in their development so that they\ndevelop with desired characteristics. Interpret information about genetic engineering techniques and to make informed judgements about issues concerning cloning and genetic engineering, including OM crops.","What is genetic engineering? Genetic engineering is the process of modifying the genome of an organism by introducing a gene from another organism to give a desired characteristic.\nWhat examples are there of genetic engineering in plant crops? An example of genetic engineering is plant crops have been genetically engineered to be resistant to diseases or to produce bigger better fruits.\n(Biology only) What examples in medicine uses genetically engineered bacteria? (Biology only) Bacterial cells have been genetically engineered to produce useful;substances such as human insulin to treat diabetes.\nWhat are the potential benefits and risks of genetic engineering in agriculture and medicine? Some potential benefits of genetic engineering are improving yeild and productivity in crops for growing in harsher climates, giving rise to new potential medicines for hard to cure diseases and the potenital elimination of life threating genetic diseases. Some potential risks of genetic engineering are the introduction of resistant strains of detrimental micro-organism, lowering variation and therefore risking evolution and objections due to organisms becoming unatural and humans having too much power. \nWhat occurs within the chromosomes during genetic engineering? Genes from the chromosomes of humans and other organisms can be ?cut out? and transferred to cells of other organisms.\nWhat do we call crops that have genes from other organisms in them? Crops that have had their genes modified in this way are called genetically modified (GM) crops. \nHow does genetic modification increase the longevity of crops? GM crops include ones that are resistant to insect attack or to herbicides. \nHow does genetic modification increase the yield of a crop? GM crops generally show increased yields.\nWhat concerns are there about GM crops? Concerns about GM crops include the effect on populations of wild flowers and insects. Some people feel the effects of eating GM crops on human health have not been fully explored.\nHow is genetic modification important in medicine? Modern medical research is exploring the possibility of genetic modification to overcome some inherited disorders.\n(HT only) What are the steps involved in genetic engineering? (HT only) 1. enzymes are used to isolate the required gene; this gene is inserted into a vector, usually a bacterial plasmid or a virus;2. the vector is used to insert the gene into the required cells;3. genes are transferred to the cells of animals, plants or;microorganisms at an early stage in their development so that they;develop with desired characteristics.","","Modification : changes or adaptations made to something.\nRisks : Things that could bring about harm or damage.\nBenefits : advantages or profits made from something.\nGenetic engineering : the deliberate modification of the characteristics of an organism by manipulating its genetic material.","","","Activity 5)\nBrainstorm what the terms genetic engineering, genetic modification and gene therapy mean.\nList examples of genetic engineering.\nActivity 9)\nResearch advantages and disadvantages of GM crops. What characteristics may be modified? Produce a web page or a table of benefits versus concerns.\nActivity 12)\nUse a model to describe genetic engineering techniques.\nEW : How is human insulin is produced by bacteria and what advantages are there of using this over porcine insulin.","","","0","","0000-00-00","0","","0"),
("22601","SDN","0","2018-12-10","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22602","SDN","0","2018-12-11","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22603","DLN","0","2018-12-12","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22604","SNK","0","2018-12-12","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22605","SDN","0","2018-12-10","3","0","7A1/Sc","S1","1P.05","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","How can we cause friction? Rubbing causes friction between surfaces.\nWhat does the amount of friction depend on? The amount of friction depends on the roughness of the surfaces.\nIn what direction does friction always act in relation to motion? Friction always acts to resist motion and therefore acts in the opposite direction to the (potential) motion.","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","Activity 2)\nDifferent grit sandpaper Blu-tacked to planks.\n\nRaise one end of the plank until a 100g mass on the sandpaper starts to slide.\n\nMeasure the height of the end of the ramp (or angle) analogous to magnitude of friction.\n\nRepeat with 1kg mass to show closing force","Activity 2)\nPlanks\n5 different grits of sand paper, blu-tack\n100g masses\n1Kg masses\nMeter rules\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22606","SDN","0","2018-12-12","5","0","7A1/Sc","S1","1P.07","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("22607","SKT","0","2018-12-13","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22608","SKT","0","2018-12-11","3","0","7A1/Sc","S4","1P.06","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","In what direction does a reaction force work and what size is this force? When an object applies a force to a second object, the second object applies and force equal in size but opposite in direction back.\nWhat is a the name of the force a solid object applies back, when acted upon by another force? The force a solid object applies back, when acted upon by another force, is called the Reaction force.\nWhat is deformation? Deformation is changing the shape of an object.\nHow is the force of tension created? The force of tension is created when a solid is stretched.\nWhen will a spring stop deforming? A spring will deform (stretch or compress) until the tension balances the load placed upon it.","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","Activity 5)\nStudent use Newton Meters to weigh objects in the room\nActivity 6)\nLook at the Hamble science logo - What forces are acting on the boat?\nActivity 7)\nLook at the Hamble science logo - What forces are acting on the boat?","Activity 1)\nSprings\n100g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22609","LAN","0","2018-12-10","3","0","7A2/Sc","S7","1b.06","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22610","LAN","0","2018-12-11","3","0","7A2/Sc","S7","1b.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22611","LAN","0","2018-12-12","5","0","7A2/Sc","S7","1b.08","Halfway Review","","","1) Review of 1B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("22612","LAN","0","2018-12-13","3","0","7A2/Sc","S7","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22613","SDN","0","2018-12-13","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22614","SDN","0","2018-12-14","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22615","SFD","0","2018-12-10","3","0","7B1/Sc","S5","1b.06","Data Collection: Hand Grip Strength vs Age","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","Activity 1)\nExport DoB from SIMs and use the following formula to calculate their age in days.\n\n=DATEDIF(B2, TODAY(), "d")\n\nwhere 'B2' is their date of birth.","Activity 1)\nHand Strength Grip Meters\n\nthey need to convert their results in Kg to N by dividng by 10\n-----------","","0","","0000-00-00","0","","0"),
("22616","SFD","0","2018-12-12","5","0","7B1/Sc","S5","1b.08","Halfway Review","","","1) Review of 1B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("22617","SFD","0","2018-12-13","3","0","7B1/Sc","S5","","Landmark Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22618","LAN","0","2018-12-12","4","0","7B1/Sc","S7","1b.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22619","CLA","0","2018-12-12","4","0","7B2/Sc","S6","2P.02","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22620","SNK","0","2018-12-10","3","0","7B2/Sc","S3","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("22621","SNK","0","2018-12-12","5","0","7B2/Sc","S3","2P.03","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22622","SNK","0","2018-12-13","3","0","7B2/Sc","S3","2p.04","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("22623","SDN","0","2018-12-12","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22624","SDN","0","2018-12-10","4","0","7C1/Sc","S1","1P.05","Planning: Hooke's Law","","","1) Hooke's law enquiry - PLANNING:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension: A increase or decrease in the distance from one part of an object to another.\nProportional: The name of an relationship where one entity has a direct effect on another.\nLoad: An amount of force placed on a system.\nHooke's law: The relationship which describes how force increases with extension.","","","","","","0","","0000-00-00","0","","0"),
("22625","SDN","0","2018-12-11","3","0","7C1/Sc","S1","1P.06","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n100g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22626","SDN","0","2018-12-12","2","0","7C1/Sc","S1","1P.07","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("22627","SDN","0","2018-12-13","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22628","SDN","0","2018-12-14","5","0","7C1/Sc","S1","1P.08","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Extension\nProportional\nLoad","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("22629","SFD","0","2018-12-10","4","0","7C2/Sc","S5","1B.07","Analysis: Hand Grip Strength vs Age","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","https://www.mrcorfe.com/MemoryAnchors/ceabf01eeb373695035a62c87d91f73f.jpg","","","","","","","0","","0000-00-00","0","","0"),
("22630","SFD","0","2018-12-11","3","0","7C2/Sc","S5","1B.08","Graphs and Halfway Review","","","1) Review of 1B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1B.1","","","0","","0000-00-00","0","","0"),
("22631","SFD","0","2018-12-12","2","0","7C2/Sc","S5","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22632","SFD","0","2018-12-13","5","0","7C2/Sc","S5","","Landmark Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22633","SFD","0","2018-12-14","5","0","7C2/Sc","S5","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------","","0","","0000-00-00","0","","0"),
("22634","CLA","0","2018-12-10","3","0","7E/Sc","S6","2P.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("22635","CLA","0","2018-12-11","3","0","7E/Sc","S6","2P.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)
\nlamp
\nspeaker and sig gen
\n
\n-----------
\n
\nActivity 3)
\nTray labelled the surroundings.
\n2x 250mL beaker one labelled heat, one light.
\n1x 500mL beaker filled with colored water labelled electricity
\n
\nClear tubing to siphon from beaker to beaker.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22636","CLA","0","2018-12-12","5","0","7E/Sc","S6","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22637","CLA","0","2018-12-13","3","0","7E/Sc","S6","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("22638","DLN","0","2018-12-11","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22639","SNK","0","2018-12-13","5","0","7P/Sc","S3","2P.8","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","-----------","","0","","0000-00-00","0","","0"),
("22640","SNK","0","2018-12-14","5","0","7P/Sc","S3","2P.9","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","","","0","","0000-00-00","0","","0"),
("22641","SNK","0","2018-12-10","4","0","7P/Sc","S3","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nMini tin trays\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22642","SNK","0","2018-12-11","3","0","7P/Sc","S3","2P.6","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("22643","SNK","0","2018-12-12","2","0","7P/Sc","S3","2P.7","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("22644","SDN","0","2018-12-12","4","0","7X/Sc","S1","1P.07","Analysis: Hooke's Law","","","1) Hooke's law enquiry - ANALYSIS & EVALUATION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","","","0","","0000-00-00","0","","0"),
("22645","SDN","0","2018-12-13","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22646","PKT","0","2018-12-10","3","0","7X/Sc","S2","1P.06","Data Collection: Hooke's Law","","","1) Hooke's law enquiry - DATA COLLECTION:\n - Aim: To find out how the length of a spring is affected by load exerted on it.\n - Hypothesis: That the length of a spring is directly proportional to load.\n\nNB: Hypothesis is to be proved false as extension is proportional to load rather than length. Students learn that directly proportional is shown on a graph as linear line through origin.","","https://www.mrcorfe.com/MemoryAnchors/HookesLaw.jpg","Extension\nProportional\nLoad","","","","Activity 1)\nSprings\n100g masses\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22647","PKT","0","2018-12-12","5","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22648","SDN","0","2018-12-14","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22649","PKT","0","2018-12-10","5","0","8A1/Sc","S3","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("22650","PKT","0","2018-12-11","2","0","8A1/Sc","S3","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22651","PKT","0","2018-12-12","4","0","8A1/Sc","S3","5C.01","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n\nActivity 2)\nSheets in Drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22652","PKT","0","2018-12-13","1","0","8A1/Sc","S3","5C.02","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","Nuclear\nHeat\nRadioactive\nConvection\nRock formation\nContinent\nFossils","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22653","SKT","0","2018-12-12","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22654","SKT","0","2018-12-13","1","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22655","SKT","0","2018-12-10","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22656","SKT","0","2018-12-11","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22657","CML","0","2018-12-12","4","0","8A3/Sc","S4","","5P POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","X","","0","","0000-00-00","0","","0"),
("22658","CML","0","2018-12-13","1","0","8A3/Sc","S4","","5P recap and extend.","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","X","","0","","0000-00-00","0","","0"),
("22659","CML","0","2018-12-10","5","0","8A3/Sc","S4","5P.09","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Energy\nPower: The rate of transfer of energy. P=E/t\nPower stations: A site which produces electrical energy.\nElectrical\nResource: An energy store that can be broken up to produce power.\nElectricity: A flow of energy through charged particles.\nRenewable: Resources that are easily replenished.\nKinetic\nSolar power: A generation device which converts light to electrical energy.\nLight\nNational grid: A system of power lines which link up all around the UK.\nNuclear\nNatural Gas\nNon-Renewable: Resources which cannot be replenished.\nChemical potential\nThermal (Heat)","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------","","0","","0000-00-00","0","","0"),
("22660","CML","0","2018-12-11","2","0","8A3/Sc","S4","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Energy\nPower: The rate of energy transfer.\nElectrical\nElectricity\nGas\nTransfer\nWatts: The unit of measurement of power\nTime","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22661","CLA","0","2018-12-10","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22662","CLA","0","2018-12-14","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22663","CLA","0","2018-12-12","2","0","8B1/Sc","S6","5C.6","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","","","0","","0000-00-00","0","","0"),
("22664","CLA","0","2018-12-13","5","0","8B1/Sc","S6","5C.9","What is in the Atmosphere?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 1)\nMagnesium Dioxide (Magnesium Oxide)\n20%vol Hydrogen Peroxide\nConical flasks\nDelivery tubes\nTest tubes\nWaste bowl\nTroughs\nMagnesium ribbon\nHcl\nMarble chips\n\n-----------\n\nActivity 2)\nManganese Dioxide\nTest tube bungs\n\n-----------\n\nActivity 3)\ntest tubes \ndecomposition of hydrogen peroxide with manganese\n\n-----------\n\nActivity 4)\nmagnesium and hydrochloric acid \ntest tubes\npipette\nboiling tubes\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22665","CLA","0","2018-12-14","5","0","8B1/Sc","S6","5C.10","How is the Oxygen level maintained?","","Review of 5C.1","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)
\nJelly baby demo:
\njelly baby
\nboiling tube
\nface mask
\nsodium carbonate (?)
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22666","CLA","0","2018-12-10","4","0","8B1/Sc","S6","5C.4","What makes up the Earth?","","Draw a pie chart to display the Earth's composition data.","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","Magnesium\nSilicon\nOxygen\nIron\nComposition","","","","","","0","","0000-00-00","0","","0"),
("22667","CLA","0","2018-12-11","5","0","8B1/Sc","S6","5C.5","Skill Focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","1) A: ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","","","Sample size\nControl variable\nConcentration\nCarbonate","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22668","DLN","0","2018-12-10","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22669","DLN","0","2018-12-12","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22670","SDN","0","2018-12-11","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22671","CML","0","2018-12-10","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22672","CML","0","2018-12-12","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22673","CML","0","2018-12-13","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22674","CML","0","2018-12-14","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22675","SFD","0","2018-12-10","5","0","8E/Sc","S5","5C.3","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","Atmosphere\nCrust\nMantle\nCore","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nscalpel \nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22676","SFD","0","2018-12-12","4","0","8E/Sc","S5","5C.5","Skill Focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","1) A: ENQUIRY: Planning\n\n- Aim: To find the best location for a new copper mine.\n\nSET C 2014: Carbonates ISA\n5 Samples of copper ore (copper carbonate and sand) from different locations.\n\nTesting samples to determine the highest concentration of copper ore.\n\nISA method: Time how long it takes to stop fizzing.\n\nAlternative method: How high the fizz rises.\n\n\nFocus:\nControlling control variables - measuring reactants.\nEvaluation: How representative is a small sample from a potential mining area.","","","Sample size\nControl variable\nConcentration\nCarbonate","","","","","","0","","0000-00-00","0","","0"),
("22677","CLA","0","2018-12-11","2","0","8E/Sc","S6","5C.4","What makes up the Earth?","","Draw a pie chart to display the Earth's composition data.","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","Magnesium\nSilicon\nOxygen\nIron\nComposition","","","","","","0","","0000-00-00","0","","0"),
("22678","CLA","0","2018-12-13","1","0","8E/Sc","S6","5C.6","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","Activity 1)\nSET C 2014: \n5 Samples of copper ore (copper carbonate and sand) from different locations.\n1m HCL\ntest tubes\nspatulas\nstop clocks\n\n-----------","","0","","0000-00-00","0","","0"),
("22679","PKT","0","2018-12-10","4","0","8S/Sc","S2","5B.09","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("22680","PKT","0","2018-12-11","5","0","8S/Sc","S2","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("22681","PKT","0","2018-12-12","2","0","8S/Sc","S2","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22682","PKT","0","2018-12-13","5","0","8S/Sc","S2","5C.01","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n\nActivity 2)\nSheets in Drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22683","PKT","0","2018-12-14","5","0","8S/Sc","S2","5C.02","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","Nuclear\nHeat\nRadioactive\nConvection\nRock formation\nContinent\nFossils","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22684","SNK","0","2018-12-10","2","0","9A1/Sc","S3","P1.2.05","Required - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps or desk lamps?\nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------","","0","","0000-00-00","0","","0"),
("22685","SNK","0","2018-12-13","2","0","9A1/Sc","S3","B1.3.2","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22686","SNK","0","2018-12-14","3","0","9A1/Sc","S3","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("22687","CLA","0","2018-12-10","2","0","9A2/Sc","S6","P1.2.03","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22688","CLA","0","2018-12-13","2","0","9A2/Sc","S6","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22689","CLA","0","2018-12-14","3","0","9A2/Sc","S6","P1.2.05","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps or desk lamps?\nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22690","SKT","0","2018-12-10","2","0","9A3/Sc","S2","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22691","SKT","0","2018-12-13","2","0","9A3/Sc","S2","P1.2.05","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps or desk lamps?\nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22692","SKT","0","2018-12-14","3","0","9A3/Sc","S2","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22693","PKT","0","2018-12-14","3","0","9A4/Sc","S1","P1.2.7","","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The diode has a very high resistance in the reverse direction.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Activity 1)\nnone\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22694","PKT","0","2018-12-10","2","0","9A4/Sc","S1","P1.2.5","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps or desk lamps?\nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------","","0","","0000-00-00","0","","0"),
("22695","PKT","0","2018-12-13","2","0","9A4/Sc","S1","P1.2.6","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22696","CLA","0","2018-12-11","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22697","LAN","0","2018-12-10","1","0","9B1/Sc","S7","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22698","LAN","0","2018-12-10","2","0","9B1/Sc","S7","B1.2.08","How does active transport work?","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("22699","LAN","0","2018-12-13","2","0","9B1/Sc","S7","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22700","LAN","0","2018-12-14","4","0","9B1/Sc","S7","B1.2.10","COVER","","","1) Assessment","","","","","","","","","0","","0000-00-00","0","","0"),
("22701","SFD","0","2018-12-13","2","0","9B2/Sc","S5","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","","","0","","0000-00-00","0","","0"),
("22702","SFD","0","2018-12-14","4","0","9B2/Sc","S5","P1.2.07","Required practical data collection - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The diode has a very high resistance in the reverse direction.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Nothing is coming up here - will discuss - Component RP please","","0","","0000-00-00","0","","0"),
("22703","SFD","0","2018-12-10","1","0","9B2/Sc","S5","P1.2.04","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","Activity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22704","SFD","0","2018-12-10","2","0","9B2/Sc","S5","P1.2.05","Required practical exam questions - Resistors","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","","","0","","0000-00-00","0","","0"),
("22705","CML","0","2018-12-10","1","0","9B3/Sc","S4","B1.2.09","Required Practical - Osmosis","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22706","CML","0","2018-12-10","2","0","9B3/Sc","S4","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("22707","CML","0","2018-12-13","2","0","9B3/Sc","S4","","B1.2 recap and extend.","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to deduce an order of reactivity of metals based on experimental\nresults.\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to draw simple reaction profiles (energy level diagrams) for exothermic and endothermic reactions showing the relative energies of reactants and products, the activation energy and the overall energy change, with a curved line to show the energy as the reaction proceeds\n\nStudents should be able to use reaction profiles to identify reactions as exothermic or endothermic \n\nStudents should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n\nStudents should be able to recall and describe the reactions, if any, of potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper with water or\ndilute acids and where appropriate, to place these metals in order\nof reactivity\n\nStudents should be able to explain that the activation energy is the energy needed for a reaction to occur.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n\nStudents should be able to describe these steps in the development of the periodic table.\n\nStudents should be able to calculate the energy transferred in chemical reactions using bond energies supplied.\n","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n3) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n4) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n5) Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n6) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n7) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n9) Metal atoms lose electrons to become positively charged ions.\n10) These substances have only weak forces between the molecules (intermolecular forces).\n11) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.\n12) A more reactive metal can displace a less reactive metal from a compound.\n14) The minimum amount of energy that particles must have to react is called the activation energy.\n15) There are about 100 different elements. Elements are shown in the periodic table.\n16) Non-metal atoms gain electrons to become negatively charged ions.\n17) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n18) Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\n19) Compounds are formed from elements by chemical reactions.\n20) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n22) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n23) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n24) The non-metals hydrogen and carbon are often included in the reactivity series.\n25) The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\n27) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n28) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n29) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n30) These substances do not conduct electricity because the molecules do not have an overall electric charge.\n31) Metals can be arranged in order of their reactivity in a reactivity series. \n33) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n38) Compounds can only be separated into elements by chemical reactions.\n39) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n40) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n41) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.\n42) Student should be able to write ionic equations for displacement reactions\n43) During a chemical reaction energy must be supplied to break bonds in the reactants\n and energy is released when bonds in the products are formed.\n44) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.\n46) The energy needed to break bonds and the energy released when bonds are formed can be calculated from bond energies.\n48) The difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\n49) In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\n50) In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nDescribe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nSubstances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nHow do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy do some collisions between reactant particles not result in a product forming? Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy. This doesn't always happen.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.\nWhat happens during a displacement reaction? In a displacement reaction a more reactive metal can displace a less reactive metal from a compound.\nWhat would the independent, dependent and control variables be for a quantitative investigation into the reactivity of metals? To investigate the reactivity of metals quantitatively the independent variable would be the type of metal. The dependent variable would be the temperature increase. The control variables would be the surface area of the metal, the volume and concentration of the water/acid, the temperature of the reactants and the mass of the metal. \nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow many different elements are there? There are over 100 different elements.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nWhat information can be shown in a reaction profile? Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhere in the reactivity series does carbon appear and which elements can be displaced by carbon? The order of reactivity including non metals is: Pottassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. Only elements below carbon in the reactivity series can be displaced by carbon.\nWhat conditions are standard when investigating the reactivity of metals with water and acids? The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\nWhat would the simple reaction profile for an exothermic reaction look like? For an exothermic reaction the reaction profile would show the energy level for the reactants to be lower than the energy level for the products. A curved line is used to show the activation energy required for the reaction (this is higher than the products energy level)\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhat is the list of metals (and non-metals) in the reactivity series, from most reactive to least reactive? Potassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. \nWhat would the simple reaction profile for an endothermic reaction look like? For an endothermic reaction the reaction profile would show the energy level for the reactants to be higher than the energy level for the products. A curved line is used to show the activation energy required for the reaction (this is higher than the reactants energy level)\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.\nHow do each of the following metals react with each of water and dilute acids: potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper? Lithium, sodium and potassium have vigorous reactions with cold water and explosive reactions with dilute acids. ;Calcium, magnesium have less vigorous reactions with water and dilute acids but it is possible to see gas being produced. Zinc, iron and copper have far less vigorous reactions, decreasing in reactivity.\nWhat information does the activation energy provide? The activation energy is the energy needed for a reaction to occur.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nWrite the ionic equation for the displacement reaction between copper ions and magnesium:The equation for the displacement reaction between copper ions and magnesium is: ;Cu2 Mg --> Mg2 Cu\nWhat energy transfers occur during breaking bonds of reactants and forming new bonds of products? During a chemical reaction energy must be supplied to break bonds in the reactants; and energy is released when bonds in the products are formed.\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.\nWhat information can bond energies provide? Bond energies tell us the energy needed to break bonds and the energy released when bonds are formed.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties\nHow is the overall energy change of a reaction calculated? The overall energy change is calculated by working out the difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\nWhat happens in an exothermic reaction in terms of energy, bond making and bond breaking? In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\nWhat happens in an endothermic reaction in terms of energy, bond making and bond breaking? In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.\nWhat is the energy transferred in the following chemical reaction: hydrogen bromide decomposing to form hydrogen and bromine?\n2 ? (H?Br) ? H?H Br?Br\nThe bond energies relevant to this reaction are shown below:\nH?Br 366 kJ/mol\nH?H 436 kJ/mol\nBr?Br 193kJ/mol:1.Energy in = 2 ? 366 = 732 kJ/mole;2.Energy out = 436 + 193 = 629 kJ/mole;3.Energy change = in ? out = 732 ? 629 = +103 kJ/mole;The energy change is positive, showing that energy is taken in from the surroundings in an endothermic reaction.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Compound: made up from two or more different types of atom chemically combined.\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\npattern: similar properties or characteristics\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nElement: made up from only one type of atom.\nmetal: proton donor during ionic bonding\nnon metal: proton acceptor during ionic bonding\nmetals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\nChemical reaction: a reaction in which the atoms are rearranged.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nRatio: A ratio is a way to compare amounts of something\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.\nIonic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMass number: Total number of protons and neutrons in an element.\natomic number: The total number of protons in an element.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nActivation Energy: Amount of energy required for a reaction to occur\nEnergy \nReaction Profile\nphysical properties: physical characteristics of elements","","","Activity 2)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 4)\nReview the definition of relative atomic mass.
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\nRecall how to find the relative atomic mass from the Periodic Table.
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\nDefine the relative molecular mass.
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\nExtended writing: write instructions to another student how to calculate the relative formula mass.
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\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.\nActivity 5)\nPlan Required Practical for Energy Changes\nActivity 7)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 8)\nInvestigate the physical properties of transition metals\nActivity 9)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 10)\nDissolve polystyrene chunks into acetone\nActivity 12)\ninvestigate the displacement reactions of metals and metal ion solutions to determine the reactivity series of metals\nActivity 13)\nStudents deduce\nActivity 16)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 22)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 24)\nShow the reactivity series and ask students to compare their results against the known series. Students to suggest why they might have different results. Discuss if their experiments are reproducible.\nActivity 25)\nTeacher to question students about CVs during the demo to lead to these points\nActivity 27)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 28)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 29)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 31)\nShow this mnemonic and then ask students if they can improve it to make it more memorable for them: https://www.youtube.com/watch?v=XWjQUgq2u9E\nActivity 33)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?\nActivity 36)\nWrite a conclusion for their experiment that includes references to observations made for each metal with acid and acids.\n\nGF: Discuss why sacrificial metals are used in the production of boats and bridges\nActivity 39)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 40)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 42)\nWrite ionic equations for each result from their experiment\nActivity 44)\nGF: Why are isotopes chemically similar but physically different?\nActivity 45)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 47)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","X","","0","","0000-00-00","0","","0"),
("22708","CML","0","2018-12-14","4","0","9B3/Sc","S4","C1.2","What is the difference between atoms, elements and compounds?","","Students should be able to explain the differences between metals and non-metals on the basis of their characteristic physical and chemical properties. This links to Group 0, Group 1, Group 7 and Bonding, structure and the properties of matter\n\nStudents should be able to deduce an order of reactivity of metals based on experimental\nresults.\n\nStudents should be able to explain how the atomic structure of metals and non-metals relates to their position in the periodic table\n\nStudents should be able to draw simple reaction profiles (energy level diagrams) for exothermic and endothermic reactions showing the relative energies of reactants and products, the activation energy and the overall energy change, with a curved line to show the energy as the reaction proceeds\n\nStudents should be able to use reaction profiles to identify reactions as exothermic or endothermic \n\nStudents should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n\nStudents should be able to recall and describe the reactions, if any, of potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper with water or\ndilute acids and where appropriate, to place these metals in order\nof reactivity\n\nStudents should be able to explain that the activation energy is the energy needed for a reaction to occur.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n\nStudents should be able to describe these steps in the development of the periodic table.\n\nStudents should be able to calculate the energy transferred in chemical reactions using bond energies supplied.\n","1) All substances are made of atoms. An atom is the smallest part of an element that can exist.\n2) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n3) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n4) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n5) Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n6) Atoms of each element are represented by a chemical symbol, eg O represents an atom of oxygen, Na represents an atom of sodium.\n7) Before the discovery of protons, neutrons and electrons, scientists attempted to classify the elements by arranging them in order of their atomic weights.\n9) Metal atoms lose electrons to become positively charged ions.\n10) These substances have only weak forces between the molecules (intermolecular forces).\n11) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.\n12) A more reactive metal can displace a less reactive metal from a compound.\n14) The minimum amount of energy that particles must have to react is called the activation energy.\n15) There are about 100 different elements. Elements are shown in the periodic table.\n16) Non-metal atoms gain electrons to become negatively charged ions.\n17) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n18) Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\n19) Compounds are formed from elements by chemical reactions.\n20) The early periodic tables were incomplete and some elements were placed in inappropriate groups if the strict order of atomic weights was followed.\n22) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n23) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n24) The non-metals hydrogen and carbon are often included in the reactivity series.\n25) The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\n27) Chemical reactions always involve the formation of one or more new substances, and often involve a detectable energy change. \n28) Mendeleev overcame some of the problems by leaving gaps for elements that he thought had not been discovered and in some places changed the order based on atomic weights.\n29) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n30) These substances do not conduct electricity because the molecules do not have an overall electric charge.\n31) Metals can be arranged in order of their reactivity in a reactivity series. \n33) Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed. \n38) Compounds can only be separated into elements by chemical reactions.\n39) Elements with properties predicted by Mendeleev were discovered and filled the gaps.\n40) Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\n41) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.\n42) Student should be able to write ionic equations for displacement reactions\n43) During a chemical reaction energy must be supplied to break bonds in the reactants\n and energy is released when bonds in the products are formed.\n44) Knowledge of isotopes made it possible to explain why the order based on atomic weights was not always correct.\n46) The energy needed to break bonds and the energy released when bonds are formed can be calculated from bond energies.\n48) The difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\n49) In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\n50) In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.","What is the smallest part of an element that can exist? An atom is the smallest part of an element that can exist.\nDescribe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nSubstances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nHow do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy do some collisions between reactant particles not result in a product forming? Chemical reactions can occur only when reacting particles collide with each other and with sufficient energy. This doesn't always happen.\nHow are atoms of elements represented on the periodic table? Atoms of each element are represented by a chemical symbol.\nHow were elements in early periodic tables ordered? By atomic mass\nGive 4 common properties of transition metal elements.:Heat conductor, Electrical conductor, Lustrous (shiny), Dense, High melting and boiling point, High tensile strength, Strong, Hard\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.\nWhat happens during a displacement reaction? In a displacement reaction a more reactive metal can displace a less reactive metal from a compound.\nWhat would the independent, dependent and control variables be for a quantitative investigation into the reactivity of metals? To investigate the reactivity of metals quantitatively the independent variable would be the type of metal. The dependent variable would be the temperature increase. The control variables would be the surface area of the metal, the volume and concentration of the water/acid, the temperature of the reactants and the mass of the metal. \nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow many different elements are there? There are over 100 different elements.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nWhat information can be shown in a reaction profile? Reaction profiles can be used to show the relative energies of reactants and products, the activation energy and the overall energy change of a reaction.\nHow are compounds formed? Compounds are formed from elements by chemical reactions.\nWhy were early attempts at ordering the periodic table by atomic mass unsuccessful? As this caused certain elements to be incorrectly placed in groups with elements with very different properties.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhere in the reactivity series does carbon appear and which elements can be displaced by carbon? The order of reactivity including non metals is: Pottassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. Only elements below carbon in the reactivity series can be displaced by carbon.\nWhat conditions are standard when investigating the reactivity of metals with water and acids? The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\nWhat would the simple reaction profile for an exothermic reaction look like? For an exothermic reaction the reaction profile would show the energy level for the reactants to be lower than the energy level for the products. A curved line is used to show the activation energy required for the reaction (this is higher than the products energy level)\nHow can chemical reactions be detected other than through the observation of new substances forming? Chemical reactions can be measured by a detectable energy change.\nHow did Mendeleev predict the existence of several undiscovered elements when designing his periodic table? He identified where there was no existing element that fit the pattern of his periodic table, so left gaps in for them.\nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhat is the list of metals (and non-metals) in the reactivity series, from most reactive to least reactive? Potassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. \nWhat would the simple reaction profile for an endothermic reaction look like? For an endothermic reaction the reaction profile would show the energy level for the reactants to be higher than the energy level for the products. A curved line is used to show the activation energy required for the reaction (this is higher than the reactants energy level)\nWhat is a compound and how is it respresented? Compounds contain two or more elements chemically combined in fixed proportions and can be represented by formulae using the symbols of the atoms from which they were formed.\nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.\nHow do each of the following metals react with each of water and dilute acids: potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper? Lithium, sodium and potassium have vigorous reactions with cold water and explosive reactions with dilute acids. ;Calcium, magnesium have less vigorous reactions with water and dilute acids but it is possible to see gas being produced. Zinc, iron and copper have far less vigorous reactions, decreasing in reactivity.\nWhat information does the activation energy provide? The activation energy is the energy needed for a reaction to occur.\nWhat type of reaction is needed to separate a compound into elements? Compounds can only be separated into elements by chemical reactions.\nHow are metals and non-metal elements arranged on the periodic table:Metals are found to the left and towards the bottom of the periodic table. Non-metals are found towards the right and top of the periodic table.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nWrite the ionic equation for the displacement reaction between copper ions and magnesium:The equation for the displacement reaction between copper ions and magnesium is: ;Cu2 Mg --> Mg2 Cu\nWhat energy transfers occur during breaking bonds of reactants and forming new bonds of products? During a chemical reaction energy must be supplied to break bonds in the reactants; and energy is released when bonds in the products are formed.\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.\nWhat information can bond energies provide? Bond energies tell us the energy needed to break bonds and the energy released when bonds are formed.\nWhat steps were involved in the development of the periodic table? 1. Groups of three elements with similar properties called triads. ;2. More accurate atomic weights;3. Newlands table in atomic weight (law of octaves) ;4. Mendeleev who left gaps putting them in groups with similar properties\nHow is the overall energy change of a reaction calculated? The overall energy change is calculated by working out the difference between the sum of the energy needed to break bonds in the reactants and the sum of the energy released when bonds in the products are formed is the overall energy change of the reaction.\nWhat happens in an exothermic reaction in terms of energy, bond making and bond breaking? In an exothermic reaction, the energy released from forming new bonds is greater than the energy needed to break existing bonds.\nWhat happens in an endothermic reaction in terms of energy, bond making and bond breaking? In an endothermic reaction, the energy needed to break existing bonds is greater than the energy released from forming new bonds.\nWhat is the energy transferred in the following chemical reaction: hydrogen bromide decomposing to form hydrogen and bromine?\n2 ? (H?Br) ? H?H Br?Br\nThe bond energies relevant to this reaction are shown below:\nH?Br 366 kJ/mol\nH?H 436 kJ/mol\nBr?Br 193kJ/mol:1.Energy in = 2 ? 366 = 732 kJ/mole;2.Energy out = 436 + 193 = 629 kJ/mole;3.Energy change = in ? out = 732 ? 629 = +103 kJ/mole;The energy change is positive, showing that energy is taken in from the surroundings in an endothermic reaction.","https://www.mrcorfe.com/MemoryAnchors/457a83a1658eab082db54ab0b63aacfd.jpg","Compound: made up from two or more different types of atom chemically combined.\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\npattern: similar properties or characteristics\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nElement: made up from only one type of atom.\nmetal: proton donor during ionic bonding\nnon metal: proton acceptor during ionic bonding\nmetals: donates electrons to form compounds\nnon-metal: accept electrons to form compounds\nChemical reaction: a reaction in which the atoms are rearranged.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nRatio: A ratio is a way to compare amounts of something\nChemical symbol: a symbol used to represent each element in the periodic table that is recognised across the world.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.\nIonic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMass number: Total number of protons and neutrons in an element.\natomic number: The total number of protons in an element.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nActivation Energy: Amount of energy required for a reaction to occur\nEnergy \nReaction Profile\nphysical properties: physical characteristics of elements","","","Activity 2)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 4)\nReview the definition of relative atomic mass.
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\nRecall how to find the relative atomic mass from the Periodic Table.
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\nDefine the relative molecular mass.
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\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.\nActivity 5)\nPlan Required Practical for Energy Changes\nActivity 7)\nperiodic table battle ships: \nStretch: using symbols and names\nChallenge: using group numbers and period numbers \nSuper challenge: using proton and mass numbers\nActivity 8)\nInvestigate the physical properties of transition metals\nActivity 9)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 10)\nDissolve polystyrene chunks into acetone\nActivity 12)\ninvestigate the displacement reactions of metals and metal ion solutions to determine the reactivity series of metals\nActivity 13)\nStudents deduce\nActivity 16)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 22)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 24)\nShow the reactivity series and ask students to compare their results against the known series. Students to suggest why they might have different results. Discuss if their experiments are reproducible.\nActivity 25)\nTeacher to question students about CVs during the demo to lead to these points\nActivity 27)\nDEMO: Exothermic and endothermic reactions (http://www.rsc.org/learn-chemistry/resource/res00000406/exothermic-or-endothermic?cmpid=CMP00005103)\nActivity 28)\nShow students previous versions of periodic table and ask to identify the major differences\nActivity 29)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 31)\nShow this mnemonic and then ask students if they can improve it to make it more memorable for them: https://www.youtube.com/watch?v=XWjQUgq2u9E\nActivity 33)\nUse molymods to model the reaction of H2 with O2 to produce H2O. How do students resolve the spare oxygen molecule?\nActivity 36)\nWrite a conclusion for their experiment that includes references to observations made for each metal with acid and acids.\n\nGF: Discuss why sacrificial metals are used in the production of boats and bridges\nActivity 39)\nAsk students to apply knowledge from lesson 1 electronic configuration why Mendeleev might have left gaps\nActivity 40)\nquiz testing knowledge and use of the periodic table to identify if elements are metals or non-metals and if they are proton donors or accepters.\nActivity 42)\nWrite ionic equations for each result from their experiment\nActivity 44)\nGF: Why are isotopes chemically similar but physically different?\nActivity 45)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 47)\nDrama piece to remember the names of different scientists involved in the development of the periodic table and the steps involved at each stage in contributing towards the periodic table.\n(https://www.youtube.com/watch?v=pt55ttIaPX0)","Activity 4)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.
\nAccurate balance\n\n-----------\n\nActivity 5)\nPractical planning sheets \nTemperature changes required practical\n\n-----------\n\nActivity 7)\nA5 laminated periodic tables.\nIn tray in prep room labelled periodic table top trumps (2 per student needed)\nlump or Plasticine or wooden block to hold up\nwhiteboard pens (in rooms)\n\n-----------\n\nActivity 8)\nsamples of transition metals\nhammer with heat proof mat\nnail to scratch \nmagnets\n\n-----------\n\nActivity 10)\nlarge glass bowl filled with acetone. several polystyrene cups. glass stirring rod.\n\n-----------\n\nActivity 12)\nreactivity mats
\nsmall metal samples/granules
\nspatulas
\nwaste bowls
\nmetal solutions\n\n-----------\n\nActivity 27)\nDEMO:\n2 x polystyrene cups and lids\n2 x thermometers\n2 x 10cm3 measuring cylinders\n2 x Spatulas\nMagnesium ribbon\n1M hydrochloric acid\nSodium hydrogencarbonate solution\nCitric acid\n\n-----------\n\nActivity 33)\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("22797","SFD","0","2018-12-17","3","0","10ASK/Sc","S5","","Required Practical - pH and Enzyme Action planning","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22798","SFD","0","2018-12-18","4","0","10ASK/Sc","S5","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("22799","SFD","0","2018-12-18","5","0","10ASK/Sc","S5","","","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","","","","0","","0000-00-00","0","","0"),
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("23067","CLA","0","2018-12-18","5","0","10TE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22801","SFD","0","2018-12-21","5","0","10ASK/Sc","S5","","NO LESSON","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","","","0","","0000-00-00","0","","0"),
("22802","SKT","0","2018-12-17","3","0","10BSK/Sc","S2","C1.4.01","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nPower packs\nAmmeters\nLeads\nCarbon electrodes\nPlain water\nCopper chloride\nSalt water\nSugar water\nCrocodile clips\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22803","SKT","0","2018-12-17","4","0","10BSK/Sc","S2","C1.4.02","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","","","","0","","0000-00-00","0","","0"),
("22804","SKT","0","2018-12-18","4","0","10BSK/Sc","S2","C1.4.03","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22805","SKT","0","2018-12-18","5","0","10BSK/Sc","S2","C1.4.04","What are condensation polymers?","","Students should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n","1) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n2) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n4) Condensation polymerisation involves monomers with two functional groups.","(Chem only) What occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\n(Chem only) How many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n(Chem only) What are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\n(Chem only) When does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.","","Monomer: The smallest unit of a polymer.\nPolymers: Produced when monomers react.\nCondensation reaction: Losing water during a reaction.","","","Activity 1)\nMolymods creating an example of condensation polymer.","","","0","","0000-00-00","0","","0"),
("22806","SKT","0","2018-12-19","1","0","10BSK/Sc","S2","C1.4.05","How are DNA and polymers linked?","","Students should be able to name the types of monomers from which these naturally occurring polymers are made. (HT only)\n","1) Amino acids have two different functional groups in a molecule. Amino acids react by condensation polymerisation to produce polypeptides. (HT only)\n2) For example: glycine is H NCH COOH and polymerises to produce the polypeptide (-HNCH2COO-) and n H2O.\n (HT only)\n3) Different amino acids can be combined in the same chain to produce proteins. (HT only)\n4) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses. (HT only)\n5) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix. (HT only)\n6) Other naturally occurring polymers important for life include proteins, starch and cellulose. (HT only)","(Chem only) What type of polymerisation reaction occurs when amino acids react to form polypeptides? (Include a reason why):(HT only) Amino acids react by condensation polymerisation to produce polypeptides, this is because amino acids have two different functional groups in one molecule.\n(Chem only) What would the equation looks like for the polymerisation of glycine? (HT only) n NCH COOH --> [-HNCH2COO-]n H2O.\n(Chem only) How are proteins an example of a condensation polymer? (HT only) Proteins are an example of a condensation polymer because Different amino acids (with two functional groups) can be combined in the same chain to produce proteins.\n(Chem only) What is DNA and what is its function? (HT only) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses.\n(Chem only) Why is the structure of DNA described as a polymer? (HT only) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix.\n(Chem only) What are the other naturally occuring polymers that are important for life processes? (HT only) Other naturally occurring polymers important for life include proteins, starch and cellulose.\n(Chem only) What are the monomers that form the following naturally occuring polymers? \n1. proteins\n2. starch\n3. cellulose:(HT only) The monomers that form the naturally occuring polymers are: ;1. proteins = amino acids ;2. starch = glucose;3. cellulose = glucose","","amine group: NH2\nDNA: Deoxyribonucleic acid.\npeptide bond: A bond created between two amino acids.\npolypeptides: A polymer made of amino acids.","","","Activity 1)\nMolymods
\nto create examples of polypeptides","","","0","","0000-00-00","0","","0"),
("22807","SKT","0","2018-12-21","4","0","10BSK/Sc","S2","","END OF TERM!!!","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22808","LAN","0","2018-12-21","5","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22809","LAN","0","2018-12-17","3","0","10CLA/Sc","S7","","revision","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22810","LAN","0","2018-12-18","4","0","10CLA/Sc","S7","C1.4.2","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","","","0","","0000-00-00","0","","0"),
("22811","LAN","0","2018-12-18","5","0","10CLA/Sc","S7","","LA 2","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","","","0","","0000-00-00","0","","0"),
("22812","LAN","0","2018-12-19","1","0","10CLA/Sc","S7","C1.4.3","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------","","0","","0000-00-00","0","","0"),
("22813","DLN","0","2018-12-19","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22814","PKT","0","2018-12-17","3","0","10JCE/Sc","S1","C1.4.6","What are fullerenes?","","Students should be able to recognise giant covalent structures from diagrams showing their bonding and structure.\n","1) Substances that consist of giant covalent structures are solids with very high melting points.\n2) In diamond, each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\n3) All of the atoms in these structures are linked to other atoms by strong covalent bonds.\n4) Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\n6) The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","Diamond, graphite and fullerenes are all examples of what type of structure? Diamond, graphite and fullerenes are all examples of giant covalent structures\nHow many bonds can an individual atom of carbon form?\n\nHow many bonds does each carbon form in an atom of a) Diamond\nb) Graphite:A single carbon atom can form a maximum of four possible bonds.;;a) In diamond each carbon atom is covalently bonded to 4 other carbon atoms.;;b) In graphite each carbon atom is covalently bonded to 3 other carbon atoms.\nMolecules of diamond, graphite and fullerenes are all held together by what type of bonds? Covalent bonds\nWhich giant covalent structures are made only from carbon? Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\nWhat was the first fullerene to be discovered and what is its shape? The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","","Extended writing: explain why covalent substances do not conduct electricity.\n
\nGF: Explain why pure water does not conduct electricity but tap water does conduct electricity.\nCovalent: Bonding between two non metals.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond. Graphite contains layers of carbon atoms. The layers slide over each other easily because there are only weak forces between them, making graphite slippery.\nFullerenes: The fullerenes are a large class of allotropes of carbon and are made of balls, 'cages' or tubes of carbon atoms. Buckminster fullerene is one type of fullerene.\nDiamond: Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms.","","","Activity 1)\nJigsaw research the four different types of covalent structure.
\nCompare ready made 3D examples of giant covalent structures.
\nEW: Why is a split ring commutator made out of Graphite.
\nGF: Why would Fullerenes be used in drug delivery rather than graphite?","","","0","","0000-00-00","0","","0"),
("22815","PKT","0","2018-12-17","4","0","10JCE/Sc","S1","c1.4.7","Why are giant covalent structures useful?","","Students should be able to explain the properties of diamond in terms of its structure and bonding.\n\nStudents should be able to explain the properties of graphite in terms of its structure and bonding.\n\nStudents should know that graphite is similar to metals in that it has delocalised electrons.\n\nStudents should be able to explain the properties of graphene in terms of its structure and bonding.\n\nStudents should be able to recognise graphene and fullerenes from diagrams and descriptions of their bonding and structure\n\nStudents should be able to give examples of the uses of fullerenes, including carbon nanotubes.\n","2) Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\n3) In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\n4) In graphite, one electron from each carbon atom is delocalised.\n5) These bonds must be overcome to melt or boil these substances.\n8) Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\n9) Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\n12) Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.","Why is diamond so hard, in terms of its structure and bonding? each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\nWhy do metals tend to have high melting and boiling points? Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\nHow many bonds does each carbon atom form in graphite and how does this impact it\'s structure? In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\nWhat happens to the spare electron that remains unused in a covalent bond in graphite? It becomes delocalised (shared between atoms)\nWhy do giant covalent structures have very high melting and boiling points? Their covalent bonds must be overcome in order for them to melt or boil, meaning large amounts of energy are required..\nWhy is graphite soft and slippery? Because individual layer of graphite are only held together by weak intermolecular forces, allowing them to easily slide away from each other.\nHow is graphite similar to metals? Graphite is similar to metals in that is has delocalised electrons.\nWhat makes graphene useful in electronics and composites? Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\nWhat are the properties of carbon nanotubes and what do their properties make them useful for? Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\nWhat are the properties of graphene in terms of its structure and bonding? - One atom thick, so is 2D in structure.;- Strong, as each layer of graphene is held together by strong covalent bonds.;- Able to conduct electricity and heat, due to each carbon giving up a delocalised electron.\nWhat are fullerenes and what is their structure? Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.\nName three uses of fullerenes? Fullerenes can be used as carbon nanotubes to reinforce graphite in tennis rackets, semiconductors in electrical circuits, and as nanotubes as a container from transporting a drug in the body.","","Delocalised: Electrons are free to move.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nMetallic bonding is the strong attraction between closely packed positive metal ions and a 'sea' of delocalised electrons.
\n This is why metals have high melting points and boiling points.
\nMetallic bonding: The particles in a metal are held together by metallic bonds.","","","Activity 2)\nCreate models of metallic structures.
\nUse copper wire and silver nitrate solution to grow silver crystals.
\nPractical: Metals and insulators electrical conduction.
\nVideo clips:
\nBBC Bitesize The atomic structure of metals
\n
\nYouTube: What are metallic bonds?","Activity 2)\nExamples of metals and insulators.
\nElectricity trolley
\nleads with crocodille clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22816","PKT","0","2018-12-18","4","0","10JCE/Sc","S1","","Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22817","PKT","0","2018-12-18","5","0","10JCE/Sc","S1","","Assessment","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22818","PKT","0","2018-12-19","1","0","10JCE/Sc","S1","C1.4.8","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.\n","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.
\nTemperature sensitive smart alloys practical
\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.
\nExtended writing: describe melting points and boiling points of metallic substances.
\n
\nExtended writing: explain why the melting point and boiling point of metallic substances are high.
\n
\nExtended writing: describe the structure of metal alloys.
\nResearch some uses of metallic substances.
\n
\nExtension: make links between the uses of metal substances, their properties and structure.
\n
\nResearch some uses of metal alloys.
\n
\nExtension: make links between the uses of metal alloys, their properties and structure.
\n
\nBBC Bitesize The properties and uses of metals
\n
\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.
\n
\nTemp sensitive alloys.
\nKettle
\nIce\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22819","PKT","0","2018-12-21","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22820","CML","0","2018-12-17","3","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22821","CML","0","2018-12-18","4","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22822","CML","0","2018-12-18","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22823","CML","0","2018-12-19","1","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22824","CML","0","2018-12-21","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22825","SNK","0","2018-12-21","4","0","10SNK/Sc","S3","","","","","","","","","","","","X All students in tutor","","0","","0000-00-00","0","","0"),
("22826","SNK","0","2018-12-17","3","0","10SNK/Sc","S3","","","","","","","","","","","","Ionic bonding recap","","0","","0000-00-00","0","","0"),
("22827","SNK","0","2018-12-17","4","0","10SNK/Sc","S3","","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nPower packs\nAmmeters\nLeads\nCarbon electrodes\nSodium Chloride\nMicroscopes\nSpatulas\nDamp splints\nCrucibles\n\n-----------","","0","","0000-00-00","0","","0"),
("22828","SNK","0","2018-12-18","4","0","10SNK/Sc","S3","","","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","X 12 x F exam","","0","","0000-00-00","0","","0"),
("22829","SNK","0","2018-12-18","5","0","10SNK/Sc","S3","","","","","","","","","","","","X 12 x F exam","","0","","0000-00-00","0","","0"),
("22830","SNK","0","2018-12-19","1","0","10SNK/Sc","S3","C1.4.02","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","Activity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nlarge glass bowl filled with acetone. several polystyrene cups. glass stirring rod.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22831","CML","0","2018-12-18","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22832","CML","0","2018-12-19","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22833","CML","0","2018-12-20","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22834","CML","0","2018-12-21","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22835","CML","0","2018-12-21","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22836","CPD","0","2018-12-18","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22837","CPD","0","2018-12-19","4","0","11CPD/Sc","S6","","","","","","","","","","","","Electromagnets\n1 magnet iron filing\nPlotting compasses","","0","","0000-00-00","0","","0"),
("22838","CPD","0","2018-12-20","5","0","11CPD/Sc","S6","","","","","","","","","","","","Motor kits\nLoud speaker that shows the workings","","0","","0000-00-00","0","","0"),
("22839","CPD","0","2018-12-21","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22840","CPD","0","2018-12-21","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22841","LAN","0","2018-12-18","2","0","11LAN/Sc","S7","","","","","","","","","","","","christmas show","","0","","0000-00-00","0","","0"),
("22842","LAN","0","2018-12-19","4","0","11LAN/Sc","S7","","Waves Required Practical 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22843","LAN","0","2018-12-20","5","0","11LAN/Sc","S7","","Waves Required Practical 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22844","LAN","0","2018-12-21","1","0","11LAN/Sc","S7","","classification","","","","","","","","","","animal cards","","0","","0000-00-00","0","","0"),
("22845","LAN","0","2018-12-21","2","0","11LAN/Sc","S7","b2.5.01","What do organisms compete for in an ecosystem?","","Students should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n","4) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n5) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n6) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n7) Animals often compete with each other for food, mates and territory.\n\n8) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n9) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","What are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","","","","","","","","0","","0000-00-00","0","","0"),
("22846","PKT","0","2018-12-18","2","0","11PKT/Sc","S1","","Jon Corfe Lecture","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22847","PKT","0","2018-12-19","4","0","11PKT/Sc","S1","P2.4.3","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22848","PKT","0","2018-12-20","5","0","11PKT/Sc","S1","P2.4.3","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22849","PKT","0","2018-12-21","1","0","11PKT/Sc","S1","P2.4.4","How do we hear sounds?","","(Physics only) Students should be able to show how changes in velocity, frequency and wavelength, in transmission of sound waves from one medium to another, are inter-related.\n\nStudents should be able to describe, with examples, processes which convert wave disturbances between sound waves and vibrations in solids. Examples may include the effect of sound waves on the ear drum\n\nStudents should be able to explain why such processes only work over a limited frequency range and the relevance of this to human hearing.\n\nStudents should know that the range of normal human hearing is from 20 Hz to 20 kHz.\n","2) Echo sounding, using high frequency sound waves is used to detect objects in deep water and measure water depth.\n3) Sound waves can travel through solids causing vibrations in the solid.\n4) Within the ear, sound waves cause the ear drum and other parts to vibrate which causes the sensation of sound.\n5) The conversion of sound waves to vibrations of solids works over a limited frequency range. This restricts the limits of human hearing.","(Physics only) What affects a sound wave? (Physics only) The velocity, frequency and wavelength.\n(HT and Physics Only) How can objects in deep water be detected? (HT and Physics Only) Echo sounding, using high frequency sound waves is used to detect objects in deep water and measure water depth.\n(Physics only) How do sound waves travel? Sound waves can travel through solids causing vibrations in the solid.\n(Physics only) What causes the sensation of sound? Within the ear, sound waves cause the ear drum and other parts to vibrate which causes the sensation of sound.\n(Physics only) What restricts the limits of human hearing? The conversion of sound waves to vibrations of solids works over a limited frequency range.\n(Physics only) What causes wave disturbances between sound waves and vibrations in solids? Examples may include the effect of sound waves on the ear drum.\n(Physics only):\n(Physics only) What is the normal range of human hearing? The range of normal human hearing is from 20 Hz to 20 kHz.","","Hertz: unit for frequency\nFrequency: the number of wave cycles passing a point per unit time\nVibrations: ossification around a fixed point\nSound waves: longitudinal wave","","","Activity 1)\nHave the Reubens tube on with music playing as the students enter the room or as a starter\nActivity 2)\nshow a video of a dolphin using echo location. Ask students to draw a diagram to show how it is used.\nhttps://www.youtube.com/watch?v=7Xr9BYhlceA\nActivity 3)\nUse phet animations to show sound waves, ask students if they are longitudinal or traverse and justify why. https://phet.colorado.edu/en/simulation/legacy/sound\nActivity 4)\nVideo on how the ear works: \nhttps://www.youtube.com/watch?v=EEvwwGui2Ac \n\nEW: Describe and explain why ear defenders are a required piece of equipment when pneumatic drills\nActivity 5)\nComplete a hearing test. Students stand and then sit down when they can no longer hear the sound. https://www.youtube.com/watch?v=VxcbppCX6Rk&feature=youtu.be\nActivity 6)\nGF: Why can you hear the sea in a shell?","Activity 1)\nReubens tube demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22850","PKT","0","2018-12-21","2","0","11PKT/Sc","S1","P2.4.6","What are the uses and dangers of the electromagnetic spectrum?","","Students should be able to give examples that illustrate the transfer of energy by electromagnetic waves.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n\n(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n4) Gamma rays originate from changes in the nucleus of an atom.\n5) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n6) Going from long to short wavelength (or from low to high frequency) the groups are: radio, microwave, infrared, visible light (red to violet), ultraviolet,\nX-rays and gamma rays.\n8) The effects depend on the type of radiation and the size of the dose.\n10) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n11) Electromagnetic waves have many practical applications. For example:\n- radio waves - television and radio\n- microwaves - satellite communications, cooking food\n- infrared - electrical heaters, cooking food, infrared cameras\n- visible light - fibre optic communications\n- ultraviolet - energy efficient lamps, sun tanning\n- X-rays and gamma rays - medical imaging and treatments.\n12) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n13) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n14) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n15) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","(HT only) How are radio waves produced? (HT only) Radio waves are produced by oscillations in electrical circuits.\nHow can electromagnetic waves be generated? Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated\nWhat types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nHow are gamma rays generated? Gamma rays are emitted from the nucleus. They have no charge or mass.\nWhat effects can Ultraviolet waves cause to the skin? Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\nWhat are three ways that show energy is transferred by electromagnetic waves? Some examples of how electromagnetic waves transfer energy are: ;Radio waves - radios in communication ;Microwaves - ovens for heating food ;Infrared radiation - wireless remote controls ;Ultraviolet - Ultrasound scans;Visible light - heat and light from light bulb;X-Ray: energy passes through tissue but stopped by bone in X ray imaging ;Gamma: Energy used to kill pathogens during sterilisation of medical equipment\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat are the risks and consequences of exposure to radiation? The risks of exposure to radiation can include radiation poisoning and cancer.\nWhat type of electromagnetic waves are ionising? X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n(HT only) What type of current is produced when radiowaves are absorbed? (HT only) When radio waves are absorbed they may create an alternating current.\n(HT only) How can the wavelength of electromagnetic waves be varied? (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)\n(HT only) Why is each type of electromagnetic wave suitable for practical application? Each member of the electromagnetic wave is suitable for a practical application because it has a small range of frequency and wave length.","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","Transmit: move from one place to another\nAbsorb: when a wave transfers its energy to the material it penetrates.\nRefract: when waves change speed when they move from one medium to another of different density\nReflect: when waves bounce back off a reflective surface\nWavelength: family of waves with similar properties\nElectromagnetic\nMutations: random changes to DNA\nGamma: the most ionising electromagnetic wave\nCircuits: An electric circuit is a path in which electrons from a voltage or current source flow\nElectrical: energy transfer\nWaves: how energy is transferred but matter is not\nIonising: radiation that carries enough energy to remove electrons from atoms\nX-ray: a type of ionising radiation\nOscillation: one complete cycle of a wave","","","Activity 5)\nEW: Why is it important to wear sun cream that has a high UV rating?\nActivity 6)\n*Duplicated from lesson 5* combined tier to teach in lesson 6. Higher tier covered in lesson 5\nActivity 7)\nFor each part of the EM wave consider the applications of each one and then identify the energy transformations that are occurring\nActivity 10)\nGF: Describe the changes to DNA that exposure to radiation can occur. What effects can this have on the cell and the rest of the body?\nActivity 11)\n*Duplicated for combined only in this lesson* Higher tier groups to teach this in lesson 5. \n\nWatch the video on how UV waves are used to produce images of unborn babies. Create a thinking map to help you answer. \nEW: How are EM waves used in medical imaging?\n\nhttps://www.youtube.com/watch?v=GvbXHoiQHbI\nActivity 12)\nUse the phet animation to show the electromagnetic fields from radio waves. \nhttps://phet.colorado.edu/en/simulation/legacy/radio-waves\nActivity 16)\nUse an image of the EM waves to compare the frequency and wavelength. \n\n\nDemonstrate an optical fibre showing total internal reflection.\n\nDemonstrate a use of UV by shining a UV light onto a bank note, through tonic water or writing a message using a security marker and then holding a UV light over the message.","Activity 16)\noptical fibre / internal reflection glass with ray box\n\nUV light \ntonic water \nsecurity marker pen \npaper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22851","SFD","0","2018-12-19","4","0","11SFD/Sc","S5","P2.3.01","What are Newton's First and Third Laws?","","Students should be able to apply Newton's Third Law to examples of equilibrium situations.\n\nStudents should be able to apply Newton's First Law to explain the motion of objects moving with a uniform velocity and objects where the speed and/or direction changes.\n","1) Newton's Third Law:\nWhenever two objects interact, the forces they exert on each other are equal and opposite.\n2) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nIf the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n3) Newton's First Law:\nIf the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\n5) As an equation:\nresultant force = mass x acceleration\nF = m a\nforce, F, in newtons, N mass, m, in kilograms, kg\nacceleration, a, in metres per second squared, m/s2\n6) When a vehicle travels at a steady speed the resistive forces balance the driving force.\n7) The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.","What is Newton's Third Law? Newton's Third Law states that whenever two objects interact, the forces they exert on each other are equal and opposite.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is stationary? Newtons first law states that if the resultant force acting on an object is zero and the object is stationary, the object remains stationary.\nWhat would happen to an object if the resultant force acting upon it is zero and the object is moving? Newtons first law states that If the resultant force acting on an object is zero and the object is moving, the object continues to move at the same speed and in the same direction. So the object continues to move at the same velocity.\nHow can Newton\'s Third Law be applied to examples of equilibrium? Every action has an equal and opposite reaction therefore if the external forces are zero then every part of a system is zero, It will be in equilibrium\nWhat is the equation that links resultant force, mass and acceleration? F=ma force, in Newtons, N mass, m, in kilograms, kg;acceleration, a, in metres per second squared, m/s2\nIf the resistive forces balance the driving force what happens to the vehicle in terms of speed? When the resistive forces balance the driving force the vehicle travels at a steady speed.\nWhen will the velocity (speed and/or direction) of an object change? The velocity (speed and/or direction) of an object will only change if a resultant force is acting on the object.\nHow can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes? Newtons first law explains that forces acting upon a body cause the motion of that body to change. When opposite forces become unbalanced the objects speed and/or direction will change. When forces are balanced and moving with uniform velocity the speed and/or direction will continue to remain the same.","","Acceleration: The increase of speed of an object over time.\nEquilibrium: state in which opposing forces or influences are balanced\nResultant force: A number of forces acting on an object may be replaced by a single force that has the same effect as all the original forces acting together.\nStationary: object that is not moving","","","Activity 2)\nstudents identify the resultant force of force diagrams and identify direction/stationary\nActivity 4)\nGF: Discuss the link between Newton's Third Law and the principals of chemical equilibrium\nActivity 5)\nDemo: Use the data loggers with the wooden trolley and ramp to show how increasing the force on end of the string increases acceleration. Data could be collected on logger or using laptop with easy sense software.\nActivity 6)\nShow video clip of a racing car and ask students to consider how the forces acting on the car change at different points: \n- along the straight\n- around a bend \n- when they reach - max speed \n<https://www.youtube.com/watch?v=MzQ8CzXRO8A>\nActivity 7)\nMWB quiz to predict if an object is changing speed, direction or no change from different situations\nActivity 8)\nEW: How can Newtons first law be applied to the motion of an object moving with uniform velocity and objects where the speed and/or direction changes?","Activity 5)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22852","SFD","0","2018-12-21","1","0","11SFD/Sc","S5","","7 - Acceleration: Planning","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)","","","","","","Activity 1)\nRequired practical booklet, page 121:\nhttp://filestore.aqa.org.uk/resources/science/AQA-8464-8465-PRACTICALS-HB.PDF","x","","0","","0000-00-00","0","","0"),
("22853","SFD","0","2018-12-21","2","0","11SFD/Sc","S5","P2.3.04","RP 7 - Acceleration - Questions","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","x","","0","","0000-00-00","0","","0"),
("22854","SFD","0","2018-12-20","5","0","11SFD/Sc","S5","P2.3.02","What is Newton's Second Law?","","Students should be able to estimate the speed, accelerations and forces involved in large accelerations for everyday road transport.\n\n(HT only) Students should be able to explain that inertial mass is defined as the ratio of force over acceleration.\n\nStudents should recognise and be able to use the symbol that indicates an approximate value or approximate answer ~\n\nStudents should be able to use the concept of momentum as a model to describe and explain examples of momentum in an event, such as a collision\n\n(HT only) Students should be able to explain that inertial mass is a measure of how difficult it is to change the\nvelocity of an object\n","1) Newton's Second Law:\nThe acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\n3) Momentum is defined by the equation:\nmomentum = mass ? velocity\np = m v\nmomentum, p, in kilograms metre per second, kg m/s\nmass, m, in kilograms, kg\nvelocity, v, in metres per second, m/s\n5) In a closed system, the total momentum before an event is equal to the total momentum after the event. This is called conservation of momentum.\n9) (HT only) The tendency of objects to continue in their state of rest or of uniform motion is called inertia.","What is Newton's second law? Newton's Second Law states the acceleration of an object is proportional to the resultant force acting on the object, and inversely proportional to the mass of the object.\nWhat is the typical mass of a cyslist, car and lorry? the mass of a small family car is 2000Kg, cyclist is 100Kg and a lorry 50000Kg. These could be used along with information about speed or acceleration.\nwhat is the momentum equation and units? Momentum is defined by the equation: momentum = mass ? velocity p=mv, momentum, p, in kilograms metre per second, kg m/s, mass, m, in kilograms, kg, velocity, v, in metres per second, m/s\n(HT only) What is the definition of inertial mass? (HT only) inertial mass is defined as the ratio of force over acceleration.\nWhat is conservation of momentum? Conservation of momentum is when in a closed system, the total momentum before an event is equal to the total momentum after the event.\nWhat is the symbol that indicates an approximate value or approximate answer? ~ is the symbol that indicates an approximate value\nExplain what happens to momentum in a collision? The total momentum before the collision is the sum of both momentums.\nWhat is inertial mass a measure of? inertial mass is a measure of how difficult it is to change the velocity of an object\n(HT only) What is the definition of inertia? (HT only) The tendency of objects to continue in their state of rest or of uniform motion.","","Inertia: the resistance of any physical object to any change in its position and state of motion\nConservation: There is no change\nMomentum: the quantity of motion of a moving body, measured as a product of its mass and velocity.\nmass: how many particles there are (measured in KG)\nProportional: having a constant ratio to another quantity.","","","Activity 2)\nmix and match activity with sizes\nActivity 3)\nDemo: \nUse the air track to show the effects of momentum when: \n- moving object hitting a stationary one\n- moving with same speed towards each other \n- both moving at the same direction with same speed\n- both moving in the same one going faster than the other.\n\nGF: Discuss the changes in momentum that occur when particles collide during a chemical reaction. You should refer to activation energy in your answer.\nActivity 5)\nEW: Ice skater or skate boarder exam question to explain concept of conservation of momentum\nQ1 - level 2\nQ2 - level 3\nhttp://EIGUIYC.exampro.net","Activity 3)\nair track \ndata loggers \nlight gates and kit\n2 x clamp stands\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22855","SFD","0","2018-12-18","2","0","11SFD/Sc","S5","","Corfe Christmas Lecture","","","1) Required practical 7 - force on the acceleration (AT skills 1, 2, 3)\n","","","Acceleration: The increase of speed of an object over time.\nMass: how many particles there are (measured in KG)\nForce: something changes shape, direction or speed.","","","","","","0","","0000-00-00","0","","0"),
("22856","SKT","0","2018-12-18","2","0","11SKT/Sc","S2","","JCE Lecture","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","","","0","","0000-00-00","0","","0"),
("22857","SKT","0","2018-12-19","4","0","11SKT/Sc","S2","C2.3.04","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22858","SKT","0","2018-12-20","5","0","11SKT/Sc","S2","C2.3.04","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22859","DLN","0","2018-12-18","2","0","11SKT/Sc","S2","","JCE Lecture","","Students should be able to explain how paper chromatography separates mixtures\n\n\nStudents should be able to suggest how chromatographic methods can be used for distinguishing pure substances from impure substances\n\nStudents should be able to interpret chromatograms and determine R values from\nchromatograms\n\nStudents should be able to state advantages of instrumental methods compared with the chemical tests in this specification.\n","1) Required practical 6 - Chromatography (AT skills 1,4)","What can Chromatography be used to separate? Chromatography can be used to separate mixtures such as inks and can give information to help identify the substances from which it is made.\nWhat are the names of the two phases involved in chromatography? Stationary phase and mobile phase.\nWhat does seperation depend on? Separation depends on the distribution of substances between the phases.\nHow should the Rf value be expressed? The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent\nHow is the Rf value calculated? Rf = distance moved by substance / distance moved by solvent\nHow do the Rf values of compounds change in different solvents? Different compounds have different R values in different solvents.\nHow can compounds be identified? Rf values can be used to help identify the compounds.\nHow many spots are produced by a pure compound compared to a compound in a mixture? The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\nHow can paper chromatography be used to separate mixtures? A spot of each mixture is dropped onto the start line of the paper chromotography. The paper chromatogram is introduced to a solvent and left for seperation to take place.\nHow can chromatographic methods can be used for distinguishing pure substances from impure substances? The compounds in a mixture may separate into multiple spots depending on the solvent, but a pure substance will always produce a single spot in all solvents. \nHow can chromatograms be used to determine R values? The R value can be calculated and compared. RT = distance moved by substance / distance moved by solvent\nHow can elements and compounds be detected? :Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.\nWhat are the advantages of instrumental methods compared with the chemical tests? ","","Instrumental method: The use of instruments to separate, identify, and quantify matter.\nRf Value: In chromatography is the distance travelled by a given component divided by the distance travelled by the solvent front.\nStationary phase: The phase of a chromatography system on which the materials to be separated are selectively adsorbed.\nMobile phase: flows through the stationary phase and carries the components of the mixture with it.\nChromatography: A technique for the separation of a mixture by passing it in solution or suspension through a medium in which the components move at different rates.","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","","","0","","0000-00-00","0","","0"),
("22860","SKT","0","2018-12-21","1","0","11SKT/Sc","S2","C2.3.05","How can we use chemical tests to identify unknown ionic compounds?","","Students should be able to identify species from the results of the tests in 4.8.3.1 to 4.8.3.5.\n\nStudents should be able to write balanced equations for the reactions to produce the insoluble hydroxides.\n\nStudents should be able to interpret an instrumental result given appropriate data in chart or tabular form, when accompanied by a reference set in the same form, limited to flame emission spectroscopy.\n","1) Flame tests can be used to identify some metal ions (cations). Lithium, sodium, potassium, calcium and copper compounds produce distinctive colours in flame tests: ? lithium compounds result in a crimson flame\n? sodium compounds result in a yellow flame\n? potassium compounds result in a lilac flame\n? calcium compounds result in an orange-red flame\n? copper compounds result in a green flame.\n\n2) If a sample containing a mixture of ions is used some flame colours can be masked\n3) Carbonates react with dilute acids to form carbon dioxide gas. Carbon dioxide can be identified with limewater.\n5) Halide ions in solution produce precipitates with silver nitrate solution in the presence of dilute nitric acid. Silver chloride is white, silver bromide is cream and silver iodide is yellow.\n6) Flame colours of other metal ions are not required knowledge.\n7) Sulfate ions in solution produce a white precipitate with barium chloride solution in the presence of dilute hydrochloric acid.\n8) Sodium hydroxide solution can be used to identify some metal ions (cations).\n9) Solutions of aluminium, calcium and magnesium ions form white precipitates when sodium hydroxide solution is added but only the aluminium hydroxide precipitate dissolves in excess sodium hydroxide solution.\n\n10) Solutions of copper(II), iron(II) and iron(III) ions form coloured precipitates when sodium hydroxide solution is added. Copper(II) forms a blue precipitate, iron(II) a green precipitate and iron(III) a brown precipitate.\n\n12) Students are not expected to write equations for the production of sodium aluminate.\n13) Flame emission spectroscopy is an example of an instrumental method used to analyse metal ions in solutions.\n14) The sample is put into a flame and the light given out is passed through a spectroscope. The output is a line spectrum that can be analysed to identify the metal ions in the solution and measure their concentrations.","What are the different colours produced by some metal ions (cations)? lithium compounds result in a crimson flame;? sodium compounds result in a yellow flame;? potassium compounds result in a lilac flame;? calcium compounds result in an orange-red flame;? copper compounds result in a green flame.\nWhen are some flame colours masked? If a sample containing a mixture of ions\nHow do carbonates react with dilute acids? Carbonates react with dilute acids to form carbon dioxide gas. Carbon dioxide can be identified with limewater.\nWhat do Halide ions produce when they react with silver nitrate solution? Halide ions in solution produce precipitates with silver nitrate solution in the presence of dilute nitric acid. Silver chloride is white, silver bromide is cream and silver iodide is yellow.\nWhat do Sulfate ions in solution produce when they react with barium chloride in the presence of hydrochloric acid? Sulfate ions in solution produce a white precipitate with barium chloride solution in the presence of dilute hydrochloric acid.\nWhat solution can be used to identify some some metal ions (cations)? Sodium hydroxide solution can be used to identify some metal ions (cations).\nWhat do solutions of aluminium, calcium and magnesium ions form? They form white precipitates when sodium hydroxide solution is added but only the aluminium hydroxide precipitate dissolves in excess sodium hydroxide solution.;\nWhat happens when sodium hydroxide is added to Solutions of copper(II), iron(II) and iron(III) ions? Solutions of copper(II), iron(II) and iron(III) ions form coloured precipitates when sodium hydroxide solution is added. Copper(II) forms a blue precipitate, iron(II) a green precipitate and iron(III) a brown precipitate.\nWrite a balanced equation for reactions that produce the insoluble hydroxides.:CuSo4 2NaOH Cu(OH)2 Na2SO4\nWhat is Flame emission spectroscopy used for? Flame emission spectroscopy is an example of an instrumental method used to analyse metal ions in solutions.\nWhat can the output of a line spectrum be used for? The sample is put into a flame and the light given out is passed through a spectroscope. The output is a line spectrum that can be analysed to identify the metal ions in the solution and measure their concentrations.","","Solution: A mixture where one of the substances is dissolved within another.\nHalide: A compound containing a group 7 element.\nDilute: A solution containing a relatively small quantity of solute as compared with the amount of solvent.\nIon: An atom that has either gained or lost electrons.","","","Activity 3)\nStudents design a flow diagram on testing for positive ions.\nActivity 5)\nStudents design a flow diagram on testing for negative ions.\nActivity 6)\nSEPARATE EW \nA group of students had four different colourless solutions in beakers 1, 2, 3 and 4,\n\nThe students knew that the solutions were\n• sodium chloride\n• sodium iodide\n• sodium carbonate\n• potassium carbonate\n\nbut did not know which solution was in each beaker.\n\nPlan a method that could be used to identify each solution.\n\nYou may use the following reagents:\n• dilute nitric acid\n• silver nitrate solution.\n\nIt is suggested that a flame test is used to identify the positive ions.\n\nOutline a method that could identify the four solutions.\n\nYou should include the results of the tests you describe.\nActivity 13)\nGCSE pod video on flame emission spectroscopy brilliantly explains the process. Link back to why it is a more reliable test than a basic flame test.","Activity 2)\nTesting for positive ions:\nSolutions containing - Lithium, Sodium, Potassium, Calcium, iron (ii), iron (iii), Magnesium and Aluminium\nNichrome wires\nSodium hydroxide 1M\n\n-----------\n\nActivity 4)\nTesting for negative ions:\nhttp://www.rsc.org/learn-chemistry/resource/res00000758/testing-for-negative-ions?cmpid=CMP00000837\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22861","SKT","0","2018-12-21","2","0","11SKT/Sc","S2","C2.3.06","Required practical: Identifying ions","","","1) Required practical 7 - identifying ions (AT skills 1,8) ","","","","","","Activity 1)\nUse of chemical tests to identify the ions in unknown single ionic compounds\ncovering the ions from Flame tests and sulphates.","Activity 1)\nLiCl, NaCl, KCl, CaCl, CuCl powders\nNa2Co3, Na2So4, NaCl, NaBr, NaI 0.4M solutions\nUnknown Solution=0.4M KCl.\n0.4M barium choride sol,\n0.4M nitric acid, 0.05M silver nitrate sol.\nLimewater, boiling tubes & delivery tubes.\nNichrome wires\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22862","SNK","0","2018-12-18","2","0","11SNK/Sc","S3","B2.4.8","Where do fossils come from?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","2) The theory of evolution by natural selection is now widely accepted. Data is now available to support the theory of evolution.\n\n3) Fossils are the remains of organisms from millions of years ago, which are found in rocks.\n4) Extract and interpret information from charts, graphs and tables related to fossil evidence \n\n5) Fossils may be formed:\n- from parts of organisms that have not decayed because one or more\nof the conditions needed for decay are absent\n- when parts of the organism are replaced by minerals as they decay\n- as preserved traces of organisms, such as footprints, burrows and\nrootlet traces.\n6) Many early forms of life were soft-bodied, which means that they have left few traces behind. \n\n7) What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\n8) We can learn from fossils how much or how little different organisms\nhave changed as life developed on Earth.\n\n9) Appreciate why the fossil record is incomplete\n10) Understand how scientific\nmethods and theories\ndevelop over time.\n\n12) Extinctions occur when there are no remaining individuals of a species still alive.","What evidence is there now to support Darwin\'stheory of evolution? We have now unearthed fossils which we have been able to sequence the genomes of as well aslook at similar characteristics which have developed over time in a range of fossilised remains. Testing of antibiotic resistant bacteria has also shown rapid evolution within the species in order to help them survive treatment with antibiotics.\nWhat are fossils? Fossils are the remains of organisms from millions of years ago, which are found in rocks.\nHow can fossils be formed? Fossils may be formed:;? from parts of organisms that have not decayed because one or more;of the conditions needed for decay are absent;? when parts of the organism are replaced by minerals as they decay;? as preserved traces of organisms, such as footprints, burrows and;rootlet traces.;\nWhy is there little evidence of very early life forms? Many early forms of life were soft-bodied, which means that they have left few traces behind. ;\nWhy can we not be certain of how life on earthformed even from hard bodied organisms? What traces there were have been mainly destroyed by geological activity. This is why scientists cannot be certain about how life began on Earth.\nWhat is the main thing we can learn from fossils? We can learn from fossils how much or how little different organisms;have changed as life developed on Earth.;\nWhy is the fossil record described as incomplete? Due to the constantly changing earth many fossils have been lost to us due to geographical changes suchas volcanoes and earth quakes. Some fossils have simply yet to be found and others still lie beneath the oceans.\nHow do scientific methods and theories develop over time? Scientists constantly refine scientific methods by replicating them and finding and fixing flaws through new technology or knowledge. Theories are also challenged and evidence gathered regularly. \nWhat is extinction? Extinction occurs when there are remaining individuals or a species still alive.\nWhat are some of the factors that contribute to extinction? Extinctions can occur when: changes to the environment occur, such as a change in climate, new diseases, new predators and new competitors.","","Extinction : when there are no members of a species left living.\nDecay : rot or decompose through the action of bacteria and fungi.\nGeological : relating to the study of the earth's physical structure and substance.\nFossils : the remains or impression of a prehistoric plant or animal embedded in rock and preserved in petrified form.","","","Activity 1)\nDiscuss the evidence we have to support Darwin’s theory and present in a suitable format.\nActivity 3)\nDiscuss how fossils provide evidence for evolution.\nActivity 5)\nObserve fossils or pictures of fossils.\nModel how a fossil can be formed.\nActivity 10)\nConsider theories of how life on Earth began.\nActivity 12)\nGive a list of extinct organisms and ask students to print images. Suggest reasons to explain why they died out.\nExplain why some organisms are endangered. Give examples. Give reasons why it is important to prevent species from becoming extinct\nActivity 13)\nResearch causes of extinction and write a report/PowerPoint presentation to present to the class.","","","0","","0000-00-00","0","","0"),
("22863","SNK","0","2018-12-19","4","0","11SNK/Sc","S3","B2.4.9","Why is MRSA so dangerous?","","Students should be able to describe the evidence for evolution including fossils and antibiotic resistance in bacteria.\n\nStudents should be able to extract and interpret information from charts, graphs and tables such as evolutionary trees\n\nStudents should be able to describe factors which may contribute to the extinction of a species\n","1) Bacteria can evolve rapidly because they reproduce at a fast rate.\n2) Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\n3) MRSA is resistant to antibiotics. There are links with this content to\nAntibiotics and painkillers.\n4) To reduce the rate of development of antibiotic resistant strains:\n? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections\n? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains\n? the agricultural use of antibiotics should be restricted.\n\n5) The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","Why can bacteria evolve rapidly? Bacteria can evolve rapidly because they reproduce at a fast rate.\nWhat are the stages of antibacterial resistance? Stages of antibacterial resistance include: 1. Mutations of bacterial pathogens produce new strains. 2. Some strains might be resistant to antibiotics, and so are not killed. 3. They survive and reproduce, so the population of the resistant strain rises. 4. The resistant strain will then spread because people are not immune to it and there is no effective treatment.\nWhat is the bacteria MRSA resistant to? MRSA is resistant to antibiotics.\nWhat should be done to reduce the rate of development of antibiotc resistant bacteria? To reduce the rate of development of antibiotic resistant strains:;? doctors should not prescribe antibiotics inappropriately, such as treating non-serious or viral infections;? patients should complete their course of antibiotics so all bacteria are killed and none survive to mutate and form resistant strains;? the agricultural use of antibiotics should be restricted.;\nWhy can\'t medical professionals just produce new antibiotics to fight resistant bacteria? The development of new antibiotics is costly and slow. It is unlikely to keep up with the emergence of new resistant strains","","Mutations : the changing of the structure of a gene, resulting in a variant form which may be transmitted to subsequent generations, caused by the alteration of single base units in DNA, or the deletion, insertion, or rearrangement of larger sections of genes or chromosomes.\nAntibiotics : a medicine (such as penicillin or its derivatives) that inhibits the growth of or destroys microorganisms.\nMRSA : a strain of antibiotic-resistant bacteria.\nResistant : to be unaffected by something.","","","Activity 2)\nExplain how bacteria can become resistant to antibiotics.\nActivity 3)\nDiscuss how the rate of development of resistant bacteria could be slowed down.\n\nDiscuss why there are few new antibiotics being developed, and suggest how drug companies might be encouraged to develop some.\nActivity 4)\nExplain how antibiotic resistance has impacted on cleaning practices in Britain’s hospitals.\nActivity 5)\nRole play: life without antibiotics.","","","0","","0000-00-00","0","","0"),
("22864","SNK","0","2018-12-20","5","0","11SNK/Sc","S3","B2.4.10","How are living things classified?","","Students should be able to use information given to show understanding of the Linnaean system.\n\nStudents should be able to describe the impact of developments in biology on classification systems. \n\nStudents should be able to interpret evolutionary trees (WS) \n","1) Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\n2) Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \n3) Organisms are named by the binomial system of genus and species.\n6) As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed. (WS) Understand how scientific methods and theories develop over time.\n7) Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:\n? archaea (primitive bacteria usually living in extreme environments)\n? bacteria (true bacteria)\n? eukaryota (which includes protists, fungi, plants and animals).\n\n8) Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","How have organisms been classified traditionally and who by? Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\nWhat did Linnaeus classify all living things into? Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \nHow are organisms named scientifically? Organisms are named scientifically first by the genus and then by the species.\nWhat development lead to new models of classification and how? As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed.\nWho developed the \'three-domain system\' and how are organisms in this system classified? Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:;? archaea (primitive bacteria usually living in extreme environments);? bacteria (true bacteria);? eukaryota (which includes protists, fungi, plants and animals).;\nWhy are evolutionary trees used by scientists and what data do they use for it? Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","","Taxonomy : the branch of science concerned with classification, especially of organisms.\nGenus : a principal taxonomic category that ranks above species and below family, and is denoted by a capitalized Latin name, e.g. Leo.\nKingdom : the highest category in taxonomic classification.\nClassification : the arrangement of animals and plants in taxonomic groups according to their observed similarities","","","Activity 1)\nExhibition of organisms to classify, use post-it notes to explain groupings – observe and discuss choices made by other groups.\nActivity 2)\nCompare the classification of related and unrelated organisms using the Linnaeus system.\nActivity 3)\nLook at the variety of names given to the same plant and discuss why the binomial system is more useful.\nActivity 7)\nWatch BBC video clip about chemical analysis and its use in classifying organisms (see resources).\nhttp://www.bbc.co.uk/education/clips/zhb3cdm","Activity 1)\nclassification cards (pictures of animals)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22865","SNK","0","2018-12-21","1","0","11SNK/Sc","S3","","","","Students should be able to use information given to show understanding of the Linnaean system.\n\nStudents should be able to describe the impact of developments in biology on classification systems. \n\nStudents should be able to interpret evolutionary trees (WS) \n","1) Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\n2) Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \n3) Organisms are named by the binomial system of genus and species.\n6) As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed. (WS) Understand how scientific methods and theories develop over time.\n7) Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:\n? archaea (primitive bacteria usually living in extreme environments)\n? bacteria (true bacteria)\n? eukaryota (which includes protists, fungi, plants and animals).\n\n8) Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","How have organisms been classified traditionally and who by? Traditionally living things have been classified into groups depending on their structure and characteristics in a system developed by Carl Linnaeus\nWhat did Linnaeus classify all living things into? Linnaeus classified living things into kingdom, phylum, class, order, family, genus and species. \nHow are organisms named scientifically? Organisms are named scientifically first by the genus and then by the species.\nWhat development lead to new models of classification and how? As evidence of internal structures became more developed due to improvements in microscopes, and the understanding of biochemical processes progressed, new models of classification were proposed.\nWho developed the \'three-domain system\' and how are organisms in this system classified? Due to evidence available from chemical analysis there is now a ?three- domain system? developed by Carl Woese. In this system organisms are divided into:;? archaea (primitive bacteria usually living in extreme environments);? bacteria (true bacteria);? eukaryota (which includes protists, fungi, plants and animals).;\nWhy are evolutionary trees used by scientists and what data do they use for it? Evolutionary trees are a method used by scientists to show how they believe organisms are related. They use current classification data for living organisms and fossil data for extinct organisms.","","Taxonomy : the branch of science concerned with classification, especially of organisms.\nGenus : a principal taxonomic category that ranks above species and below family, and is denoted by a capitalized Latin name, e.g. Leo.\nKingdom : the highest category in taxonomic classification.\nClassification : the arrangement of animals and plants in taxonomic groups according to their observed similarities","","","Activity 1)\nExhibition of organisms to classify, use post-it notes to explain groupings – observe and discuss choices made by other groups.\nActivity 2)\nCompare the classification of related and unrelated organisms using the Linnaeus system.\nActivity 3)\nLook at the variety of names given to the same plant and discuss why the binomial system is more useful.\nActivity 7)\nWatch BBC video clip about chemical analysis and its use in classifying organisms (see resources).\nhttp://www.bbc.co.uk/education/clips/zhb3cdm","Total recall","","0","","0000-00-00","0","","0"),
("22866","SNK","0","2018-12-21","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22867","SDN","0","2018-12-17","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22868","SDN","0","2018-12-20","4","0","7A1/Sc","S1","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22869","SDN","0","2018-12-18","3","0","7A1/Sc","S1","1P.08","Halfway Review","","","1) Review of 1P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/1P.1","","","0","","0000-00-00","0","","0"),
("22870","SDN","0","2018-12-19","5","0","7A1/Sc","S1","1P.09","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22871","LAN","0","2018-12-20","4","0","7A2/Sc","S7","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22872","SNK","0","2018-12-18","3","0","7A2/Sc","S3","1B.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22873","SNK","0","2018-12-19","5","0","7A2/Sc","S3","1B.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22874","CPD","0","2018-12-20","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22875","SDN","0","2018-12-21","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22876","LAN","0","2018-12-19","2","0","7B1/Sc","S7","1b.09","How is the human skeleton arranged?","","Students label a diagram based on the above.","1) T: The structure of the human skeleton:\n\nLegs:\n - The upper leg has one bone called the Femur.\n - The lower leg has two bones called the Tibia and the Fibula. The Tibia is the larger bone.\n - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).\n\nTorso:\n - The Femur is connected to the Pelvis by the Hip joint.\n - The Spine is made up of Vertebrae connects the Pelvis to Skull.\n - Attached to the spine is the Rib cage and the Clavicle.\n\nArms:\n - The upper arm has one bone called the Humerus.\n - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.\n - The Humerus is attached to the Clavicle at the Shoulder joint.\n - Humerus, Radius and Ulna are connected by the Elbow joint.\n2) A: Students label a diagram based on the above.\n3) W: The functions of the human skeleton are:\n - support,\n - protection, \n - movement and \n - making blood cells\n4) T: Within bones there is bone marrow which produces new blood cells.\n5) T: There are different types of joint in the skeleton, allowing different types of movement.\n - Hinge: Back and forth without twisting.\n - Pivot: Twisting.\n - Ball and socket: Rotation in all directions.\n - Fixed: No movement\n6) W: The Elbow and Knee are hinge joints.\nThe Neck, part of the spine, is a pivot joint.\nThe Shoulder and Hip are ball and socket joints.\nThe Skull has fixed joints in it.","How are the bones arranged in your head, torso, arms and legs? The structure of the human skeleton:;;Legs:; - The upper arm has one bone called the Femur.; - The lower arm has two bones called the Tibia and the Fibula. The Tibia is the larger bone.; - The Femur, Tibia and Fibula are connected by the Knee joint, behind the Patella (knee cap).;;Torso:; - The Femur is connected to the Pelvis by the Hip joint.; - The Spine is made up of Vertebrae connects the Pelvis to Skull.; - Attached to the spine is the Rib cage and the Clavicle.;;Arms:; - The upper arm has one bone called the Humerus.; - The lower arm has two bones called the Radius and the Ulna. The Radius is on the side of the thumb.; - The Humerus is attached to the Clavicle at the Shoulder joint.; - Humerus, Radius and Ulna are connected by the Elbow joint.\nWhat are the functions of a skeleton? The functions of the human skeleton are:; - support,; - protection, ; - movement and ; - making blood cells\nWhat does the bone marrow do? Within bones there is bone marrow which produces new blood cells.\nHow is the movement different in a hinge, pivot, ball and socket and fixed joint? There are different types of joint in the skeleton, allowing different types of movement.; - Hinge: Back and forth without twisting.; - Pivot: Twisting.; - Ball and socket: Rotation in all directions.; - Fixed: No movement\nGive an example of a hinge, pivot, ball and socket and fixed joint.:The Elbow and Knee are hinge joints.;The Neck, part of the spine, is a pivot joint.;The Shoulder and Hip are ball and socket joints.;The Skull has fixed joints in it.","https://www.mrcorfe.com/MemoryAnchors/755a0b15b8929c85bb328785fb61fc42.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/91c7c22fb361143e08b76aa30c60be24.jpg","Joint: A joint is where two or more bones meet.\nbone marrow: Found in bones and produces blood cells.\nSkeleton: Provides several functions including support, protection, movement and making blood cells.\nHinge: Back and forth without twisting.\nPivot: Twisting.\nBall and socket: Rotation in all directions.\nUlna: Bone found in the lower arm.\nFixed: No movement\nHumerus: A bone in the upper arm\nFibula\nTibia\nSpine: Made up of Vertebrae which connect the Pelvis to Skull.\nRib cage: Provide a moveable cage to enclose and protect the lungs\nFemur: The upper arm bone\nClavicle: Collar bone\nRadius","","","","Activity 1)\nSkeleton covered up with a cloth.\n\n-----------","","0","","0000-00-00","0","","0"),
("22877","LAN","0","2018-12-20","2","0","7B1/Sc","S7","1b.10","How does a skeleton move?","","Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","1) T: The muscle on top of the upper arm is called the Bicep. \nThe muscle on underside of the upper arm is called the Tricep.\nThe muscle on front of the upper leg is called the Quadriceps.\nThe muscles on back of the upper leg are called the Hamstrings.\nThe muscles between the ribs are called intercostal muscles.\n2) T: Joints are held together (bone to bone) by Ligaments.\nMuscles are connected to bones by Tendons.\n3) W: Ligaments are elastic (stretchy) to allow movement.\nTendons are not elastic to all muscles to exert a force on the bones.\n4) T: Muscles can only contract (pull) exerting a force and relax applying no force.\nMuscles can not\n5) W: To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.\n6) D: Students to workout the movement of joints required to use a particular muscle. Students rate how easy it is to raise a 1kg mass.\nNB it is not safe to have student lift as heavy a weight as they can, even on appropriate gym machines.\n\nStudents could measure the size of their muscles to see if their is a correlation.","Give examples of antagonistic muscles in the arms and legs.:The muscle on top of the upper arm is called the Bicep. ;The muscle on underside of the upper arm is called the Tricep.;The muscle on front of the upper leg is called the Quadriceps.;The muscles on back of the upper leg are called the Hamstrings.;The muscles between the ribs are called intercostal muscles.\nHow are the bones at a joint held together? Joints are held together (bone to bone) by Ligaments.;Muscles are connected to bones by Tendons.\nWhat is the difference between a ligament and a tendon? Ligaments are elastic (stretchy) to allow movement.;Tendons are not elastic to all muscles to exert a force on the bones.\nWhat do muscles do to apply a force and is it a pulling or pushing force? Muscles can only contract (pull) exerting a force and relax applying no force.;Muscles can not\nWhen one muscle in an antagonistic pair is contracted, what will the other muscle do? To raise the lower arm, the Bicep must contract while the triceps relaxes and vice versa.","","Tendons: Muscles are connected to bones by Tendons\nMuscles: Muscles are needed to move bones attached by joints. They can contract or relax.\nBicep: A muscle on top of the upper arm.\nIntercostal muscles: The muscles between the ribs\nTricep: A muscle on underside of the upper arm.\nHamstrings: The muscles on back of the upper leg.\nQuadriceps: The muscle on front of the upper leg.\nJoint: A joint is where two or more bones meet.\nLigaments: Joints are held together bone to bone by ligaments.","","","Activity 2)\nChicken wing / leg dissection\n\nhttp://teachingcommons.cdl.edu/ngss/preservice/documents/Musculoskeletalsystem.doc","Activity 2)\nChicken wing / leg \nWhite trays\nScalpels\nForceps\nGloves\nDisinfectant\nWaste bag\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22878","LAN","0","2018-12-21","3","0","7B1/Sc","S7","","celebration assembly","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22879","SNK","0","2018-12-20","2","0","7B2/Sc","S5","2p.06","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("22880","CLA","0","2018-12-19","2","0","7B2/Sc","S6","2p.05","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)
\nper group:
\nMetafuel pieces
\nCheese puffs
\nBurning Pins
\nThermomenters
\nCopper calorimeters (with lids)
\n(Jewellery) balances
\n
\n-----------","","0","","0000-00-00","0","","0"),
("22881","CLA","0","2018-12-21","3","0","7B2/Sc","S6","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("22882","CPD","0","2018-12-17","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22883","CPD","0","2018-12-18","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22884","SDN","0","2018-12-17","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22885","SDN","0","2018-12-21","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22886","CLA","0","2018-12-18","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22887","CLA","0","2018-12-20","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22888","SDN","0","2018-12-20","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22889","SDN","0","2018-12-17","5","0","7C1/Sc","S1","1P.09","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22890","SDN","0","2018-12-20","3","0","7C1/Sc","S1","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22891","SFD","0","2018-12-17","5","0","7C2/Sc","S5","1B.11","POO","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22892","SFD","0","2018-12-20","3","0","7C2/Sc","S5","1B.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("22893","CLA","0","2018-12-18","3","0","7E/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22894","CLA","0","2018-12-19","5","0","7E/Sc","S6","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","DEMO SET\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)","","0","","0000-00-00","0","","0"),
("22895","CLA","0","2018-12-20","4","0","7E/Sc","S6","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel pieces\nCheese puffs\nBurning Pins\nThermomenters\nCopper calorimeters (with lids)\n(Jewellery) balances\n\n-----------","","0","","0000-00-00","0","","0"),
("22896","DLN","0","2018-12-19","5","0","7E/Sc","S6","2P.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","DEMO SET\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","0","","0000-00-00","0","","0"),
("22897","SNK","0","2018-12-17","5","0","7P/Sc","S3","","","","","","","","","","","","Exam feedback","","0","","0000-00-00","0","","0"),
("22898","SNK","0","2018-12-20","3","0","7P/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("22899","SDN","0","2018-12-19","2","0","7X/Sc","S1","1P.09","How are Forces classified?","","","1) T: Forces can also be classified as either:\n - non-contact forces: \n - gravity forces acting at a distance on Earth and in space,\n - forces between magnets,\n - Electrostatic forces due to static electricity: Rubbed balloon\n2) T: Pushing things out of the way also creates a type of friction:\n - ball pit balls\n - air (particles): air resistance\n - water (particles): water resistance\nThese forces are also called drag.","What are the 3 non-contact forces? The 3 non-contact forces are: Electrostatic; Magnetic; Weight due to gravity;\nHow else, other than rubbing two objects together, can friction be produced? What is this also known as? Pushing things out of the way also creates a type of friction:; - ball pit balls; - air (particles): air resistance; - water (particles): water resistance;These forces are also called drag.","https://www.mrcorfe.com/MemoryAnchors/1853797e98793edb84061779b33f6f1b.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4bff2b706abd3b2aff486de2aa5ad1b2.png","Air resistance: A force created on a body moving through air.\nParticles: A term we use to describe a set of similar objects, typically microscopic.\nWater resistance: A force created on a body moving through water.\nDrag: A more general term for a force on an object acting in the opposite direction to its direction of travel.\nFriction\nElectrostatic: An attraction that causes an attractive force between particles of opposite charge and a repulsive force of similar charges.\nContact: Where there two objects do touch each other.\nNon-contact: Where there two objects do not touch each other.\nGravity: An attraction that causes a force between two or more objects with mass.\nMagnetic: An attraction that causes a field between magnets, ferrous metals or charged particles.\nForce","","","Activity 1)\nStudents experience non contact forces with the magnets\nActivity 2)\nDEMO: Dropping flat paper and screwed up paper. Which accelerates fastest? Which has the greatest resultant force? But they have the same weight.\n\nDEMO: Dropping Plasticine ball in water and paste","Activity 1)\nclass set magnets\nBalloon\nDuster and Rod (Statics tray)\n\n-----------\n\nActivity 2)\nDEMO: two large measuring cylinders one filled with water, one with wallpaper paste. two balls of Plasticine \n(same size)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22900","SDN","0","2018-12-20","2","0","7X/Sc","S1","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22901","SDN","0","2018-12-21","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22902","SDN","0","2018-12-18","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22903","SDN","0","2018-12-21","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22904","PKT","0","2018-12-19","2","0","8A1/Sc","S3","5C.03","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","Atmosphere\nCrust\nMantle\nCore","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nKnife\nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22905","PKT","0","2018-12-20","2","0","8A1/Sc","S3","5C.04","What makes up the Earth?","","Draw a pie chart to display the Earth's composition data.","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","Magnesium\nSilicon\nOxygen\nIron\nComposition","","","","","","0","","0000-00-00","0","","0"),
("22906","PKT","0","2018-12-21","3","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22907","SKT","0","2018-12-19","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22908","SKT","0","2018-12-20","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22909","SKT","0","2018-12-21","3","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22910","CML","0","2018-12-19","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22911","CML","0","2018-12-20","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22912","CML","0","2018-12-21","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22913","SDN","0","2018-12-18","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22914","SDN","0","2018-12-21","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22915","CLA","0","2018-12-18","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22916","SNK","0","2018-12-20","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22917","CLA","0","2018-12-17","5","0","8B1/Sc","S6","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("22918","CLA","0","2018-12-20","3","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22919","CML","0","2018-12-17","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22920","CML","0","2018-12-20","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22921","DLN","0","2018-12-17","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22922","SFD","0","2018-12-19","2","0","8E/Sc","S5","5C.7","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","","","","","","","0","","0000-00-00","0","","0"),
("22923","SFD","0","2018-12-21","3","0","8E/Sc","S5","","Cover Lesson - in Y7 Celebration Assembly","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","","","0","","0000-00-00","0","","0"),
("22924","CLA","0","2018-12-20","2","0","8E/Sc","S6","5C.8","Halfway Review","","Review of 5C.1","1) A: Review of 5C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5C.1","","","0","","0000-00-00","0","","0"),
("22925","PKT","0","2018-12-17","5","0","8S/Sc","S2","5C.03","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","Atmosphere\nCrust\nMantle\nCore","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nKnife\nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22926","PKT","0","2018-12-20","3","0","8S/Sc","S2","5C.04","What makes up the Earth?","","Draw a pie chart to display the Earth's composition data.","1) T: The Earth is composed of mainly of:\n - iron (32.1%), \n - oxygen (30.1%),\n - silicon (15.1%),\n - magnesium (13.9%).\n2) D: Draw a pie chart to display the Earth's composition data.\n3) The Earth's core is composed of mainly of iron (88.8%) with smaller amounts of nickel (5.8%).\n4) The Earth's crust is composed of mainly of oxygen (47%), chemically locked up in rocks. The most common of which are Silica, Silicon Dioxide (54%) and Alumina, Aluminum oxide (16%).\n\n - Something to do with revising Elements and compounds.","What is the Earth mainly composed of? The Earth is composed of mainly of:; - iron; - oxygen; - silicon; - magnesium\nWhat is the Earth\'s core mainly composed of? The Earth\'s core is composed of mainly of iron with smaller amounts of nickel.\nWhat is the Earth's crust mainly made up of? The Earth\'s crust is composed of mainly of oxygen, chemically locked up in rocks.","","Magnesium\nSilicon\nOxygen\nIron\nComposition","","","","","","0","","0000-00-00","0","","0"),
("22927","SFD","0","2018-12-20","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22928","PKT","0","2018-12-20","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22929","SNK","0","2018-12-17","1","0","9A1/Sc","S3","B1.3.4","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","Pluck? If we can?","","0","","0000-00-00","0","","0"),
("22930","SNK","0","2018-12-17","2","0","9A1/Sc","S3","B1.3.5","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("22931","SNK","0","2018-12-18","1","0","9A1/Sc","S3","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("22932","SNK","0","2018-12-19","3","0","9A1/Sc","S3","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("22933","SNK","0","2018-12-20","1","0","9A1/Sc","S3","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("22934","SNK","0","2018-12-21","5","0","9A1/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("22935","CLA","0","2018-12-17","2","0","9A2/Sc","S6","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22936","CLA","0","2018-12-18","1","0","9A2/Sc","S6","P1.2.06","Required practical planning - Resistance in a wire\npower packs\nleads plug/plug\nmounted wire on ruler\nseparate paper clips\nVoltmeters\nAmmeters","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","power packs\nleads plug/plug\nmounted wire on ruler\nseparate paper clips\nVoltmeters\nAmmeters\n\n-----------","","0","","0000-00-00","0","","0"),
("22937","CLA","0","2018-12-19","3","0","9A2/Sc","S6","P1.2.06","Required practical planning - Resistance in a wire\npower packs\nleads plug/plug\nmounted wire on ruler\nseparate paper clips\nVoltmeters\nAmmeters","","","","","","","","","","power packs\nleads plug/plug\nmounted wire on ruler\nseparate paper clips\nVoltmeters\nAmmeters","","0","","0000-00-00","0","","0"),
("22938","CLA","0","2018-12-20","1","0","9A2/Sc","S6","P1.2.06","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------","","0","","0000-00-00","0","","0"),
("22939","CLA","0","2018-12-21","5","0","9A2/Sc","S6","","","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","","","0","","0000-00-00","0","","0"),
("22940","CLA","0","2018-12-17","1","0","9A2/Sc","S6","P1.2.02","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22941","SKT","0","2018-12-17","1","0","9A3/Sc","S2","P1.2.06","Required practical - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","1) The applications of thermistors in circuits eg a thermostat is required.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22942","SKT","0","2018-12-17","2","0","9A3/Sc","S2","P1.2.07","","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The diode has a very high resistance in the reverse direction.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","","","0","","0000-00-00","0","","0"),
("22943","SKT","0","2018-12-18","1","0","9A3/Sc","S2","P1.2.08","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22944","SKT","0","2018-12-19","3","0","9A3/Sc","S2","P1.2.09","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component","1) The current through a diode flows in one direction only.\n2) The applications of thermistors in circuits eg a thermostat is required.\n3) The resistance of an LDR decreases as light intensity increases. (Investigation)\n4) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n6) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n7) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","How does the current through a diode behave? The current through a diode flows in one direction only.\nHow are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.\nWhat happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nCurrent: \nDiode: \nElectron: \nLight intensity: \nLDR
\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nVariable resistor: A resistor that can vary the flow of current in a circuit.","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Activity 1)\ngraph paper\n\n-----------\n\nActivity 2)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n\nActivity 3)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22945","SKT","0","2018-12-20","1","0","9A3/Sc","S2","","Homework Intervention & Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22946","SKT","0","2018-12-21","5","0","9A3/Sc","S2","","CHRISTMAS BREAK!!!","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22947","PKT","0","2018-12-17","1","0","9A4/Sc","S1","P1.2.9","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The current through a diode flows in one direction only.\n2) The applications of thermistors in circuits eg a thermostat is required.\n3) The resistance of an LDR decreases as light intensity increases. (Investigation)\n4) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n6) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n7) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","How does the current through a diode behave? The current through a diode flows in one direction only.\nHow are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.\nWhat happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nCurrent: \nDiode: \nElectron: \nLight intensity: \nLDR
\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nVariable resistor: A resistor that can vary the flow of current in a circuit.","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Activity 1)\ngraph paper\n\n-----------\n\nActivity 2)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n\nActivity 3)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("22948","PKT","0","2018-12-17","2","0","9A4/Sc","S1","P1.2.7","","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The diode has a very high resistance in the reverse direction.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Activity 1)\nnone\n\n-----------\n","","0","","0000-00-00","0","","0"),
("22949","PKT","0","2018-12-18","1","0","9A4/Sc","S1","","Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22950","PKT","0","2018-12-19","3","0","9A4/Sc","S1","","P1.2 Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22951","PKT","0","2018-12-20","1","0","9A4/Sc","S1","","Design Hand Warmers for Santa","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22952","PKT","0","2018-12-21","5","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22953","LAN","0","2018-12-17","1","0","9B1/Sc","S7","","osmosis exam Qs","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22954","LAN","1","2018-12-18","3","0","9B1/Sc","S7","","COVER","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22955","LAN","0","2018-12-19","5","0","9B1/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22956","LAN","0","2018-12-20","1","0","9B1/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("22957","LAN","0","2018-12-21","4","0","9B1/Sc","S7","","rewards assembly","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22958","DLN","0","2018-12-17","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22959","DLN","0","2018-12-18","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22960","SFD","0","2018-12-18","3","0","9B2/Sc","S5","P1.2.09","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The current through a diode flows in one direction only.\n2) The applications of thermistors in circuits eg a thermostat is required.\n3) The resistance of an LDR decreases as light intensity increases. (Investigation)\n4) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n6) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n7) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","How does the current through a diode behave? The current through a diode flows in one direction only.\nHow are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.\nWhat happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nCurrent: \nDiode: \nElectron: \nLight intensity: \nLDR
\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nVariable resistor: A resistor that can vary the flow of current in a circuit.","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Activity 1)\ngraph paper\n\n-----------\n\nActivity 2)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n\nActivity 3)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("22961","SFD","0","2018-12-19","5","0","9B2/Sc","S5","P1.2.10","Diagnostic Intervention","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22962","SFD","0","2018-12-20","1","0","9B2/Sc","S5","","Finish intervention and Total Recall","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22963","SFD","0","2018-12-21","4","0","9B2/Sc","S5","","Celebration Assembly","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22964","SFD","0","2018-12-17","1","0","9B2/Sc","S5","P1.2.08","Required practical reflection - Components","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22965","CML","0","2018-12-17","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22966","CML","0","2018-12-18","3","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22967","CML","0","2018-12-19","5","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22968","CML","0","2018-12-20","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22969","CML","0","2018-12-21","4","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22970","CLA","0","2018-12-17","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22971","CLA","0","2018-12-21","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22972","CPD","0","2018-12-17","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22973","SFD","0","2018-12-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22974","LAN","0","2018-12-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22975","DLN","0","2018-12-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22976","CML","0","2018-12-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22977","SDN","0","2018-12-17","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22978","DLN","0","2018-12-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22979","CPD","0","2018-12-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22980","SDN","0","2018-12-17","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22981","SFD","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22982","CLA","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22983","LAN","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22984","DLN","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22985","CML","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22986","CPD","0","2018-12-17","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22987","SKT","0","2018-12-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22988","LAN","0","2018-12-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22989","CPD","0","2018-12-17","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22990","SFD","0","2018-12-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22991","LAN","0","2018-12-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22992","DLN","0","2018-12-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22993","CML","0","2018-12-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22994","CPD","0","2018-12-18","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22995","SKT","0","2018-12-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22996","PKT","0","2018-12-18","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22997","DLN","0","2018-12-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22998","CPD","0","2018-12-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("22999","SDN","0","2018-12-18","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23000","CLA","0","2018-12-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23001","DLN","0","2018-12-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23002","CPD","0","2018-12-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23003","SDN","0","2018-12-18","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23004","CLA","0","2018-12-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23005","CPD","0","2018-12-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23006","SDN","0","2018-12-19","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23007","DLN","0","2018-12-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23008","SNK","0","2018-12-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23009","CPD","0","2018-12-19","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23010","SFD","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23011","LAN","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23012","DLN","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23013","CML","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23014","CPD","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23015","SDN","0","2018-12-19","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23016","CLA","0","2018-12-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23017","DLN","0","2018-12-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23018","SDN","0","2018-12-19","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23019","SKT","0","2018-12-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23020","PKT","0","2018-12-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23021","CPD","0","2018-12-19","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23022","DLN","0","2018-12-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23023","CPD","0","2018-12-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23024","SDN","0","2018-12-20","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23025","SFD","0","2018-12-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23026","DLN","0","2018-12-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23027","CPD","0","2018-12-20","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23028","SKT","0","2018-12-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23029","LAN","0","2018-12-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23030","DLN","0","2018-12-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23031","CPD","0","2018-12-20","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23032","SKT","0","2018-12-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23033","DLN","0","2018-12-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23034","CML","0","2018-12-20","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23035","DLN","0","2018-12-20","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23036","DLN","0","2018-12-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23037","CLA","0","2018-12-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23038","DLN","0","2018-12-21","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23039","DLN","0","2018-12-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23040","CPD","0","2018-12-21","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23041","CLA","0","2018-12-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23042","DLN","0","2018-12-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23043","CPD","0","2018-12-21","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("23045","CPD","0","2018-12-21","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23046","ME","0","2018-12-17","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23047","ME","0","2018-12-18","5","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23048","ME","0","2018-12-20","4","0","10MES/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23068","LAN","0","2018-12-17","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23069","LAN","0","2018-12-18","5","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("23071","LAN","0","2018-12-21","4","0","10TLK/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23072","CPD","0","2018-12-20","4","0","10TS/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("23251","SFD","0","2019-01-01","5","0","10ASK/Sc","S5","","","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","","","0","","0000-00-00","0","","0"),
("23252","SFD","0","2019-01-04","2","0","10ASK/Sc","S5","2c.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("23297","SFD","0","2019-01-04","1","0","11SFD/Sc","D8","c1.4.3","","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------","","0","","0000-00-00","0","","0"),
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("23601","SDN","0","2019-01-08","3","0","7A1/Sc","S1","1P.11","POO - 1P Knowledge test","","","1) Progress Observation Opportunity","Energy \nCells\nParticles\nForces:PROGRESS OBSERVATION OPPORTUNITY","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("23602","SNK","0","2019-01-08","3","0","7A2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23603","SNK","0","2019-01-09","5","0","7A2/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23604","LAN","0","2019-01-10","4","0","7A2/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23605","CPD","0","2019-01-10","4","0","7b/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23606","JHT","0","2019-01-07","3","0","7b/Hi3","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23607","JHT","0","2019-01-08","5","0","7b/Hi3","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23608","JHT","0","2019-01-10","3","0","7b/Hi3","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23609","SDN","0","2019-01-11","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23610","LAN","0","2019-01-09","2","0","7B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23611","LAN","0","2019-01-10","2","0","7B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23612","LAN","0","2019-01-11","3","0","7B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23613","SNK","0","2019-01-10","2","0","7B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23614","CLA","0","2019-01-09","2","0","7B2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23615","CLA","0","2019-01-11","3","0","7B2/Sc","S6","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("23616","JHT","0","2019-01-09","1","0","7c/Hi2","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23617","CPD","0","2019-01-07","2","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23618","CPD","0","2019-01-08","3","0","7c/Hi2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23619","SDN","0","2019-01-07","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23620","SDN","0","2019-01-11","5","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23621","CLA","0","2019-01-08","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23622","CLA","0","2019-01-10","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23623","SDN","0","2019-01-10","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23624","SDN","0","2019-01-07","5","0","7C1/Sc","S1","1P.10","Why do cars have a top speed?","","","1) W: Cars have a top speed because:\n - As they get faster they hit more air particles (harder) \n - When the car hits the particles the particles hit the car causing drag\n - The thrust from the engine force is constant\n - When the drag balances the engine force there is no resultant force\n - So no acceleration\n - So car travels at a constant (top) speed\n2) W: Engines and motors produce a force called Thrust.","Why do cars have a top speed? Cars have a top speed because as a car gets faster the drag increases until it balances the force from the engine.\nWhat is the name of the force produced by an engine or motor? Engines and motors produce a force called Thrust.","https://www.mrcorfe.com/MemoryAnchors/f39c46633b614826deadddbac4248c00.jpg","Thrust: A force from an engine.\nConstant speed: An object which is neither accelerating or decelerating. This object may be stationary.\nAcceleration\nDrag","","","Activity 1)\nDEMO: Toy car to prompt students to think about its shape and drag\n\nCLASS: Students each have a measuring cylinder and time how long it takes different shapes to fall through wall paper paste","Activity 1)\nDEMO: Toy car\n\nCLASS: per group: \n1 x large measuring cylinder filled with wall paper paste. plasticine to make into different shape, 1 timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("23625","SDN","0","2019-01-10","3","0","7C1/Sc","S1","","POO","","","1) Progress Observation Opportunity","Energy \nCells\nParticles\nForces:PROGRESS OBSERVATION OPPORTUNITY","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("23626","SFD","0","2019-01-07","5","0","7C2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23627","SFD","0","2019-01-10","3","0","7C2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23628","CLA","0","2019-01-08","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23629","CLA","0","2019-01-09","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23630","CLA","0","2019-01-10","4","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23631","DLN","0","2019-01-09","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23632","SNK","0","2019-01-07","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23633","SNK","0","2019-01-10","3","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23634","SDN","0","2019-01-09","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23635","SDN","0","2019-01-10","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23636","SDN","0","2019-01-11","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23637","JHT","0","2019-01-08","3","0","8a/Hi2","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23638","JHT","0","2019-01-10","4","0","8a/Hi2","D3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23639","SDN","0","2019-01-08","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23640","SDN","0","2019-01-11","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23641","PKT","0","2019-01-09","2","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23642","PKT","0","2019-01-10","2","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23643","PKT","0","2019-01-11","3","0","8A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23644","JHT","0","2019-01-09","2","0","8A2/Sc","S2","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("23645","JHT","0","2019-01-10","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23646","JHT","0","2019-01-11","3","0","8A2/Sc","S2","5p.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("23647","CML","0","2019-01-09","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23648","CML","0","2019-01-10","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23649","CML","0","2019-01-11","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23650","SDN","0","2019-01-08","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23651","SDN","0","2019-01-11","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23652","CLA","0","2019-01-08","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23653","SNK","0","2019-01-10","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23654","CLA","0","2019-01-07","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23655","CLA","0","2019-01-10","3","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23656","CML","0","2019-01-07","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23657","CML","0","2019-01-10","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23658","DLN","0","2019-01-07","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23659","SFD","0","2019-01-09","2","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23660","SFD","0","2019-01-11","3","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23661","CLA","0","2019-01-10","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23662","PKT","0","2019-01-07","5","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23663","PKT","0","2019-01-10","3","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23664","SFD","0","2019-01-10","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23665","PKT","0","2019-01-10","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23666","SNK","0","2019-01-07","1","0","9A1/Sc","S3","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("23667","SNK","0","2019-01-07","2","0","9A1/Sc","S3","","","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Heart dissection?","","0","","0000-00-00","0","","0"),
("23668","SNK","0","2019-01-08","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23669","SNK","0","2019-01-09","3","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23670","SNK","0","2019-01-10","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23671","SNK","0","2019-01-11","5","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23672","CLA","0","2019-01-07","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23673","CLA","0","2019-01-07","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23674","CLA","0","2019-01-08","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23675","CLA","0","2019-01-09","3","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23676","CLA","0","2019-01-10","1","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23677","CLA","0","2019-01-11","5","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23678","SKT","0","2019-01-07","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23679","SKT","0","2019-01-07","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23680","SKT","0","2019-01-08","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23681","SKT","0","2019-01-09","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23682","SKT","0","2019-01-10","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23683","SKT","0","2019-01-11","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23684","PKT","0","2019-01-07","1","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23685","PKT","0","2019-01-07","2","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23686","PKT","0","2019-01-08","1","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23687","PKT","0","2019-01-09","3","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23688","PKT","0","2019-01-10","1","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("23689","PKT","0","2019-01-11","5","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("23697","SFD","0","2019-01-08","3","0","9B2/Sc","S5","","","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","Activity 2)\nExplore the treatments used for cancer, discuss how these work.\nActivity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
("23698","SFD","0","2019-01-09","5","0","9B2/Sc","S5","","","","Students should be able to describe cancer as the result of changes in cells that lead to uncontrolled growth and division.\n","1) There are also genetic risk factors for some cancers.\n3) Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\n4) Benign tumours do not invade other parts of the body.\n5) Malignant tumour cells are cancers.\n6) Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\n7) Scientists have identified lifestyle risk factors for various types of cancer.","What are the other risk factors apart from lifestyle risk factors? There are also genetic risk factors for some cancers.\nIn terms of cells what is cancer? Cancer is the result of changes in cells that lead to uncontrolled growth and division.\nWhat are benign tumours? Benign tumours are growths of abnormal cells which are contained in one area, usually within a membrane.\nCan benign tumours cause cancer to spread around the body? No, benign tumours do not invade other parts of the body.\nWhat are malignant tumours? Malignant tumour cells are cancers.\nHow do malignant tumours form secondary tumours? Malignant tumours invade neighbouring tissues and spread to different parts of the body in the blood where they form secondary tumours.\nWhat are the main risk factors for various types of cancer? The lifestyle risk factors for cancer can include, smoking, drinking alcohol, obesity and excessive exposure to sunlight.","","Malignant: A tumour where cells can spread to other parts of the body creating new tumours.\nBenign: A tumour that does not spread to other parts of the body.\nTumour: Abnormal growth of cells in the body producing a swelling or lump.\nCancer: A malignant growth resulting from an uncontrolled division of cells.","","","Activity 2)\nExplore the treatments used for cancer, discuss how these work.\nActivity 6)\nhttps://www.youtube.com/watch?v=OcigJn8UJNQ\nDescribe the difference between malignant and benign tumours.\nExplain how cancers can spread to other parts of the body.\nActivity 7)\nAnalyse data on biological and lifestyle factors linked to forms of cancer.\nGF/EW: Evaluate how well different factors can be limited to decrease the chance of getting cancer.","","","0","","0000-00-00","0","","0"),
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("23708","JHT","0","2019-01-07","1","0","9B3/Sc","S4","","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
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("24029","JHT","0","2019-01-07","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24030","JHT","0","2019-01-08","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24031","JHT","0","2019-01-09","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24032","JHT","0","2019-01-10","1","0","8A2/Sc","S2","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24033","CML","0","2019-01-09","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24034","CML","0","2019-01-10","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24035","CML","0","2019-01-07","5","0","8A3/Sc","S4","","","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
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("24037","JHT","0","2019-01-11","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24038","CLA","0","2019-01-07","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24039","CLA","0","2019-01-11","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24040","CLA","0","2019-01-10","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24041","CLA","0","2019-01-11","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24042","SNK","0","2019-01-08","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24043","CLA","0","2019-01-07","4","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24044","CLA","0","2019-01-09","2","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24045","DLN","0","2019-01-07","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24046","DLN","0","2019-01-09","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24047","CML","0","2019-01-08","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24048","CML","0","2019-01-07","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24050","CML","0","2019-01-10","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24051","CML","0","2019-01-11","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24052","CLA","0","2019-01-10","1","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24053","SFD","0","2019-01-07","5","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24054","SFD","0","2019-01-09","4","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24055","CLA","0","2019-01-08","2","0","8E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24056","PKT","0","2019-01-07","4","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24057","PKT","0","2019-01-08","5","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24058","PKT","0","2019-01-09","2","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24059","PKT","0","2019-01-10","5","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24060","PKT","0","2019-01-11","5","0","8S/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24061","JHT","0","2019-01-07","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24062","JHT","0","2019-01-09","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24063","SNK","0","2019-01-10","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24064","SNK","0","2019-01-11","3","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24065","CLA","0","2019-01-10","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24066","CLA","0","2019-01-11","3","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24067","SKT","0","2019-01-10","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24068","SKT","0","2019-01-11","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24069","PKT","0","2019-01-10","2","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24070","PKT","0","2019-01-11","3","0","9A4/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24071","CLA","0","2019-01-08","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24072","LAN","0","2019-01-07","2","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24073","LAN","0","2019-01-10","2","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24074","SFD","0","2019-01-10","2","0","9B2/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24075","SFD","0","2019-01-07","2","0","9B2/Sc","S5","","","","Students should be able to describe the stages of the cell cycle, including mitosis.\n\nStudents should be able to recognise and describe situations in given contexts where mitosis is occurring.\n","1) The nucleus of a cell contains chromosomes made of DNA molecules.\n2) Each chromosome carries a large number of genes.\n3) In body cells the chromosomes are normally found in pairs.\n4) Cells divide in a series of stages called the cell cycle.\n6) During the cell cycle the genetic material is doubled and then divided into two identical cells.\n7) Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\n8) In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\n9) Finally the cytoplasm and cell membranes divide to form two identical cells.\n10) Students need to understand the three overall stages of the cell cycle but do not need to know the different phases of the mitosis stage.\n11) Cell division by mitosis is important in the growth and development of multicellular organisms.","What is contained in the cell nucleus? The nucleus of a cell contains chromosomes made of DNA molecules\nWhat is a chromosome made up of? :Each chromosome carries a large number of genes\nHow are chromosomes normally found in body cells? In body cells the chromosomes are normally found in pairs.\nWhat is a cell cycle? :Where cells divide in a series of stages\nWhat happens during the cell cycle? :During the cell cycle the genetic material is doubled and then divided into two identical cells.\nWhat must happen before a cell divides? :Before a cell can divide it needs to grow and increase the number of sub-cellular structures such as ribosomes and mitochondria. The DNA replicates to form two copies of each chromosome.\nin mitosis what happens after DNA has been replicated? In mitosis one set of chromosomes is pulled to each end of the cell and the nucleus divides.\nIn mitosis how many cells are produced and how could you describe them? :Two - identical daughter cells \nWhat are the three main stages of a cell cycle during mitosis? 1. Replication of DNA ;2. DNA divides ;3. Two cells formed \nWhy is cell division by mitosis important in multicellular organisms? :For growth and development \nA human cell has 46 pairs of choromsomes what stage of mitosis is in it? :First stage - replication of DNA (Prophase) ","","Multicellular: Organism made of more than one cell.\nMitosis: Cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus.\nCell Cycle: Growth and reproduction of cells consisting of different stages including interphase and mitosis.\nChromosome: Long section of DNA containing many genes.","","","Activity 3)\nQuiz pupils about their knowledge of DNA and chromosomes, testing keywords.\nGF: question as to why chromosomes exist in pairs.\nActivity 7)\nFlow diagram of the stages of the cell cycle describing the key points of each stage. Have flow diagram cycle round.\nActivity 12)\nStretch: Describe/Draw annotate what happens to the replicated chromosomes during mitosis.\nChallenge: Explain how mitosis makes sure that the division results in two genetically identical daughter cells.\nGF: Explain why it is important that cell division is a very controlled process.","","","0","","0000-00-00","0","","0"),
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("24077","JHT","0","2019-01-10","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24078","SKT","0","2019-01-08","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24079","JHT","0","2019-01-09","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24080","JHT","0","2019-01-08","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24081","JHT","0","2019-01-10","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24082","PKT","0","2019-01-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24083","DLN","0","2019-01-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24084","CLA","0","2019-01-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24085","SNK","0","2019-01-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24086","SKT","0","2019-01-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24087","SFD","0","2019-01-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24088","SKT","0","2019-01-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24089","DLN","0","2019-01-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24090","SNK","0","2019-01-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24091","SDN","0","2019-01-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24092","SFD","0","2019-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24096","CPD","0","2019-01-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24100","SSN","0","2019-01-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24101","DLN","0","2019-01-09","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24113","CML","0","2019-01-10","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24132","SNK","0","2019-01-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24133","LAN","0","2019-01-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24134","SNK","0","2019-01-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24135","SKT","0","2019-01-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24136","SNK","0","2019-01-18","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24137","SFD","0","2019-01-14","3","0","10ASK/Sc","S5","C1.4.06","What are fullerenes?","","Students should be able to recognise giant covalent structures from diagrams showing their bonding and structure.\n","1) Substances that consist of giant covalent structures are solids with very high melting points.\n2) In diamond, each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\n3) All of the atoms in these structures are linked to other atoms by strong covalent bonds.\n4) Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\n6) The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","Diamond, graphite and fullerenes are all examples of what type of structure? Diamond, graphite and fullerenes are all examples of giant covalent structures\nHow many bonds can an individual atom of carbon form?\n\nHow many bonds does each carbon form in an atom of a) Diamond\nb) Graphite:A single carbon atom can form a maximum of four possible bonds.;;a) In diamond each carbon atom is covalently bonded to 4 other carbon atoms.;;b) In graphite each carbon atom is covalently bonded to 3 other carbon atoms.\nMolecules of diamond, graphite and fullerenes are all held together by what type of bonds? Covalent bonds\nWhich giant covalent structures are made only from carbon? Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\nWhat was the first fullerene to be discovered and what is its shape? The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","","Extended writing: explain why covalent substances do not conduct electricity.\n
\nGF: Explain why pure water does not conduct electricity but tap water does conduct electricity.\nCovalent: Bonding between two non metals.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond. Graphite contains layers of carbon atoms. The layers slide over each other easily because there are only weak forces between them, making graphite slippery.\nFullerenes: The fullerenes are a large class of allotropes of carbon and are made of balls, 'cages' or tubes of carbon atoms. Buckminster fullerene is one type of fullerene.\nDiamond: Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms.","","","Activity 1)\nJigsaw research the four different types of covalent structure.
\nCompare ready made 3D examples of giant covalent structures.
\nEW: Why is a split ring commutator made out of Graphite.
\nGF: Why would Fullerenes be used in drug delivery rather than graphite?","","","0","","0000-00-00","0","","0"),
("24138","SFD","0","2019-01-15","4","0","10ASK/Sc","S5","C1.4.07","Why are giant covalent structures useful?","","Students should be able to explain the properties of diamond in terms of its structure and bonding.\n\nStudents should be able to explain the properties of graphite in terms of its structure and bonding.\n\nStudents should know that graphite is similar to metals in that it has delocalised electrons.\n\nStudents should be able to explain the properties of graphene in terms of its structure and bonding.\n\nStudents should be able to recognise graphene and fullerenes from diagrams and descriptions of their bonding and structure\n\nStudents should be able to give examples of the uses of fullerenes, including carbon nanotubes.\n","2) Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\n3) In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\n4) In graphite, one electron from each carbon atom is delocalised.\n5) These bonds must be overcome to melt or boil these substances.\n8) Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\n9) Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\n12) Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.","Why is diamond so hard, in terms of its structure and bonding? each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\nWhy do metals tend to have high melting and boiling points? Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\nHow many bonds does each carbon atom form in graphite and how does this impact it\'s structure? In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\nWhat happens to the spare electron that remains unused in a covalent bond in graphite? It becomes delocalised (shared between atoms)\nWhy do giant covalent structures have very high melting and boiling points? Their covalent bonds must be overcome in order for them to melt or boil, meaning large amounts of energy are required..\nWhy is graphite soft and slippery? Because individual layer of graphite are only held together by weak intermolecular forces, allowing them to easily slide away from each other.\nHow is graphite similar to metals? Graphite is similar to metals in that is has delocalised electrons.\nWhat makes graphene useful in electronics and composites? Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\nWhat are the properties of carbon nanotubes and what do their properties make them useful for? Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\nWhat are the properties of graphene in terms of its structure and bonding? - One atom thick, so is 2D in structure.;- Strong, as each layer of graphene is held together by strong covalent bonds.;- Able to conduct electricity and heat, due to each carbon giving up a delocalised electron.\nWhat are fullerenes and what is their structure? Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.\nName three uses of fullerenes? Fullerenes can be used as carbon nanotubes to reinforce graphite in tennis rackets, semiconductors in electrical circuits, and as nanotubes as a container from transporting a drug in the body.","","Delocalised: Electrons are free to move.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nMetallic bonding is the strong attraction between closely packed positive metal ions and a 'sea' of delocalised electrons.
\n This is why metals have high melting points and boiling points.
\nMetallic bonding: The particles in a metal are held together by metallic bonds.","","","Activity 2)\nCreate models of metallic structures.
\nUse copper wire and silver nitrate solution to grow silver crystals.
\nPractical: Metals and insulators electrical conduction.
\nVideo clips:
\nBBC Bitesize The atomic structure of metals
\n
\nYouTube: What are metallic bonds?","Activity 2)\nExamples of metals and insulators.\nElectricity trolley\nleads with crocodille clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24139","SFD","0","2019-01-15","5","0","10ASK/Sc","S5","","Homework Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24140","SFD","0","2019-01-16","1","0","10ASK/Sc","S5","C1.4.08","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.\n","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.
\nTemperature sensitive smart alloys practical
\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.
\nExtended writing: describe melting points and boiling points of metallic substances.
\n
\nExtended writing: explain why the melting point and boiling point of metallic substances are high.
\n
\nExtended writing: describe the structure of metal alloys.
\nResearch some uses of metallic substances.
\n
\nExtension: make links between the uses of metal substances, their properties and structure.
\n
\nResearch some uses of metal alloys.
\n
\nExtension: make links between the uses of metal alloys, their properties and structure.
\n
\nBBC Bitesize The properties and uses of metals
\n
\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.
\n
\nTemp sensitive alloys.
\nKettle
\nIce\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24141","SFD","0","2019-01-18","5","0","10ASK/Sc","S5","C1.4.09","What is nanoscience?","","(MS) Students should be able to make order of magnitude calculations.\n\nStudents should be able to compare ?nano? dimensions to typical dimensions of atoms and molecules.\n\nStudents should be able to calculate areas of triangles and rectangles, surface areas and volumes of cubes.\n\nStudents should consider advantages and disadvantages of the applications of these nanoparticulate materials, but do not need to know specific examples or properties other than those specified.\n\nStudents should be able to given appropriate information, evaluate the use of nanoparticles for a specified purpose\n\nStudents should be able to explain that there are possible risks associated with the use of nanoparticles.\n","1) Nanoscience refers to structures that are 1?100 nm in size, of the order of a few hundred atoms.\n2) Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\n3) Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\n5) As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\n6) Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.\n\n9) Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts. New applications for nanoparticulate materials are an important area of research.","What sort of structures does nanoscience refer to? Nanoscience refers to structures that are 1-100 nm in size, of the order of a few hundred atoms.\nWhat is the size of a fine particle and which is smaller, nanoparticles or fine particles? Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\nWhat is the diameter of coarse particles, such as dust? Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\nWhat happens to the size of the surface area to volume ratio of a cube is you decrease the size of the sides by a factor or 10? As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\nWhy are the properties of nanoparticles different from those for the same materials in bulk? Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.;\nHow do nanoparticles compare in size to individual atoms? Nanoparticles are made of up to 1000 atoms or molecules, therefore their size is larger than that of an atom.\nWhat are the main applications of nanoparticles? Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts.\nWhat are the advantages and disadvantages of using nanoparticles? The advantages of nanoparticles are endless as they link to many new technilogies both commercially and medically however there are disadvantages as well. There are some concerns that nanoparticles may be toxic to people. They may be able to enter the brain from the bloodstream and cause harm. Some people think more tests should take place before nanoparticles of a material are used on a wider scale.","","Volume ratio: The surface-area-to-volume ratio, also called the surface-to-volume ratio and variously denoted sa/vol or SA:V, is the amount of surface area per unit volume of an object or collection of objects.\nSurface area: The surface area of a solid object is a measure of the total area that the surface of the object occupies.\nParticles: You can use the idea of particles to explain the properties of solids, liquids and gases.\nNanoparticles: Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm","","","Activity 1)\nExtended writing: describe the history of nanoscience
\nVideo clip
\nYouTube: What is nanoscience?
\nhttps://www.youtube.com/watch?v=0U2hyQ1dyoU
\n
\nExtended writing: link the uses of nanoparticles to their properties.
\n
\nExtended writing: evaluate the use of nanoparticles in applications, eg sun cream.
\n
\nResearch uses and properties of nanoparticles.
\n
\nhttps://www.youtube.com/watch?v=nYEmiQCr3JU\nActivity 11)\nInvestigate the effectiveness of nanoparticles in nappies. Increasing mass to see how much water it can hold.","Activity 11)\nsmall balances \nweighing boats\n250mL beakers\nglass stirring rods \ndistilled water bottles \ncut up nappies \nspatulas\n\n-----------","","0","","0000-00-00","0","","0"),
("24142","CML","0","2019-01-14","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24143","CML","0","2019-01-14","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24144","CML","0","2019-01-15","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24145","CML","0","2019-01-15","5","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24146","CML","0","2019-01-16","1","0","10BSK/Sc","S2","C1.4.3","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24147","CML","0","2019-01-18","4","0","10BSK/Sc","S2","C1.4.4","What are condensation polymers?","","Students should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.","1) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n2) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n4) Condensation polymerisation involves monomers with two functional groups.","(Chem only) What occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\n(Chem only) How many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n(Chem only) What are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\n(Chem only) When does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.","","Monomer: The smallest unit of a polymer.\nPolymers: Produced when monomers react.\nCondensation reaction: Losing water during a reaction.","","","Activity 1)\nMolymods creating the most basic condensation polymer.\nGF: Create your own example of a condensation polymer.","","","0","","0000-00-00","0","","0"),
("24148","LAN","0","2019-01-14","3","0","10CLA/Sc","S7","c1.4.8","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.\n","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.
\nTemperature sensitive smart alloys practical
\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.
\nExtended writing: describe melting points and boiling points of metallic substances.
\n
\nExtended writing: explain why the melting point and boiling point of metallic substances are high.
\n
\nExtended writing: describe the structure of metal alloys.
\nResearch some uses of metallic substances.
\n
\nExtension: make links between the uses of metal substances, their properties and structure.
\n
\nResearch some uses of metal alloys.
\n
\nExtension: make links between the uses of metal alloys, their properties and structure.
\n
\nBBC Bitesize The properties and uses of metals
\n
\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.
\n
\nTemp sensitive alloys.
\nKettle
\nIce\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24149","LAN","0","2019-01-15","4","0","10CLA/Sc","S7","C1.4.9","What is nanoscience?","","(MS) Students should be able to make order of magnitude calculations.\n\nStudents should be able to compare ?nano? dimensions to typical dimensions of atoms and molecules.\n\nStudents should be able to calculate areas of triangles and rectangles, surface areas and volumes of cubes.\n\nStudents should consider advantages and disadvantages of the applications of these nanoparticulate materials, but do not need to know specific examples or properties other than those specified.\n\nStudents should be able to given appropriate information, evaluate the use of nanoparticles for a specified purpose\n\nStudents should be able to explain that there are possible risks associated with the use of nanoparticles.\n","1) Nanoscience refers to structures that are 1?100 nm in size, of the order of a few hundred atoms.\n2) Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\n3) Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\n5) As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\n6) Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.\n\n9) Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts. New applications for nanoparticulate materials are an important area of research.","What sort of structures does nanoscience refer to? Nanoscience refers to structures that are 1-100 nm in size, of the order of a few hundred atoms.\nWhat is the size of a fine particle and which is smaller, nanoparticles or fine particles? Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\nWhat is the diameter of coarse particles, such as dust? Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\nWhat happens to the size of the surface area to volume ratio of a cube is you decrease the size of the sides by a factor or 10? As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\nWhy are the properties of nanoparticles different from those for the same materials in bulk? Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.;\nHow do nanoparticles compare in size to individual atoms? Nanoparticles are made of up to 1000 atoms or molecules, therefore their size is larger than that of an atom.\nWhat are the main applications of nanoparticles? Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts.\nWhat are the advantages and disadvantages of using nanoparticles? The advantages of nanoparticles are endless as they link to many new technilogies both commercially and medically however there are disadvantages as well. There are some concerns that nanoparticles may be toxic to people. They may be able to enter the brain from the bloodstream and cause harm. Some people think more tests should take place before nanoparticles of a material are used on a wider scale.","","Volume ratio: The surface-area-to-volume ratio, also called the surface-to-volume ratio and variously denoted sa/vol or SA:V, is the amount of surface area per unit volume of an object or collection of objects.\nSurface area: The surface area of a solid object is a measure of the total area that the surface of the object occupies.\nParticles: You can use the idea of particles to explain the properties of solids, liquids and gases.\nNanoparticles: Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm","","","Activity 1)\nExtended writing: describe the history of nanoscience
\nVideo clip
\nYouTube: What is nanoscience?
\nhttps://www.youtube.com/watch?v=0U2hyQ1dyoU
\n
\nExtended writing: link the uses of nanoparticles to their properties.
\n
\nExtended writing: evaluate the use of nanoparticles in applications, eg sun cream.
\n
\nResearch uses and properties of nanoparticles.
\n
\nhttps://www.youtube.com/watch?v=nYEmiQCr3JU\nActivity 11)\nInvestigate the effectiveness of nanoparticles in nappies. Increasing mass to see how much water it can hold.","nappies and water investigation with trays to catch water. cut up nappies to extract nano particles.","","0","","0000-00-00","0","","0"),
("24150","LAN","0","2019-01-15","5","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24151","LAN","0","2019-01-16","1","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24152","LAN","0","2019-01-18","5","0","10CLA/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24153","DLN","0","2019-01-16","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24154","PKT","0","2019-01-14","3","0","10JCE/Sc","S1","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\nFilament lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24155","PKT","0","2019-01-14","4","0","10JCE/Sc","S1","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24156","PKT","0","2019-01-15","4","0","10JCE/Sc","S1","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","","","0","","0000-00-00","0","","0"),
("24157","PKT","0","2019-01-15","5","0","10JCE/Sc","S1","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24158","PKT","0","2019-01-16","1","0","10JCE/Sc","S1","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24159","PKT","0","2019-01-18","4","0","10JCE/Sc","S1","","P1.3 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24160","CLA","0","2019-01-14","3","0","10MES/Sc","S4","B1.5.01","What is a pathogen?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Pathogens are microorganisms that cause infectious disease.\n4) If a pathogen enters the body the immune system tries to destroy the pathogen.\n5) White blood cells help to defend against pathogens by:\n- phagocytosis\n- antibody production\n- antitoxin production.\n8) Pathogens may be viruses, bacteria, protists or fungi.\n9) Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\n10) Bacteria and viruses may reproduce rapidly inside the body.\n11) Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\n12) Viruses live and reproduce inside cells, causing cell damage.","What are pathogens? Pathogens are microorganisms that cause infectious disease.\nWhat are the humans natural defence systems against pathogens? The humans natural defence systems against pathogens are the skin, nose, stomach, trachea and bronchi.\nWhat is the role of the immune system in the defence against disease? The role of the immune system in the defence against disease is to detect and destroy pathogens that enter the body's blood stream.\nHow does the immune system respond if a pathogen enters the body? If a pathogens enters the body the immune system tries to destroy the pathogen\nHow do white blood cells help to defend against pathogens? (give 3 ways):White blood cells help to defend against pathogens by:;- phagocytosis;- antibody production;- antitoxin production.\nHow do the different pathogens spread in animals and plants? Pathogens can be spread in plants and animals through direct contact, by water or through the air.\nHow can the spread of diseases be reduced or prevented? The spread of pathogens can be reduced or prevented through simple hygiene (covering the mouth when coughing or washing hands), isolation of infected individuals, destroying vectors (such as mosquitoes carrying malaria) or vaccination.\nWhat four categories can pathogens fall into? Pathogens may be viruses, bacteria, protists or fungi.\nWhat can pathogens infect and how are they spread? Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\nWhat do bacteria and viruses do once inside the body? Bacteria and viruses may reproduce rapidly inside the body.\nHow do bacteria make us feel ill? Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\nHow do viruses cause damage to the cells? Viruses live and reproduce inside cells, causing cell damage.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Fungi - type of pathogen\nVirus - type of pathogen, takes over host cells\nBacteria - type of pathogen \nImmune System: Made up of white blood cells, antibodies and antitoxins\nPathogens: Microorganisms that can transmit infectious diseases","","","Activity 1)\nMicrobe blind date activity. \nStudents not involved answer the questions on the work sheet. (found in T drive)\nActivity 2)\nLabel an outline of the human body with the bodies natural defences\nActivity 5)\nModel the effects of white blood cells using plasticine or MWB. Take photos and stick into students books.\nActivity 6)\nPut glitter onto your hand and greeting students at the door see how the glitter transmits around the classroom.\n\nEach student gets a test tube of water except for one who gets a weak acid. Students swap with 3 others in the room. Then work backwards to try and establish who started with the disease. Test with Universal indicator solution or paper to see they have the disease (red means infected)\nActivity 7)\nWatch this video before showing a class. Consider if it is appropriate, in particular with any ASD students in the class. \nhttps://www.youtube.com/watch?v=Ffhi1CPzT48 \n\nGF: What effect could non vaccination have on socio-economical issues (think NHS, nurseries)\nActivity 8)\n.\nActivity 12)\nEW: (Construct a matrix map) To compare fungi, virus, bacteria and protists to include size, site of reproduction and effects in the body","Activity 5)\nplasticine\n\n-----------\n\nActivity 6)\nglitter in a box \n\none test tube per each student of water\n1 test tube given to teacher to have acid in\nUI bottles x 6 (minimum) \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24161","SSN","0","2019-01-15","4","0","10MES/Sc","S4","B1.5.02","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24162","CLA","0","2019-01-15","5","0","10MES/Sc","S4","B1.5.02","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24163","CLA","0","2019-01-16","1","0","10MES/Sc","S4","B1.5.03","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24164","CLA","0","2019-01-18","5","0","10MES/Sc","S4","","x","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","2) Evaluate the global use of vaccination in the prevention of disease.\n3) Vaccination involves introducing small quantities of dead or inactive\nforms of a pathogen into the body to stimulate the white blood cells to produce antibodies.\n4) If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.\n5) Students do not need to know details of vaccination schedules and side effects associated with specific vaccines.","How do vaccinations prevent illness in an individual and the spread of disease in a population? :Vaccinations prevent the illness in an individual by stimulating the white blood cells to produce antibodies making the immune system quicker to respond if infected with the virus. Vaccinations reduce the wide spread of infectious diseases caused by viruses.\nWhat are the advantages and disadvantages of using vaccinations to prevent disease? The advantages of using vaccinations to prevent disease are that less people will be infected by the disease, the disease will not spread as far and the cost of a vaccine is usually cheaper than treating an ill person.;The disadvantages are that some people will still suffer with the illness (different strains or not full effects), there are posisble side affects of the vaccine and vaccinations cost NHS/people money.\nWhat is in a vaccine? A vaccination is a small quantity of dead or inactive forms of a pathogen\nHow does a vaccination work? The vaccination causes the body to stimulate the white blood cells to produce antibodies. If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.","","White blood cells: specialised cells that destroy pathogens in the blood\nAntibodies: produced by white blood cells, specific to each pathogen\nVaccination: inactive virus given to a healthy person","","","Activity 4)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 5)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.","x","","0","","0000-00-00","0","","0"),
("24165","SNK","0","2019-01-18","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24166","SNK","0","2019-01-14","3","0","10SNK/Sc","S3","C1.4.8","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.\nTemperature sensitive smart alloys practical\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.\nExtended writing: describe melting points and boiling points of metallic substances.\n\nExtended writing: explain why the melting point and boiling point of metallic substances are high.\n\nExtended writing: describe the structure of metal alloys.\nResearch some uses of metallic substances.\n\nExtension: make links between the uses of metal substances, their properties and structure.\n\nResearch some uses of metal alloys.\n\nExtension: make links between the uses of metal alloys, their properties and structure.\n\nBBC Bitesize The properties and uses of metals\n\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.\n\nTemp sensitive alloys.\nKettle\nIce\n\n-----------","","0","","0000-00-00","0","","0"),
("24167","SNK","0","2019-01-14","4","0","10SNK/Sc","S3","C1.4.9","What is nanoscience?","","(MS) Students should be able to make order of magnitude calculations.\n\nStudents should be able to compare ?nano? dimensions to typical dimensions of atoms and molecules.\n\nStudents should be able to calculate areas of triangles and rectangles, surface areas and volumes of cubes.\n\nStudents should consider advantages and disadvantages of the applications of these nanoparticulate materials, but do not need to know specific examples or properties other than those specified.\n\nStudents should be able to given appropriate information, evaluate the use of nanoparticles for a specified purpose\n\nStudents should be able to explain that there are possible risks associated with the use of nanoparticles.\n","1) Nanoscience refers to structures that are 1?100 nm in size, of the order of a few hundred atoms.\n2) Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\n3) Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\n5) As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\n6) Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.\n\n9) Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts. New applications for nanoparticulate materials are an important area of research.","What sort of structures does nanoscience refer to? Nanoscience refers to structures that are 1-100 nm in size, of the order of a few hundred atoms.\nWhat is the size of a fine particle and which is smaller, nanoparticles or fine particles? Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\nWhat is the diameter of coarse particles, such as dust? Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\nWhat happens to the size of the surface area to volume ratio of a cube is you decrease the size of the sides by a factor or 10? As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\nWhy are the properties of nanoparticles different from those for the same materials in bulk? Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.;\nHow do nanoparticles compare in size to individual atoms? Nanoparticles are made of up to 1000 atoms or molecules, therefore their size is larger than that of an atom.\nWhat are the main applications of nanoparticles? Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts.\nWhat are the advantages and disadvantages of using nanoparticles? The advantages of nanoparticles are endless as they link to many new technilogies both commercially and medically however there are disadvantages as well. There are some concerns that nanoparticles may be toxic to people. They may be able to enter the brain from the bloodstream and cause harm. Some people think more tests should take place before nanoparticles of a material are used on a wider scale.","","Volume ratio: The surface-area-to-volume ratio, also called the surface-to-volume ratio and variously denoted sa/vol or SA:V, is the amount of surface area per unit volume of an object or collection of objects.\nSurface area: The surface area of a solid object is a measure of the total area that the surface of the object occupies.\nParticles: You can use the idea of particles to explain the properties of solids, liquids and gases.\nNanoparticles: Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm","","","Activity 1)\nExtended writing: describe the history of nanoscience
\nVideo clip
\nYouTube: What is nanoscience?
\nhttps://www.youtube.com/watch?v=0U2hyQ1dyoU
\n
\nExtended writing: link the uses of nanoparticles to their properties.
\n
\nExtended writing: evaluate the use of nanoparticles in applications, eg sun cream.
\n
\nResearch uses and properties of nanoparticles.
\n
\nhttps://www.youtube.com/watch?v=nYEmiQCr3JU\nActivity 11)\nInvestigate the effectiveness of nanoparticles in nappies. Increasing mass to see how much water it can hold.","Activity 11)\nsmall balances \nweighing boats\n250mL beakers\nglass stirring rods \ndistilled water bottles \ncut up nappies \nspatulas\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24168","SNK","0","2019-01-15","4","0","10SNK/Sc","S3","C1.4.10","","","","","","","","","","","C1.4 recap","","0","","0000-00-00","0","","0"),
("24169","SNK","0","2019-01-15","5","0","10SNK/Sc","S3","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\nFilament lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24170","SNK","0","2019-01-16","1","0","10SNK/Sc","S3","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24171","CML","0","2019-01-15","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24172","CML","0","2019-01-16","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24173","CML","0","2019-01-17","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24174","CML","0","2019-01-18","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24175","CML","0","2019-01-18","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24176","CPD","0","2019-01-15","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24177","CPD","0","2019-01-16","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24178","CPD","0","2019-01-17","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24179","CPD","0","2019-01-18","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24180","CPD","0","2019-01-18","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24181","LAN","0","2019-01-15","2","0","11LAN/Sc","S7","","","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","A3 paper \n\n-----------","","0","","0000-00-00","0","","0"),
("24182","LAN","0","2019-01-16","4","0","11LAN/Sc","S7","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24183","LAN","0","2019-01-17","5","0","11LAN/Sc","S7","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24184","LAN","0","2019-01-18","1","0","11LAN/Sc","S7","C2.3.1","How can we identify the purity of a substance?","","Students should be able to use melting point and boiling point data to distinguish pure from impure substances.\n\nStudents should be able to identify formulations given appropriate information.\n","1) In chemistry, a pure substance is a single element or compound, not mixed with any other substance.\n2) A formulation is a mixture that has been designed as a useful product. \n3) Pure elements and compounds melt and boil at specific temperatures. Melting point and boiling point data can be used to distinguish pure substances from mixtures.\n4) Formulations include fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\n5) In everyday language, a pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\n6) Formulations are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","What is a pure substance? A pure substance is a single element or compound, not mixed with any other substance.\nWhat is a formulation? A formulation is a mixture that has been designed to have distinct properties and be used as a useful product.\nWhat can be used to distinguish between pure substances and mixtures? Use Melting point and boiling point data to distinguish between pure substances and mixtures?\nWhat are examples of formulations? Formulations: fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\nWhat is a pure substance in everyday language? A pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\nHow are formulations made? They are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","",".\nBoiling point: The temperature at which a given liquid will boil.\nMelting point: The temperature at which a given solid will melt.\nFormulation: A mixture where components are carefully measured before being mixed to give a desired set of properties.\nPure: A substance made up of only one element and compound.","","","Activity 1)\nDesign a flow chart assigning elements/compounds/mixtures as pure or impure.\nWhy is 'pure' orange juice not pure?\nActivity 2)\nCase study: How tablets are made to ensure that the taker receives the correct dose of medication.\nActivity 3)\nStudy a range of melting points of pure and impure substances. Students draw conclusions from this.\nActivity 4)\nStudy a recipe and discuss how changing the recipe may affect the food product made. Link to formulations and why we use formulations\nActivity 6)\nSuggested practical:\nMaking mayonnaise\nActivity 7)\nAnalyse information on the melting points of pure gold against counterfeits as a method for determining purity","Activity 6)\nMaking mayonnaise\n\nPer group: \n•Small screw top bottles (100 cm3) or test tubes and bungs\n• Pipettes\n• Teaspoons (or disposable plastic spoons)\n• Cooking oil\n• Washing up liquid\n• Sugar\n• Flour\n• Mustard powder\n• Egg\n• 2 bowls (or 100 cm3 glass beakers)\n• Egg yolk separator\n•Plastic disposable gloves\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24185","LAN","0","2019-01-18","2","0","11LAN/Sc","S7","C2.3.2","How can we use chemical tests to identify an unknown gas?","","","1) The test for carbon dioxide uses an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\n2) Students do not need to know the names of components in proprietary products.\n3) The test for hydrogen uses a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\n4) The test for chlorine uses litmus paper. When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\n5) The test for oxygen uses a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","How would you test if carbon dioxide was present In a reaction? Use an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\nHow would you test if Hydrogen was present In a reaction? Use a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\nHow would you test if chlorine was present In a reaction? When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\nHow would you test if Oxygen was present In a reaction? Use a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","","Litmus paper: paper stained with litmus which is used to indicate the acidity or alkalinity of a substance.\nQuantitative test\nQualitative test: This type of test identifies whether a substance is present, but not how much of it exists. A common example would be using a pH indicator to see if an acid is present.\nLime water: An aqueous solution of calcium hydroxide.","","","Activity 1)\nPractical: Testing for different gases\n- Hydrogen\n- Carbon dioxide\n- Oxygen\n- Chlorine\n\nStudents to plan and investigate the gas tests","Activity 1)\nPractical: Testing for different gases\nPrepared samples of:\n- Hydrogen\n- Oxygen\n- Chlorine\n\nEquipment to prepare Carbon dioxide:\n-Marble chips\n-Hydrochloric acid\n-Delivery tubes\n-Conical flasks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24186","PKT","0","2019-01-15","2","0","11PKT/Sc","S1","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24187","PKT","0","2019-01-16","4","0","11PKT/Sc","S1","B2.5.3","How are organisms adapted to survive?","","Students should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n","3) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n4) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n5) Bacteria living in deep sea vents are extremophiles.","What is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.","","","","","","","","0","","0000-00-00","0","","0"),
("24188","PKT","0","2019-01-17","5","0","11PKT/Sc","S1","B2.5.5","How is material recycled by the living world?","","Students should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n","3) All materials in the living world are recycled to provide the building blocks for future organisms. Students are not expected to study the nitrogen cycle.\n5) The carbon cycle returns carbon from organisms to the atmosphere as\ncarbon dioxide to be used by plants in photosynthesis.\n6) The water cycle provides fresh water for plants and animals on land\nbefore draining into the seas.\n7) Water is continuously evaporated and\nprecipitated.","What different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("24189","PKT","0","2019-01-18","1","0","11PKT/Sc","S1","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24190","PKT","0","2019-01-18","2","0","11PKT/Sc","S1","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24191","SFD","0","2019-01-16","4","0","11SFD/Sc","S5","","Mastery of module - TR etc.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24192","SFD","0","2019-01-18","1","0","11SFD/Sc","S5","P2.4.01","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.\n","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24193","SFD","0","2019-01-18","2","0","11SFD/Sc","S5","P2.4.01","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.\n","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24194","SFD","0","2019-01-17","5","0","11SFD/Sc","S5","","Homework Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24195","SFD","0","2019-01-15","2","0","11SFD/Sc","S5","P2.3.06","What affects braking distance?","","(Physics only) Students should be able to estimate how the distance for a vehicle to make an emergency stop varies over a range of speeds typical for that vehicle. (MS)\n\nStudents should be able to explain the factors which affect the distance required for road transport vehicles to come to rest in emergencies, and the implications for safety\n\nStudents should be able to estimate how the distance required for road vehicles to stop in an emergency varies over a range of typical speeds.\n\nStudents should be able to explain the dangers caused by large decelerations\n\nStudents should be able to (HT only) estimate the forces involved in the deceleration of road vehicles in typical situations on a public road.\n","1) The braking distance of a vehicle can be affected by adverse road and weather conditions and poor condition of the vehicle.\n2) Adverse road conditions include wet or icy conditions. \n3) Poor condition of the vehicle is limited to the vehicle's brakes or tyres.\n7) (Physics only) Students will be required to interpret graphs relating speed to stopping distance for a range of vehicles. (MS)\n8) When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\n9) The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\n10) The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.","What can the braking distance of a vehicle be affected by? It can be affected by adverse road and weather conditions and poor condition of the vehicle.\nWhat are adverse road conditions? wet, icy, potholes and uneven surfaces are considered to be adverse road conditions.\nWhat are poor vehicle conditions limited to? they are limited to brakes or tyres.\n(Physics only) How does the distance for a vehicle to make an emergency stop vary over a range of speeds typical for that vehicle.:(Physics only) The faster the vehicle is going the greater the distance would be to come to a stop.\nWhatwould the estimate of the distance required for road vehicles to stop in an emergency varies over a range of speeds be; 30mph, 40mph and 60mph? 30mph - 23m 40mph - 36m 60mph -73m\n(Physics only):(Physics only)\nWhen a force is applied to the brakes of a vehicle, how does the work done by the forces between the brakes affect the kinetic energy and temperature of the brakes? When a force is applied to the brakes of a vehicle, work done by the friction force between the brakes and the wheel reduces the kinetic energy of the vehicle and the temperature of the brakes increases.\nwhat is the relationship between the speed of a vehicle and the braking force needed to stop the vehicle? The greater the speed of a vehicle the greater the braking force needed to stop the vehicle in a certain distance.\nHow does increasing the braking force affect deceleration and brake heat? The greater the braking force the greater the deceleration of the vehicle. Large decelerations may lead to brakes overheating and/or loss of control.\nWhat are the dangers caused by large decelerations? skidding, tyre blow-outs, loss of control of the vehicle, crashes.\n(HT only) What is the force if the mass of a vehicle os 2000Kg and the acceleration is 12m/s/s? (HT only) Force = 2000 x 12 = 24000N","","mass: how many particles there are (measured in KG)\nDeceleration: when an object slows down\nForce: something changes shape, direction or speed.\nWork done: Work is done when a force is applied to an object and the object is moved through a distance.\nKinetic energy: the energy stored within moving objects","","","Activity 2)\nInvestigate the effect of different surfaces to represent different road conditions. Compare amount of friction to stopping distance.\nActivity 6)\nUse the image from DVLA to discuss the stopping distances at different speeds. \nhttps://www.rac.co.uk/drive/advice/learning-to-drive/stopping-distances/\n\nGF: Explain why fuel for areoplanes and large lorries is made up of longer chained hydrocarbons to allow them to reach their top speeds. Compare the fuel needed for a car, lorry and plane.\nActivity 7)\nUse graphs to show the different stages of stopping distance\nActivity 8)\nModel the energy transfer that occurs during braking using large beakers of coloured water. \nStudents draw the energy transformation diagram.\nActivity 10)\nEW: Explain how increasing the braking force affect deceleration and brake heat. You should refer to the energy stores in your answer.\nActivity 12)\nRecall the equation, practice rearranging before applying to new questions.","Activity 2)\nData loggers \nwooden ramp \nstring \n2 clamp stands boss clamps \ndifferent surfaces \nwater spray (to create wet roads)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24196","DLN","0","2019-01-15","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24197","SKT","0","2019-01-15","2","0","11SKT/Sc","S2","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24198","SKT","0","2019-01-16","4","0","11SKT/Sc","S2","P2.4.01","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24199","SKT","0","2019-01-17","5","0","11SKT/Sc","S2","P2.4.03","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24200","SKT","0","2019-01-18","1","0","11SKT/Sc","S2","P2.4.03","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24201","SKT","0","2019-01-18","2","0","11SKT/Sc","S2","P2.4.06","What are the uses and dangers of the electromagnetic spectrum?","","Students should be able to give examples that illustrate the transfer of energy by electromagnetic waves.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n\n(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n4) Gamma rays originate from changes in the nucleus of an atom.\n5) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n6) Going from long to short wavelength (or from low to high frequency) the groups are: radio, microwave, infrared, visible light (red to violet), ultraviolet,\nX-rays and gamma rays.\n8) The effects depend on the type of radiation and the size of the dose.\n10) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n11) Electromagnetic waves have many practical applications. For example:\n- radio waves - television and radio\n- microwaves - satellite communications, cooking food\n- infrared - electrical heaters, cooking food, infrared cameras\n- visible light - fibre optic communications\n- ultraviolet - energy efficient lamps, sun tanning\n- X-rays and gamma rays - medical imaging and treatments.\n12) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n13) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n14) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n15) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","(HT only) How are radio waves produced? (HT only) Radio waves are produced by oscillations in electrical circuits.\nHow can electromagnetic waves be generated? Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated\nWhat types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nHow are gamma rays generated? Gamma rays are emitted from the nucleus. They have no charge or mass.\nWhat effects can Ultraviolet waves cause to the skin? Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\nWhat are three ways that show energy is transferred by electromagnetic waves? Some examples of how electromagnetic waves transfer energy are: ;Radio waves - radios in communication ;Microwaves - ovens for heating food ;Infrared radiation - wireless remote controls ;Ultraviolet - Ultrasound scans;Visible light - heat and light from light bulb;X-Ray: energy passes through tissue but stopped by bone in X ray imaging ;Gamma: Energy used to kill pathogens during sterilisation of medical equipment\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat are the risks and consequences of exposure to radiation? The risks of exposure to radiation can include radiation poisoning and cancer.\nWhat type of electromagnetic waves are ionising? X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n(HT only) What type of current is produced when radiowaves are absorbed? (HT only) When radio waves are absorbed they may create an alternating current.\n(HT only) How can the wavelength of electromagnetic waves be varied? (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)\n(HT only) Why is each type of electromagnetic wave suitable for practical application? Each member of the electromagnetic wave is suitable for a practical application because it has a small range of frequency and wave length.","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","Transmit: move from one place to another\nAbsorb: when a wave transfers its energy to the material it penetrates.\nRefract: when waves change speed when they move from one medium to another of different density\nReflect: when waves bounce back off a reflective surface\nWavelength: family of waves with similar properties\nElectromagnetic\nMutations: random changes to DNA\nGamma: the most ionising electromagnetic wave\nCircuits: An electric circuit is a path in which electrons from a voltage or current source flow\nElectrical: energy transfer\nWaves: how energy is transferred but matter is not\nIonising: radiation that carries enough energy to remove electrons from atoms\nX-ray: a type of ionising radiation\nOscillation: one complete cycle of a wave","","","Activity 5)\nEW: Why is it important to wear sun cream that has a high UV rating?\nActivity 6)\n*Duplicated from lesson 5* combined tier to teach in lesson 6. Higher tier covered in lesson 5\nActivity 7)\nFor each part of the EM wave consider the applications of each one and then identify the energy transformations that are occurring\nActivity 10)\nGF: Describe the changes to DNA that exposure to radiation can occur. What effects can this have on the cell and the rest of the body?\nActivity 11)\n*Duplicated for combined only in this lesson* Higher tier groups to teach this in lesson 5. \n\nWatch the video on how UV waves are used to produce images of unborn babies. Create a thinking map to help you answer. \nEW: How are EM waves used in medical imaging?\n\nhttps://www.youtube.com/watch?v=GvbXHoiQHbI\nActivity 12)\nUse the phet animation to show the electromagnetic fields from radio waves. \nhttps://phet.colorado.edu/en/simulation/legacy/radio-waves\nActivity 16)\nUse an image of the EM waves to compare the frequency and wavelength. \n\n\nDemonstrate an optical fibre showing total internal reflection.\n\nDemonstrate a use of UV by shining a UV light onto a bank note, through tonic water or writing a message using a security marker and then holding a UV light over the message.","Activity 16)\noptical fibre / internal reflection glass with ray box\n\nUV light \ntonic water \nsecurity marker pen \npaper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24202","SNK","0","2019-01-15","2","0","11SNK/Sc","S3","","","","","","","","","","","","Chromatography planning","","0","","0000-00-00","0","","0"),
("24203","SNK","0","2019-01-16","4","0","11SNK/Sc","S3","C2.3.4","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24204","SNK","0","2019-01-17","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24205","SNK","0","2019-01-18","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24206","SNK","0","2019-01-18","2","0","11SNK/Sc","S3","P2.4.1","What is a wave?","","Students should be able to describe the difference between longitudinal and transverse waves.\n\nStudents should be able to describe evidence that, for both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\n\nStudents should be able to describe wave motion in terms of their amplitude.\n\nStudents should be able to describe wave motion in terms of their wavelength.\n\nStudents should be able to describe wave motion in terms of their frequency.\n\nStudents should be able to describe wave motion in terms of their period.\n\nStudents should be able to identify amplitude and wavelength from given diagrams\n\nStudents should be able to describe a method to measure the speed of sound waves in air.\n","1) Waves may be either transverse or longitudinal.\n2) The ripples on a water surface are an example of a transverse wave\n3) Longitudinal waves show areas of compression and rarefaction.\n4) Sound waves travelling through air are longitudinal.\n11) The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\n12) The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent wave.\n13) The frequency of a wave is the number of waves passing a point each second.\n14) Period = 1 / freqency T = 1 / f\n15) The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\n16) All waves obey the wave equation: wave speed = frequency x wavelength v = f x λ","Name the two different types of waves.:The two types of waves are called transverse and longitudinal.\nWhat are the ripples on a water surface examples of? The ripples on a water surface are examples of transverse waves.\nWhat types of waves show areas of compression and rarefaction.:The type of waves that show compression and rarefaction are called longitudinal waves.\nWhat type of wave is a sound wave? Sounds waves are examples of longitudinal waves.\nWhat is the difference between longitudinal and transverse waves.:In a transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer. ;In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nDo the waves in air or the wave in the water travel? For both ripples on a water surface and sound waves in air, it is the wave and not the water or air itself that travels.\nHow can you describe wave motion? Wave motion can be described in terms of amplitude.\nHow can you describe wave motion? Wave motion can be described in terms of wavelength.\nHow can you describe wave motion? Wave motion can be described in terms of frequency.\nHow can you describe wave motion? Wave motion can be described in terms of period?\nWhat is meant by amplitude of wave.:The amplitude of a wave is the maximum displacement of a point on a wave away from its undisturbed position.\nWhat is meant by wavelength? The wavelength of a wave is the distance from a point on one wave to the equivalent point on the adjacent\nWhat is the frequency of a wave? The frequency of a wave is the number of waves passing a point each second.\nWhat does period and frequency equal to? Period = 1 / freqency T = 1 / f\nWhat is wave speed? The wave speed is the speed at which the energy is transferred (or the wave moves) through the medium.\nWhat is the equation that links the frequency, wave speed and wavelength? Wave speed = frequency x wavelength; v = f x λ\nIdentify amplitude and wavelength from given diagrams:identify amplitude and wavelength from given diagrams\nWhat method could be used to measure the speed of sound waves in air.:Over a long distance time how long it takes an observed sound to be heard.;Use an oscilliscope.","","Amplitude: the vertical distance between a peak or a valley and the equilibrium point.\nFrequency: the number of wave cycles passing a point per unit time\nPeriod: the time needed for one complete cycle of vibration to pass in a given point.\nDisplacement: a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave\nHertz: unit of measurement for frequency\nWavelength: the distance between two successive crests or troughs of a wave\nWave: how energy is transferred from A to B\nLongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy transfer.\nCompression: A compression is a region in a longitudinal wave where the particles are closest together.\nRarefaction: A rarefaction is a region in a longitudinal wave where the particles are furthest apart.\nTransverse: In transverse waves, the oscillations (vibrations) are at right angles to the direction of travel and energy transfer.","","","Activity 1)\nReview the difference between the types of waves using a slinky to demonstrate or phet animation https://phet.colorado.edu/en/simulation/fourier \n\nor \n\nhttps://phet.colorado.edu/en/simulation/legacy/wave-interference\nActivity 2)\nShow images of ripples in water r show using tuning fork in water ask students to suggest if they are transverse or longitudinal waves.\nActivity 4)\nUse the oscilloscope to show the types of waves and how the sound wave can be changed. Make the polystyrene pieces or cornflour mixture dance using the vibrations from the speaker.\nActivity 5)\nEW: Compare and contrast the difference between longitudinal and transverse waves\nActivity 7)\nStudents draw and label a transverse wave (last taught in year 8)\nActivity 12)\nUse slinky's and/or lengths of string to model the effects of changing wavelength, frequency and wave speed.\nActivity 14)\n**combined classes teach the equation and recall wave labels in an additional lesson**\n\nPractice using the wave equation to rearrange and calculate with changing units","Activity 1)\nLarge slinky\n\n-----------\n\nActivity 2)\ntuning fork\nlarge glass bowl filled with water\n\n-----------\n\nActivity 4)\noscilloscope \nsignal generator \nspeaker with cling flim on top\npolystyrene pieces or cornflour mixture\n\n-----------\n\nActivity 12)\nslinkies \n1M lengths of string (class set)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24207","SDN","0","2019-01-17","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24208","SDN","0","2019-01-18","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24209","SDN","0","2019-01-14","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24210","SDN","0","2019-01-17","4","0","7A1/Sc","S1","2B.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24211","SDN","0","2019-01-15","3","0","7A1/Sc","S1","","Mark Knowledge tests (1P)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24212","SDN","0","2019-01-16","5","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24213","LAN","0","2019-01-17","4","0","7A2/Sc","S7","2C.6","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("24214","CML","0","2019-01-15","3","0","7A2/Sc","S3","2c.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","","","0","","0000-00-00","0","","0"),
("24215","CML","0","2019-01-16","5","0","7A2/Sc","S3","2c.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("24216","PKT","0","2019-01-15","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24217","SDN","0","2019-01-18","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24218","LAN","0","2019-01-16","2","0","7B1/Sc","S7","2c.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24219","LAN","0","2019-01-17","2","0","7B1/Sc","S7","2c.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","","","0","","0000-00-00","0","","0"),
("24220","LAN","0","2019-01-18","3","0","7B1/Sc","S7","2c.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("24221","SNK","0","2019-01-17","2","0","7B2/Sc","S5","","","","","","","","","","","","POO Mark","","0","","0000-00-00","0","","0"),
("24222","CLA","0","2019-01-16","2","0","7B2/Sc","S6","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24223","CLA","0","2019-01-18","3","0","7B2/Sc","S6","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24224","SDN","0","2019-01-14","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24225","CLA","0","2019-01-15","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24226","CLA","0","2019-01-17","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24227","SDN","0","2019-01-17","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24228","SDN","0","2019-01-14","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24229","SDN","0","2019-01-17","3","0","7C1/Sc","S1","2B.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24230","SFD","0","2019-01-14","5","0","7C2/Sc","S5","2C.05","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("24231","SFD","0","2019-01-17","3","0","7C2/Sc","S5","","Homework Feedback - 52","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24232","CLA","0","2019-01-15","3","0","7E/Sc","S6","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24233","CLA","0","2019-01-16","5","0","7E/Sc","S6","2P.12","Reflection","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("24234","CLA","0","2019-01-17","4","0","7E/Sc","S6","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------","","0","","0000-00-00","0","","0"),
("24235","DLN","0","2019-01-16","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24236","SNK","0","2019-01-14","5","0","7P/Sc","S3","2P.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24237","SNK","0","2019-01-17","3","0","7P/Sc","S3","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24238","SDN","0","2019-01-16","2","0","7X/Sc","S1","","Re-teach lesson (1P)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24239","SDN","0","2019-01-17","2","0","7X/Sc","S1","2B.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24240","SDN","0","2019-01-18","3","0","7X/Sc","S1","2B.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("24241","SDN","0","2019-01-15","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24242","SDN","0","2019-01-18","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24243","PKT","0","2019-01-16","2","0","8A1/Sc","S3","5C.06","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","","","0","","0000-00-00","0","","0"),
("24244","PKT","0","2019-01-17","2","0","8A1/Sc","S3","5C.06","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","","","0","","0000-00-00","0","","0"),
("24245","PKT","0","2019-01-18","3","0","8A1/Sc","S3","5C.09","What is in the Atmosphere?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 2)\nManganese oxide\ndelivery tubes\ntroughs\n20% hydrogen peroxide\nTest tube \nbungs\nlime water\n\n-----------\n\nActivity 4)\nmagnesium hydrochloric acid \ntest tubes\npipette\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest tubes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24246","JHT","0","2019-01-16","2","0","8A2/Sc","S2","5P.5","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nPressure\nLiquid\nUpthrust: Force caused by the displacement of water.\nDensity\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24247","JHT","0","2019-01-17","2","0","8A2/Sc","S2","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24248","JHT","0","2019-01-18","3","0","8A2/Sc","S2","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("24249","CML","0","2019-01-16","2","0","8A3/Sc","S4","","Energy sources presentation","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24250","CML","0","2019-01-17","2","0","8A3/Sc","S4","5b.1","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","X","","0","","0000-00-00","0","","0"),
("24251","CML","0","2019-01-18","3","0","8A3/Sc","S4","5B.2","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","X","","0","","0000-00-00","0","","0"),
("24252","SDN","0","2019-01-14","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24253","SDN","0","2019-01-15","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24254","SDN","0","2019-01-18","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24255","CLA","0","2019-01-15","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24256","SNK","0","2019-01-17","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24257","CLA","0","2019-01-14","5","0","8B1/Sc","S6","5P.6","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nUpthrust: Force caused by the displacement of water.\nPressure\nDensity\nLiquid\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24258","CLA","0","2019-01-17","3","0","8B1/Sc","S6","5P.7","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Load","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","Activity 1)\n250 ml beakers\nsmaller plastic beakers\n10g masses\nrulers\n\n-----------","","0","","0000-00-00","0","","0"),
("24259","CML","0","2019-01-14","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24260","CML","0","2019-01-17","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24261","DLN","0","2019-01-14","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24262","SFD","0","2019-01-16","2","0","8E/Sc","S5","","POO and POO Reflection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24263","SFD","0","2019-01-18","3","0","8E/Sc","S5","5P.02","What is a machine? - 52","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the advantage and disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge(Wood)\nRamp and wooden block\nBlock and tackle\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24264","CLA","0","2019-01-17","2","0","8E/Sc","S6","5P.1","How do we store energy in a spring?","","Make measurements of spring in compression as force is changed","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as it returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed and where is the energy? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nElastically: Where an object returns to its original shape when the force is removed.\nElastic potential\nCompression: A deformation where the size is decreasing due to a force.\nLimit of proportionality: The point at which a material stops behaving elastically.\nThermal (Heat)\nVibration\nForce-extension graph: A graph showing force against the extension on a spring or body.\nHooke's Law\nExtension: The increase in size in one direction ( stretch).\nTransform\nStretch: A deformation where the size is increases due to a force.\nForce\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nEnergy","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------","","0","","0000-00-00","0","","0"),
("24265","PKT","0","2019-01-14","5","0","8S/Sc","S2","5C.06","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","","","","0","","0000-00-00","0","","0"),
("24266","PKT","0","2019-01-17","3","0","8S/Sc","S2","5C.09","What is in the Atmosphere?","","Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","1) W: The air in the atmosphere is a mixture.\n2) The atmosphere is composed of:\n - about four-fifths nitrogen (80%) \n - about one-fifth oxygen (20%) \n - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) The gas test for oxygen is it relights a glowing spill.\n4) The gas test for carbon dioxide is it turns lime water cloudy.\n5) The gas test for hydrogen is it makes a squeaky pop when lit.\n6) D: Something to do with revising Elements and compounds again:\n\nDraw the substances to show its a mixture.","What type of chemical is the air? The atmosphere is composed of mainly nitrogen and oxygen with small proportions of various other gases.\nWhat is the atmosphere composed of? The atmosphere is composed of:; - about four-fifths nitrogen (80%) ; - about one-fifth oxygen (20%) ; - small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nWhat is the test for oxygen gas? The gas test for oxygen is it relights a glowing spill.\nWhat is the test for carbon dioxide? The gas test for carbon dioxide is it turns lime water cloudy.\nWhat is the test for hydrogen gas? The gas test for hydrogen is it makes a squeaky pop when lit.","","Lime water\nHydrogen gas\nNoble gases\nWater vapour\nOxygen\nCarbon dioxide\nNitrogen","","","Activity 1)\nShow atomscope air simulation.\nActivity 3)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 4)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.\nActivity 5)\nTest gas with spill and lime water.\n\nIdentify mystery gas samples.","Activity 2)\nManganese oxide\ndelivery tubes\ntroughs\n20% hydrogen peroxide\nTest tube \nbungs\nlime water\n\n-----------\n\nActivity 4)\nmagnesium hydrochloric acid \ntest tubes\npipette\n\n-----------\n\nActivity 5)\nmarble chips \nhydrochloric acid \ntest tubes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24267","SFD","0","2019-01-17","4","0","9a/Pr1","S5","","Spring Term - Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24268","PKT","0","2019-01-17","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24269","SNK","0","2019-01-18","5","0","9A1/Sc","S3","","","","","","","","","","","","B1.3 recap/revision","","0","","0000-00-00","0","","0"),
("24270","SNK","0","2019-01-14","1","0","9A1/Sc","S3","B1.3.9","Required Practical - Food Tests","","","","","","","","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------","","0","","0000-00-00","0","","0"),
("24271","SNK","0","2019-01-14","2","0","9A1/Sc","S3","","","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Write up","","0","","0000-00-00","0","","0"),
("24272","SNK","0","2019-01-15","1","0","9A1/Sc","S3","","","","","","","","","","","","Enzymes planning","","0","","0000-00-00","0","","0"),
("24273","SNK","0","2019-01-16","3","0","9A1/Sc","S3","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24274","SNK","0","2019-01-17","1","0","9A1/Sc","S3","","","","","","","","","","","","Write up","","0","","0000-00-00","0","","0"),
("24275","CLA","0","2019-01-14","2","0","9A2/Sc","S6","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24276","CLA","0","2019-01-15","1","0","9A2/Sc","S6","B1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24277","CLA","0","2019-01-16","3","0","9A2/Sc","S6","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","Activity 3)\nAnnie (body model)\n\n-----------","","0","","0000-00-00","0","","0"),
("24278","CLA","0","2019-01-17","1","0","9A2/Sc","S6","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("24279","JHT","0","2019-01-18","5","0","9A2/Sc","S6","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("24280","CLA","0","2019-01-14","1","0","9A2/Sc","S6","B1.3.01","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("24281","SKT","0","2019-01-14","1","0","9A3/Sc","S2","C1.3.03","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure.\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice: this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: ball and stick giant lattice and charged ion ionic lattice.","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds.:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D.\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in jar NOT TEST TUBES KERRY, DOH!\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24282","SKT","0","2019-01-14","2","0","9A3/Sc","S2","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","","","0","","0000-00-00","0","","0"),
("24283","SKT","0","2019-01-15","1","0","9A3/Sc","S2","c1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24284","SKT","0","2019-01-16","3","0","9A3/Sc","S2","","C1.3 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24285","SKT","0","2019-01-17","1","0","9A3/Sc","S2","","Homework Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24286","SKT","0","2019-01-18","5","0","9A3/Sc","S2","P1.3.01","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\nFilament lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24287","PKT","0","2019-01-14","1","0","9A4/Sc","S1","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24288","PKT","0","2019-01-14","2","0","9A4/Sc","S1","B1.3.4","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("24289","PKT","0","2019-01-15","1","0","9A4/Sc","S1","B1.3.5","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("24290","PKT","0","2019-01-16","3","0","9A4/Sc","S1","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("24291","PKT","0","2019-01-17","1","0","9A4/Sc","S1","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("24292","PKT","0","2019-01-18","5","0","9A4/Sc","S1","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("24293","LAN","0","2019-01-14","1","0","9B1/Sc","S7","C1.2.5","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24294","LAN","0","2019-01-15","3","0","9B1/Sc","S7","C1.2.6","topic review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24295","LAN","0","2019-01-16","5","0","9B1/Sc","S7","P1.2.1","How do we draw circuits?","","","1) Circuit diagrams use standard symbols (draw and intrepret)\n2) For electrical charge to flow through a closed circuit the circuit must
\ninclude a source of potential difference.\n3) Electric current is a flow of electrical charge.\n4) The size of the electric current is the rate of flow of electrical charge.","How would you draw a series circuit with the following components; a bulb, voltmeter, battery and variable resistor? Battery symbol connected with a straight line to a bulb which has a votmeter in parallel across this component, a straight line to the variable resisior and a final straight line back to the battery.\nWhat provides the potential difference for an electrical charge to flow through a closed circuit? A cell or Battery\nWhat is the definition of electric current? Electric current is the rate of flow of electrical charge.\nWhat is the size of an electrical current determined by? The size of the electric current is the rate of flow of electrical charge.","Electron being hit by a bat to represent voltage difference.","Circuit diagram: Various electrical components are shown by using standard symbols in circuit diagrams.\nVoltmeter: Instrument used to measure Voltage.\nAmmeter: Instrument used to measure Current.\nBattery: Made from more than one cell.","","","Activity 1)\nDraw circuit diagrams for different scenarios for parallel and series\ncircuits.\npractical:\nMeasure current and voltage in given circuits.\nGF:Why should a home have a parallel circuit installed for lighting and not series?","Activity 1)\nElectricity trolley:\nAmmeter\nVoltmeter\nPower packs\nleads\nBatteries\n\n-----------","","0","","0000-00-00","0","","0"),
("24296","LAN","0","2019-01-17","1","0","9B1/Sc","S7","p1.2.2","How can circuits be turned into circuit diagrams?","","Students should be able to draw an appropriate circuit diagram using correct circuit symbols.\n","2) Charge flow, current and time are linked by the equation:
\ncharge flow = current ? time\n3) A current has the same value at any point in a single closed loop.","How could you draw a circuit diagram to include the following components; bulb, cell, ammeter and an LDR? A circuit diagram to include a battery/cell all components (bulb, ammeter and LDR) to be connected with straight lines ensureing these lines do not go through the components.\nHow are flow of charge, current and time linked by an equation? charge flow, current and time are linked by the equation: charge flow = current ? time\nIn a single closed loop what would the value of current be? :The current would have the same value at any point in a single closed loop.","An image showing pushing to model potential difference.\nImage showing people standing in parallel and people standing side by side","Ammeter: An instrument used to measure current.\nCharge: \nCurrent: \nBattery: \nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.","","","Activity 1)\nPractice questions involving rearranging for a
\nExtension:Draw Parallel circuits.\nActivity 2)\nPractice questions involving rearranging for a stretch.\nActivity 3)\nPractical: Create series and parallel circuits and test how voltage and current changes at different points of the circuit.","Activity 3)\nElectricity trolley:
\nAmmeter
\nVoltmeter
\nPower packs
\nleads
\nBatteries\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24297","LAN","0","2019-01-18","4","0","9B1/Sc","S7","P1.2.3","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\n1 demo set of RP resistors \n-----------","","0","","0000-00-00","0","","0"),
("24298","DLN","0","2019-01-14","1","0","9B1/Sc","S7","C1.2.5","What are the properties of Group 7 elements?","","Students should be able to describe the nature of the compounds formed when chlorine, bromine and iodine react with metals and non-metals.\n\n\nStudents should be able to explain how properties of the elements in Group 7 depend on the outer shell of electrons of the atoms\n\nStudents should be able to predict properties from given trends down the group.\n\nStudents should be able to exemplify these general properties by reference to compounds of Cr, Mn, Fe, Co, Ni, Cu.\n","1) The elements in Group 7 of the periodic table are known as the halogens and have similar reactions because they all have seven electrons in their outer shell.\n2) The halogens are non-metals and consist of molecules made of pairs of atoms.\n4) In Group 7, the further down the group an element is the higher its relative molecular mass, melting point and boiling point.\n5) In Group 7, the reactivity of the elements decreases going down the group.\n6) A more reactive halogen can displace a less reactive halogen from an aqueous solution of its salt.\n9) Many transition elements have ions with different charges, form coloured compounds and are useful as catalysts.","What is the common name given to the group 7 elements? The halogens\nDescribe the trend in boiling point and melting point of elements as you go down group 7? As you go down group 7, the melting and boiling points of the elements increases.\nDescribe the trend in reactivity of elements as you go down group 7? As you go down group 7, the reactivity of the elements decreases.\nWrite a word equation for the reaction between sodium chloride and fluorine. What type of reaction is this? Sodium chloride Fluorine -> Sodium Fluoride Chlorine. This is a displacement reaction as the more reactive halogen displaces the less reactive halogen from its compound.\nIn terms of electron structure, whAt do all group 7 elements share in common? They all have 7 electrons in their outermost shell\nList the elements of group 7 in order of reactivity.:Fluorine, Chlorine, Bromine, Iodine, Astatine\nMany transition elements are also useful as catalysts. What is a catalyst? A catalyst is a substance which speeds up a chemical reaction without being used up itself.\nList the general properties of compounds of transition elements:","","Catalyst: substance which speeds up a chemical reaction without being used up itself.\nboiling point: temperature at which a substance changes state from a liquid to a gas\nmelting point: temperature at which a substance changes state from a solid to a liquid\nHalogens: group of elements in group 7 with similar properties","","","Activity 4)\nDraw / sketch a graph to show the melting and boiling points of group 7 elements\nActivity 5)\nDEMO Displacement reactions - http://www.rsc.org/learn-chemistry/resource/res00000733/reactions-of-halogens-as-aqueous-solutions?cmpid=CMP00006118\n\nModel the decreases size of atoms down group 7 using fluffy balls and rings drawn on tables or students draw configurations in their books to deduce why the reactivity decreases. \n\nEW: Describe and explain why the reactivity of group 7 metals decreases as you go down the group.\nActivity 6)\nModel displacement reactions with students or using famous people for "attraction" factors\nActivity 9)\nDemo: \nPlace a 250 cm3 conical flask on a heat resistant mat. Add acetone to the flask to a depth of 5 mm (approximately 30 cm3 of acetone). Trim a sheet of copper foil and bend it to hook over a glass rod. Check that when the copper foil is lowered into the flask it is held approximately 2 cm above the base.\nHeat the copper directly until it is red hot, then lower it into the conical flask. Waves of colour will ripple across its surface as it catalyses the oxidation of the acetone. The effect is emphasised if the lights are turned off and the copper will continue to glow as long as there is a supply of acetone vapour. \n\nhttp://www.rsc.org/learn-chemistry/resource/res00001235/catalytic-copper","Activity 1)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 2)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 3)\n3 Halogens – Bromine, Chlorine, and Iodine.\nPotassium chloride\nPotassium bromide\nPotassium iodide\nCyclohexane\nFume cupboard.\n\n-----------\n\nActivity 5)\nDEMO:\n1 Spotting tile\n6 Plastic dropping pipettes\n0.1% chlorine water\n0.1% bromine water\n1M iodine solution\n0.1M potassium chloride\n0.1M potassium bromide\n0.1M potassium iodide\n\n-----------\n\nActivity 9)\nCopper foil (0.25 mm or thicker) or coin \nAcetone (highly flammable; irritant)\n250 cm3 conical flask \nBunsen burner or blowtorch \nEye protection\n\n-----------\n\nActivity 10)\nGF: Suggest why transition metals are such effective catalysts\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24299","DLN","0","2019-01-15","3","0","9B1/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24300","SFD","0","2019-01-15","3","0","9B2/Sc","S5","B1.2.04","How can we use meristem tissue?","","","1) Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\n2) Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\n\n3) Stem cells from meristems in plants are used. Rare species can be cloned to protect from extinction.\n4) Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","What is the function of stem cells in meristem tissues in plants? :Meristem tissue in plants can differentiate into any type of plant cell, throughout the life of the plant.\nWhat are the advantages of using stem cells from meristems in plants? Stem cells from meristems in plants can be used to produce clones of plants quickly and economically.\nHow can stem cells be used to ensure biodiversity? Rare species can be cloned to protect from extinction.\nHow can farmers benefit from the use of stem cells from meristems? :Crop plants with special features such as disease resistance can be cloned to produce large numbers of identical plants for farmers.","","Crop: Cultivated plant grown commercially.\nRare Species: Species that has few individuals and often endangered with extinction.\nClone: Organism that is genetically identical to another.\nMeristem: Stem cells in plants.","","","Activity 4)\nEW: Research the uses of meristem cells by humans.\nGF: Evaluate the use of cloned plants to selective breeding of plants.\nGF: You are now in charge of all scientific research funding in the UK, you have to select one programme to receive all the available money which would you select, human stem cells or meristems?","","","0","","0000-00-00","0","","0"),
("24301","SFD","0","2019-01-16","5","0","9B2/Sc","S5","B1.2.05","What is diffusion?","","","1) Substances may move into and out of cells across the cell membranes via diffusion.\n2) Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\n3) Some of the substances transported in and out of cells by diffusion are oxygen and carbon dioxide in gas exchange.\n4) Some of the substances transported in and out of cells by diffusion are the waste product urea from cells into the blood plasma for excretion in the kidney.\n5) Explain how the difference in concentrations (concentration gradient) affect the rate of diffusion.\n6) Explain how the difference in the temperature affect the rate of diffusion.\n7) Explain how the surface area of the membrane affect the rate of diffusion.","How do substances move in and out of cells? :diffusion \nWhat is the definition for diffusion? :Diffusion is the spreading out of the particles of any substance in solution, or particles of a gas, resulting in a net movement from an area of higher concentration to an area of lower concentration.\nName two substances that are transported in and out of cells by diffusion during gas exchange :oxygen and carbon dioxide \nHow does the waste product urea reach the kidney to be excreted? Urea diffuses from cells into the blood plasma to reach the kidney for excretion\nHow does the concentration gradient affec the rate of diffusion? :The bigger the concentration gradient the faster the rate of diffusion will be \nHow does the difference in temperature affect the rate of diffusion? :The higher the temperature the faster the rate of diffusion\nHow does the surface area of the membrane affect the rate of diffusion? The bigger the surface area the faster the rate of diffusion will be ","","Waste Product: A chemical substance released by cells as a by-product of metabolic reactions.\nConcentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nDiffusion: Passive movement of particles from a high to a low concentration.","","","Activity 2)\nActivity 1: \nDropping food colouring into beakers of water to see the diffusion. (could vary temperature of water to see how it affects the rate)\n\nActivity 2: \nSpraying perfume in corner of the room. Hands up when they can smell it.\nActivity 7)\nTask 1: What factors could affect the rate of diffusion? \nTask 2: Draw sketch graphs for the different factors that can affect the rate of diffusion\n\nSUPER CHALLENGE:Explain, using examples from nature how factors can affect the rate of diffusion. \nCHALLENGE:Explain how each factor affects the rate of diffusion in terms of particles.\nSTRETCH:Describe the factors that can affect the rate of diffusion in terms of particles.","Activity 2)\nActivity 1: \nfood colouring pipettes\n250mL beakers \nthermometers \nkettles \nice \ntimers\n\nActivity 2: \nperfume spray\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24302","SFD","0","2019-01-17","1","0","9B2/Sc","S5","","Homework Feedback","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","","","0","","0000-00-00","0","","0"),
("24303","SFD","0","2019-01-18","4","0","9B2/Sc","S5","B1.2.06","How is osmosis different to diffusion?","","(MS) Students should be able to:\n? use simple compound measures of rate of water uptake\n\n\n(MS) Students should be able to plot, draw and interpret appropriate graphs.\n","1) Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\n2) (WS) Recognise, draw and interpret diagrams that model osmosis.\n4) ? use percentages\n\n5) ? calculate percentage gain and loss of mass of plant tissue.","What is osmosis? :Osmosis is the diffusion of water from a dilute solution to a concentrated solution through a partially permeable membrane.\nWhat are the important things to include in a diagram that shows osmosis? Partially-permeable membrane, concentration of water and of sugar, arrows to show the net movement of water\nHow do you calculate the rate of water uptake? :amount of water / time taken \nHow do you calculate a percentage? (thing you are interested in / total amount ) x 100\nHow do you calculate the percentage gain and loss of mass of plant tissue? :((end mass - start mass) / start mass )) x 100\nWhat marking points are important to consider when plotting, drawing and interpreting graphs? ","","Concentration: The amount of a substance in a given volume.\nConcentration Gradient: The difference between a high and low concentration.\nPartially-Permeable: A membrane that allows certain chemicals to pass through it but not others.\nOsmosis: The movement of water down its concentration across a partially permeable membrane.","","","Activity 1)\nhttp://highered.mheducation.com/sites/0072495855/student_view0/chapter2/animation__how_osmosis_works.html\nActivity 2)\nA single layer of plant cells is placed on a microscope slide and either distilled water or 5% sodium chloride solution is added to the cells. Osmosis will occur resulting in either turgid cells or plasmolysed cells.\n\nhttp://www.nuffieldfoundation.org/practical-biology/observing-osmosis-plasmolysis-and-turgor-plant-cells","Activity 2)\nper group: \nMicroscope\nMicroscope slides, 1 per specimen\nCover slips, 1 per specimen\nDistilled water\nSalt solution (sodium chloride) 5% w/v\nTeat pipettes\nForceps\nPieces of filter paper\n\nper class: \nRed onion, cut into slices approximately 1 cm wide, 1 or 2\nAlternatives:\nRhubarb stem\nIvy-leaved toadflax (Cymbalaria muralis)\nCladophora (a filamentous alga)\nVideo microscope (if available)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24304","SFD","0","2019-01-14","1","0","9B2/Sc","S5","B1.2.03","What are stem cells and how can we use them?","","Students should be able to explain the importance of cell differentiation.\n\nStudents should be able to describe the function of stem cells in embryos, in adult animals and in the meristems in plants.\n","1) Most types of animal cell differentiate at an early stage.\n2) As an organism develops, cells differentiate to form different types of cells.\n3) As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\n5) In mature animals, cell division is mainly restricted to repair and replacement. \n6) A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\n8) Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells.\n9) Stem cells from adult bone marrow can form many types of cells including blood cells.\n10) Knowledge and understanding of stem cell techniques are not required.\n11) Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\n12) In therapeutic cloning an embryo is produced with the same genes as the patient. \n13) Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\n14) The use of stem cells has potential risks such as transfer of viral infection, and some people have ethical or religious objections.\n\n\n15) (WS) Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","At what stage of an animal cell's life cycle does it differentiate? Most types of animal cell differentiate at an early stage.\nWhat happens during cell differentiation when an organism develops? As an organism develops, cells differentiate to form different types of cells.\nWhat happens to a cell during differentiation to become a specialised cell? As a cell differentiates it acquires different sub-cellular structures to enable it to carry out a certain function. It has become a specialised cell.\nWhy is cell differentiation important? Cell differentiation is important because it causes cells to become adapted for a particular function. This makes the cell specialised.\nIn mature animals, what is cell division mainly used for? In mature animals, cell division is mainly restricted to repair and replacement\nWhat is a stem cell? :A stem cell is an undifferentiated cell of an organism which is capable of giving rise to many more cells of the same type, and from which certain other cells can arise from differentiation.\nWhat is the function of stem cells in human embryos? :Stem cells from human embryos can be cloned and made to differentiate into most different types of human cells\nWhat type of cells can be produced from bone marrow stem cells? :Stem cells from adult bone marrow can form many types of cells including blood cells\nWhat conditions are stem cells used to treat? :Treatment with stem cells may be able to help conditions such as diabetes and paralysis.\nWhat is produced in therapeutic cloning? :In therapeutic cloning an embryo is produced with the same genes as the patient. \nWhy can stem cells from embryos useful in medical treatment? :Stem cells from the embryo are not rejected by the patient?s body so they may be used for medical treatment.\nWhat are the dangers of using stem cells for treatment? The use of stem cells has potential risks such as transfer of viral infection;;\nWhat are the ethical issues surrounding the use of stem cells? :harm/death to embyro, un natural, un godly","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Stem Cell: an undifferentiated cell capable of becoming various types of cell.\nEmbryonic Stem Cell: Stem cell that has the potential to become any type of cell in the body.\nSpecialised: Cell that is adapted to perform a particular function in the body.\nDifferentiate: when a stem cell becomes specialised to a particular cell type.","","","Activity 5)\nStretch - recall why new cells need to be made\nChallenge - Explain why multicellular organisms are made of different types of cell?\nActivity 10)\nDouble bubble stem cells and specialised cells.\nActivity 14)\nGF: Discuss the ethical issues surrounding the use of artificial embryonic stem cells in people\nActivity 15)\nEW: Evaluate the practical risks and benefits, as well as social and ethical issues, of the use of stem cells in medical research and treatments.","","","0","","0000-00-00","0","","0"),
("24305","CML","0","2019-01-14","1","0","9B3/Sc","S4","p1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24306","CML","0","2019-01-17","1","0","9B3/Sc","S4","p1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------","","0","","0000-00-00","0","","0"),
("24307","JHT","0","2019-01-16","5","0","9B3/Sc","S4","p1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.","","0","","0000-00-00","0","","0"),
("24308","JHT","0","2019-01-15","3","0","9B3/Sc","S4","p1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","","","0","","0000-00-00","0","","0"),
("24309","JHT","0","2019-01-18","4","0","9B3/Sc","S4","","Revision for LA.","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24310","SKT","0","2019-01-15","4","0","9X/Ic2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24311","SKT","0","2019-01-16","1","0","9X/Ic2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24312","SKT","0","2019-01-14","4","0","9X/Ic2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24313","JHT","0","2019-01-14","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24314","JHT","0","2019-01-18","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\nFilament lamps\nSwitch\nVariable resistors\n\n-----------","","0","","0000-00-00","0","","0"),
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("24443","CML","0","2019-01-23","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24444","LAN","0","2019-01-22","1","0","10CLA/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24445","LAN","0","2019-01-22","5","0","10CLA/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24446","LAN","0","2019-01-23","3","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24447","LAN","0","2019-01-25","2","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24448","PKT","0","2019-01-22","1","0","10JCE/Sc","S1","","Feedback to landmark","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24449","PKT","0","2019-01-23","3","0","10JCE/Sc","S1","B1.5.1","What is a pathogen?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Pathogens are microorganisms that cause infectious disease.\n4) If a pathogen enters the body the immune system tries to destroy the pathogen.\n5) White blood cells help to defend against pathogens by:\n- phagocytosis\n- antibody production\n- antitoxin production.\n8) Pathogens may be viruses, bacteria, protists or fungi.\n9) Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\n10) Bacteria and viruses may reproduce rapidly inside the body.\n11) Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\n12) Viruses live and reproduce inside cells, causing cell damage.","What are pathogens? Pathogens are microorganisms that cause infectious disease.\nWhat are the humans natural defence systems against pathogens? The humans natural defence systems against pathogens are the skin, nose, stomach, trachea and bronchi.\nWhat is the role of the immune system in the defence against disease? The role of the immune system in the defence against disease is to detect and destroy pathogens that enter the body's blood stream.\nHow does the immune system respond if a pathogen enters the body? If a pathogens enters the body the immune system tries to destroy the pathogen\nHow do white blood cells help to defend against pathogens? (give 3 ways):White blood cells help to defend against pathogens by:;- phagocytosis;- antibody production;- antitoxin production.\nHow do the different pathogens spread in animals and plants? Pathogens can be spread in plants and animals through direct contact, by water or through the air.\nHow can the spread of diseases be reduced or prevented? The spread of pathogens can be reduced or prevented through simple hygiene (covering the mouth when coughing or washing hands), isolation of infected individuals, destroying vectors (such as mosquitoes carrying malaria) or vaccination.\nWhat four categories can pathogens fall into? Pathogens may be viruses, bacteria, protists or fungi.\nWhat can pathogens infect and how are they spread? Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\nWhat do bacteria and viruses do once inside the body? Bacteria and viruses may reproduce rapidly inside the body.\nHow do bacteria make us feel ill? Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\nHow do viruses cause damage to the cells? Viruses live and reproduce inside cells, causing cell damage.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Fungi - type of pathogen\nVirus - type of pathogen, takes over host cells\nBacteria - type of pathogen \nImmune System: Made up of white blood cells, antibodies and antitoxins\nPathogens: Microorganisms that can transmit infectious diseases","","","Activity 1)\nMicrobe blind date activity. \nStudents not involved answer the questions on the work sheet. (found in T drive)\nActivity 2)\nLabel an outline of the human body with the bodies natural defences\nActivity 5)\nModel the effects of white blood cells using plasticine or MWB. Take photos and stick into students books.\nActivity 6)\nPut glitter onto your hand and greeting students at the door see how the glitter transmits around the classroom.\n\nEach student gets a test tube of water except for one who gets a weak acid. Students swap with 3 others in the room. Then work backwards to try and establish who started with the disease. Test with Universal indicator solution or paper to see they have the disease (red means infected)\nActivity 7)\nWatch this video before showing a class. Consider if it is appropriate, in particular with any ASD students in the class. \nhttps://www.youtube.com/watch?v=Ffhi1CPzT48 \n\nGF: What effect could non vaccination have on socio-economical issues (think NHS, nurseries)\nActivity 8)\n.\nActivity 12)\nEW: (Construct a matrix map) To compare fungi, virus, bacteria and protists to include size, site of reproduction and effects in the body","Activity 5)\nplasticine\n\n-----------\n\nActivity 6)\nglitter in a box \n\none test tube per each student of water\n1 test tube given to teacher to have acid in\nUI bottles x 6 (minimum) \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24450","PKT","0","2019-01-25","2","0","10JCE/Sc","S1","B1.5.2","What effect can pathogens have on organisms?","","","1) Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\n2) The measles virus is spread by inhalation of droplets from sneezes and coughs.\n3) HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\n4) Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\n5) HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\n6) Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\n7) TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\n8) Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\n9) In the UK, poultry are vaccinated against Salmonella to control the spread.\n10) Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\n11) Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\n12) Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\n13) Gonorrhoea is spread by sexual contact.\n14) The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","What is measles and why are young children vaccinated against it? Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\nHow is the measles virus spread? The measles virus is spread by inhalation of droplets from sneezes and coughs.\nWhat is the initial symptom of HIV and what do antiretroviral drugs stop the virus doing? HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\nWhen does late stage HIV infection or AIDS occur? Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\nHow is HIV spread? HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\nWhat is tobacco mosaic virus? Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\nHow does tobacco mosaic virus reduce growth in plants? TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\nHow is Salmonella food poisoning spread? Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\nWhat animal is vaccinated in the UK to control the spread of Salmonella? In the UK, poultry are vaccinated against Salmonella to control the spread.\nWhat are the symptoms of salmonella and what causes them? Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\nWhat is gonhorrhoea and what are the symptoms? Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\nHow and why has treatment of gonorrhoea changed over time? Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\nHow is gonhorroea spread? Gonorrhoea is spread by sexual contact.\nHow can the spread of gonorrhoea be controlled? The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","","Caner: Uncontrollable growth of cells\nTMV: Viral infection\nFlu: Viral infection\nHIV: Viral infection\nMeasles: Viral infection.","","","Activity 2)\nShow an image of a student with measles and ask students to consider how it is transmitted.\nActivity 3)\nSplit students into teams and allocate them a virus disease to research and either create a presentation or a poster to display for a market place fact collecting activity. Their presentations should include: \n1. How the disease is transmitted\n2. The effects of the disease \n3. How the spread of the disease can be prevented\nActivity 4)\nGF: Why will HIV never be truly eradicated?","","","0","","0000-00-00","0","","0"),
("24451","DLN","0","2019-01-22","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24452","DLN","0","2019-01-23","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24453","CLA","0","2019-01-22","1","0","10MES/Sc","S4","B1.5.04","How do vaccinations prevent illnesses?","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","2) Evaluate the global use of vaccination in the prevention of disease.\n3) Vaccination involves introducing small quantities of dead or inactive\nforms of a pathogen into the body to stimulate the white blood cells to produce antibodies.\n4) If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.\n5) Students do not need to know details of vaccination schedules and side effects associated with specific vaccines.","How do vaccinations prevent illness in an individual and the spread of disease in a population? :Vaccinations prevent the illness in an individual by stimulating the white blood cells to produce antibodies making the immune system quicker to respond if infected with the virus. Vaccinations reduce the wide spread of infectious diseases caused by viruses.\nWhat are the advantages and disadvantages of using vaccinations to prevent disease? The advantages of using vaccinations to prevent disease are that less people will be infected by the disease, the disease will not spread as far and the cost of a vaccine is usually cheaper than treating an ill person.;The disadvantages are that some people will still suffer with the illness (different strains or not full effects), there are posisble side affects of the vaccine and vaccinations cost NHS/people money.\nWhat is in a vaccine? A vaccination is a small quantity of dead or inactive forms of a pathogen\nHow does a vaccination work? The vaccination causes the body to stimulate the white blood cells to produce antibodies. If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.","","White blood cells: specialised cells that destroy pathogens in the blood\nAntibodies: produced by white blood cells, specific to each pathogen\nVaccination: inactive virus given to a healthy person","","","Activity 4)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 5)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.","","","0","","0000-00-00","0","","0"),
("24454","CLA","0","2019-01-22","5","0","10MES/Sc","S4","B1.5.05","How are drugs used to treat diseases?","","Students should be able to explain the use of antibiotics and other medicines in treating disease.\n","2) Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body. \n3) It is important that specific bacteria should be treated by specific antibiotics.\n4) The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\n5) However, the emergence of strains resistant to antibiotics is of great concern.\n6) Antibiotics cannot kill viral pathogens.\n7) Painkillers and other medicines are used to treat the symptoms of disease but do not kill pathogens.\n8) It is difficult to develop drugs that kill viruses without also damaging the body?s tissues.","How are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","","Infectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nPenicillin: The first antibiotic to be discovered.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 1)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 2)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 3)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 4)\nInterpret graphs showing bacterial population growth\nActivity 5)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 6)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 8)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","","","0","","0000-00-00","0","","0"),
("24455","CLA","0","2019-01-23","3","0","10MES/Sc","S4","B1.5.06","How are new drugs developed?","","Students should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Traditionally drugs were extracted from plants and microorganisms.\n2) The heart drug digitalis originates from foxgloves.\n3) The painkiller aspirin originates from willow.\n4) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n5) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n6) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n7) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n8) Clinical trials use healthy volunteers and patients.\n\n9) Very low doses of the drug are given at the start of the clinical trial.\n10) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n11) In double blind trials, some patients are given a placebo.\n12) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Where are drugs traditionally extracted from? Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.\nWhat are the stages involved in developing a new drug? The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.","","Optimum dose: The best amount of drug to treat a disease effectively\nDose: The amount of drug given to a patient/volunteer\nVolunteers: People who offer to test out new drugs to see their side affects\nPreclinical testing: testing done in a laboratory using cells, tissues and live animals.","","","Activity 1)\nUse images of foxgloves and willow with the questions "where are drugs extracted from?"\nActivity 4)\nhttps://www.youtube.com/watch?v=0ZWjzcsTd5M \n\nwatch the video and highlight the key points in a circle map\nActivity 7)\nDiscuss drug safety and how drugs are tested today.\nActivity 9)\nThink, Pair Share possible effects if the dosage was incorrect. List ideas in a circle map.\nActivity 13)\nWatch a video that show the stages of preclinical trials https://www.youtube.com/watch?v=fYfp4IdVsXI\n\nSummarise the key steps using a flow map or a cartoon strip style.","","","0","","0000-00-00","0","","0"),
("24456","CLA","0","2019-01-25","2","0","10MES/Sc","S4","B1.5.07","What are monoclonal antibodies?","","Students should be able to describe how monoclonal antibodies are produced.\n\nStudents should be able to describe some of the ways in which\nmonoclonal antibodies can be used.\n\n* Appreciate the power of monoclonal antibodies and consider any ethical issues (WS).\n","2) Monoclonal antibodies are produced from a single clone of cells.\n3) The antibodies are specific to one binding site on one protein antigen and so are able to target a specific chemical or specific cells in the body.\n4) Antibodies are produced by stimulating mouse lymphocytes to make a particular antibody. \n5) The lymphocytes are combined with a particular kind of tumour cell to make a cell called a hybridoma cell. The hybridoma cell can both divide and make the antibody. \n6) Single hybridoma cells are cloned to produce many identical cells that all produce the same antibody. \n7) A large amount of the antibody can be collected and purified.\n9) Some examples [of monoclonal antibodies] include:\n? for diagnosis such as in pregnancy tests\n? in laboratories to measure the levels of hormones and other chemicals in blood, or to detect pathogens\n? in research to locate or identify specific molecules in a cell or tissue\nby binding to them with a fluorescent ?dye to treat some diseases (e.g. cancer) \n10) Monochlonal antibodies are used to treat cancer. The antibody can be
\nbound to a radioactive substance, a toxic drug or a chemical which
\nstops cells growing and dividing.\n11) Monochlonal antibodies deliver the substance to the
\ncancer cells without harming other cells in the body.\n12) Students are not expected to recall any specific tests or treatments but given appropriate information they should be able to explain how they work.\n13) Monoclonal antibodies create more side effects than expected. They are not yet as widely used as everyone hoped when they were first developed.\n14) * Evaluate the advantages and disadvantages of monoclonal antibodies.","(Bio only) How are monoclonal antibodies produced? Monoclonal antibodies are produced from a single clone of cells. \n(Bio only) How many clone of cells produce monoclonal antibodies:Monoclonal antibodies are produced from a single clone of cells.\n(Bio only) Why are monoclonal antibodies important? Monoclonal antibodies are specific to one binding site on one protein antigen and so are able to target a specific chemical or specific cells in the body.\n(Bio only) How can monoclonal antibodies produced? Monoclonal antibodies are produced by stimulating mouse lymphocytes to make a particular antibody. \n(Bio only) How are hybridoma cells made and why are they useful? Lymphocytes from mice are combined with a particular kind of tumour cell to make a cell called a hybridoma cell. The hybridoma cell can both divide and make the antibody. \n(Bio only) Why are single hybridoma cells cloned? Single hybridoma cells are cloned to produce many identical cells that all produce the same antibody. \n(Bio only) Why is the use of hybridoma cells important? The use of hybridoma cells are important because a large amount of the antibodiy can be collected and purified\n(Bio only) What ethical issues are there in the use of monochlonal antibodies? The ethical issues surrounding monochlonal antibodies surround the extraction of lympocytes from white blood cells \n(Bio only) List 6 ways that monoclonal antibodies can be used:Diagnosis in pregnancy tests;to measure hormones and other chemicals in blood;detect pathogens in the blood ;to locate or identify specific moleucles in cells or tissues by binding with fluorescent dye;to treat diseases \n(Bio only) How can monochlonal diseases be used to treat cancer? The antibody can be;bound to a radioactive substance, a toxic drug or a chemical which stops cells growing and dividing.\n(Bio only) Does the use of monochlonal antibodies harm other cells in the body? No, other cells are not harmed as they are specific for antigens \n(Bio only) List examples of how monoclonal antibodies are useful as treatments or tests.:Monoclonal antibodies can be used in pregnacy tests.
;Glucose tests for diabetics. Testing for specific cancers.\n(Bio only) What are the disadvantages of using monoclonal antibodies? Monoclonal antibodies create more side effects than expected. They are not yet as widely used as everyone hoped when they were first developed.\n(Bio only) What are the advantages of monoclonal antibodies? Monoclonal antibodies enable fast treatment of diseases and may eradicate the need for human donars","","","","","Activity 1)\nResearch MAB production and uses using ABPI and cancer research websites. Draw a flow diagram to describe how MABs are produced.\nActivity 3)\nDiscussion – would you choose to be treated with MABs?\n\nEW: Evaluate the advantages and disadvantages of MABs.\nActivity 4)\nGF: What are the the power and limitations the technological applications of science \nEW: evaluate risks in relation to MABs.\nActivity 14)\nMarketplace activity: provide stations with information sheets and diagrams. Students fill in a summary table and use info to create a poster:\n• for diagnosis, eg to bind to HCG in pregnancy tests\n• to measure levels of hormones and chemicals in the blood\n• to locate specific molecules in a cell using a fluorescent dye\n• to treat some diseases, eg to deliver a chemical to cancer cells without harming healthy cells.","","","0","","0000-00-00","0","","0"),
("24457","SNK","0","2019-01-22","1","0","10SNK/Sc","S3","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","","","0","","0000-00-00","0","","0"),
("24458","SNK","0","2019-01-23","3","0","10SNK/Sc","S3","P1.3.6","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------","","0","","0000-00-00","0","","0"),
("24459","SNK","0","2019-01-25","2","0","10SNK/Sc","S3","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24460","SMT","0","2019-01-21","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24461","SDN","0","2019-01-22","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24462","SDN","0","2019-01-22","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24463","CML","0","2019-01-22","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24464","CML","0","2019-01-23","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24465","CML","0","2019-01-24","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24466","CML","0","2019-01-25","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24467","CPD","0","2019-01-22","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24468","CPD","0","2019-01-23","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24469","CPD","0","2019-01-24","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24470","CPD","0","2019-01-25","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24471","LAN","0","2019-01-22","4","0","11LAN/Sc","S7","","HW intervention","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24472","LAN","0","2019-01-23","1","0","11LAN/Sc","S7","C2.3.04","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24473","LAN","0","2019-01-24","4","0","11LAN/Sc","S7","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24474","LAN","0","2019-01-25","1","0","11LAN/Sc","S7","C2.3.04","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24475","PKT","0","2019-01-25","1","0","11PKT/Sc","S1","C2.3.4","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24476","PKT","0","2019-01-22","4","0","11PKT/Sc","S1","C2.3.1","How can we identify the purity of a substance?","","Students should be able to use melting point and boiling point data to distinguish pure from impure substances.\n\nStudents should be able to identify formulations given appropriate information.\n","1) In chemistry, a pure substance is a single element or compound, not mixed with any other substance.\n2) A formulation is a mixture that has been designed as a useful product. \n3) Pure elements and compounds melt and boil at specific temperatures. Melting point and boiling point data can be used to distinguish pure substances from mixtures.\n4) Formulations include fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\n5) In everyday language, a pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\n6) Formulations are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","What is a pure substance? A pure substance is a single element or compound, not mixed with any other substance.\nWhat is a formulation? A formulation is a mixture that has been designed to have distinct properties and be used as a useful product.\nWhat can be used to distinguish between pure substances and mixtures? Use Melting point and boiling point data to distinguish between pure substances and mixtures?\nWhat are examples of formulations? Formulations: fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\nWhat is a pure substance in everyday language? A pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\nHow are formulations made? They are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","",".\nBoiling point: The temperature at which a given liquid will boil.\nMelting point: The temperature at which a given solid will melt.\nFormulation: A mixture where components are carefully measured before being mixed to give a desired set of properties.\nPure: A substance made up of only one element and compound.","","","Activity 1)\nDesign a flow chart assigning elements/compounds/mixtures as pure or impure.\nWhy is 'pure' orange juice not pure?\nActivity 2)\nCase study: How tablets are made to ensure that the taker receives the correct dose of medication.\nActivity 3)\nStudy a range of melting points of pure and impure substances. Students draw conclusions from this.\nActivity 4)\nStudy a recipe and discuss how changing the recipe may affect the food product made. Link to formulations and why we use formulations\nActivity 6)\nSuggested practical:\nMaking mayonnaise\nActivity 7)\nAnalyse information on the melting points of pure gold against counterfeits as a method for determining purity","Activity 6)\nMaking mayonnaise\n\nPer group: \n•Small screw top bottles (100 cm3) or test tubes and bungs\n• Pipettes\n• Teaspoons (or disposable plastic spoons)\n• Cooking oil\n• Washing up liquid\n• Sugar\n• Flour\n• Mustard powder\n• Egg\n• 2 bowls (or 100 cm3 glass beakers)\n• Egg yolk separator\n•Plastic disposable gloves\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24477","PKT","0","2019-01-23","1","0","11PKT/Sc","S1","C2.3.2","How can we use chemical tests to identify an unknown gas?","","","1) The test for carbon dioxide uses an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\n2) Students do not need to know the names of components in proprietary products.\n3) The test for hydrogen uses a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\n4) The test for chlorine uses litmus paper. When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\n5) The test for oxygen uses a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","How would you test if carbon dioxide was present In a reaction? Use an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\nHow would you test if Hydrogen was present In a reaction? Use a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\nHow would you test if chlorine was present In a reaction? When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\nHow would you test if Oxygen was present In a reaction? Use a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","","Litmus paper: paper stained with litmus which is used to indicate the acidity or alkalinity of a substance.\nQuantitative test\nQualitative test: This type of test identifies whether a substance is present, but not how much of it exists. A common example would be using a pH indicator to see if an acid is present.\nLime water: An aqueous solution of calcium hydroxide.","","","Activity 1)\nPractical: Testing for different gases\n- Hydrogen\n- Carbon dioxide\n- Oxygen\n- Chlorine\n\nStudents to plan and investigate the gas tests","Activity 1)\nPractical: Testing for different gases\nPrepared samples of:\n- Hydrogen\n- Oxygen\n- Chlorine\n\nEquipment to prepare Carbon dioxide:\n-Marble chips\n-Hydrochloric acid\n-Delivery tubes\n-Conical flasks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24478","PKT","0","2019-01-24","4","0","11PKT/Sc","S1","C2.3.3","How can we use paper chromatography to identify an unknown mixture?","","Students should be able to explain how paper chromatography separates mixtures\n\n\nStudents should be able to suggest how chromatographic methods can be used for distinguishing pure substances from impure substances\n\nStudents should be able to interpret chromatograms and determine R values from\nchromatograms\n\nStudents should be able to state advantages of instrumental methods compared with the chemical tests in this specification.","1) Chromatography can be used to separate mixtures and can give information to help identify substances. \n2) Chromatography involves a stationary phase and a mobile phase.\n3) Separation depends on the distribution of substances between the phases\n4) The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent can be expressed as its R value\n5) RT = distance moved by substance / distance moved by solvent\n6) Different compounds have different R values in different solvents,\n7) Rf values can be used to help identify the compounds. \n8) The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\n12) provide answers to an appropriate number of significant figures. (MS) \n13) Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.","What can Chromatography be used to separate? Chromatography can be used to separate mixtures such as inks and can give information to help identify the substances from which it is made.\nWhat are the names of the two phases involved in chromatography? Stationary phase and mobile phase.\nWhat does seperation depend on? Separation depends on the distribution of substances between the phases.\nHow should the Rf value be expressed? The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent\nHow is the Rf value calculated? Rf = distance moved by substance / distance moved by solvent\nHow do the Rf values of compounds change in different solvents? Different compounds have different R values in different solvents.\nHow can compounds be identified? Rf values can be used to help identify the compounds.\nHow many spots are produced by a pure compound compared to a compound in a mixture? The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\nHow can paper chromatography be used to separate mixtures? A spot of each mixture is dropped onto the start line of the paper chromotography. The paper chromatogram is introduced to a solvent and left for seperation to take place.\nHow can chromatographic methods can be used for distinguishing pure substances from impure substances? The compounds in a mixture may separate into multiple spots depending on the solvent, but a pure substance will always produce a single spot in all solvents. \nHow can chromatograms be used to determine R values? The R value can be calculated and compared. RT = distance moved by substance / distance moved by solvent\nHow can elements and compounds be detected? :Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.\nWhat are the advantages of instrumental methods compared with the chemical tests?","","Instrumental method: The use of instruments to separate, identify, and quantify matter.\nRf Value: In chromatography is the distance travelled by a given component divided by the distance travelled by the solvent front.\nStationary phase: The phase of a chromatography system on which the materials to be separated are selectively adsorbed.\nMobile phase: flows through the stationary phase and carries the components of the mixture with it.\nChromatography: A technique for the separation of a mixture by passing it in solution or suspension through a medium in which the components move at different rates.","","","Activity 3)\nWatch video of cars racing down runway (attached on ppt on shared drive). Thinking point - Why did the cars cross the line at different times?\nActivity 6)\nStudents use mock chromatograms to calculate Rf values and identify unknown substance. Spice it up as a ransom note.\nActivity 9)\nResearch where chromatography is used in forensics - Inks, colourings, dyes, drugs etc","","","0","","0000-00-00","0","","0"),
("24479","SFD","0","2019-01-23","1","0","11SFD/Sc","S5","P2.4.03","Required Practical - Waves in a solid and in water - Data Collection","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------","","0","","0000-00-00","0","","0"),
("24480","SFD","0","2019-01-24","4","0","11SFD/Sc","S5","","Homework Feedback","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","","","0","","0000-00-00","0","","0"),
("24481","SFD","0","2019-01-22","4","0","11SFD/Sc","S5","","Required Practical - Waves in a solid and in water - Planning","","Students should be aware that the study of seismic waves provided new evidence that led to discoveries about parts of the Earth which are not directly observable.\n","1) Ultrasound waves have a frequency higher than the upper limit of hearing for humans.\n3) Seismic waves are produced by earthquakes.\n4) P-waves are longitudinal, seismic waves.\n5) S-waves are transverse, seismic waves.\n6) S-waves cannot travel through a liquid.\n7) P-waves and S-waves provide evidence for the structure and size of the Earth?s core.","(Physics Only) What type of wave has a frequency higher than the upper limit of hearing for humans? Ultrasound waves\n(HT and Physics Only) What evidence did study of seismic waves provide? (HT and Physics Only) Provided new evidence that led to discoveries about parts of the Earth which are not directly observable.\n(Physics Only) What produces \nSeismic waves? Seismic waves are produced by earthquakes.\n(Physics Only) What type of wave is a P wave? P-waves are longitudinal, seismic waves.\n(Physics Only) What type of wave is a S wave? S-waves are transverse, seismic waves.\n(Physics Only) What can S waves not travel through? S-waves cannot travel through a liquid.\n(Physics Only) What do P-waves and S-waves provide evidence for? P-waves and S-waves provide evidence for the structure and size of the Earth's core.","","S-waves: waves that cannot travel through a liquid\nlongitudinal: In longitudinal waves, the oscillations are along the same direction as the direction of travel and energy\nP-waves: longitudinal seismic waves\nEarthquakes: a sudden violent shaking of the ground\nSeismic: waves produced by earthquakes","","","Activity 3)\nEW: Describe and explain how P-waves and S-waves travel through the Earth’s interior, and how this allows us to build up a picture of the Earth’s interior.\nActivity 4)\nSketch a diagram of the structure of the Earth, show students a seismometer. Ask students to think > pair > share why they think it is difficult to predict when earthquakes are going to occur. Ask them to label their diagram to show where S and P wave would travel through.\nActivity 5)\nBuild a simple seismometer","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visualizer \nmeter ruler\n\n-----------\n\nJust demo of equipment please*","","0","","0000-00-00","0","","0"),
("24482","SFD","0","2019-01-25","1","0","11SFD/Sc","D8","P2.4.03","Required Practical - Waves in a solid and in water - Analysis","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","","","0","","0000-00-00","0","","0"),
("24483","DLN","0","2019-01-22","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24484","SKT","0","2019-01-22","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24485","SKT","0","2019-01-23","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24486","SKT","0","2019-01-24","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24487","SKT","0","2019-01-25","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24488","SNK","0","2019-01-22","4","0","11SNK/Sc","S3","P2.4.3","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------","","0","","0000-00-00","0","","0"),
("24489","SNK","0","2019-01-23","1","0","11SNK/Sc","S3","P2.4.3","Required Practical - Waves in a solid and in water","","Students should be able to describe a method to measure the speed of ripples on a water surface. (Req Prac)\n","1) Required practical 8 - waves on a string (AT skills 4)\n3) Required practical 8 - waves ripple tank (AT skills 4)","What method would you use to work out the speed of ripples on a water surface? speed = frequency x wavelength;To work out frequency: Count how many waves pass a point over a 10 second period of time. ;Wavelength: measure the length of 10 waves.","","Wave speed: the speed at which a wave travels\nFrequency: the number of wave cycles passing a point per unit time\nWavelength: distance between successive crests of a wave","","","Activity 1)\nhttps://phet.colorado.edu/en/simulation/wave-on-a-string\nActivity 3)\nRipple tank","Activity 1)\nvibration generator \nsignal generator \n100g masses and hanger \n10g masses and hanger\nwooden bridge\npulley on a clamp\n\n-----------\n\nActivity 3)\nripple tank set up under visuliser \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24490","SNK","0","2019-01-24","4","0","11SNK/Sc","S3","P2.4.6","What are the uses and dangers of the electromagnetic spectrum?","","Students should be able to give examples that illustrate the transfer of energy by electromagnetic waves.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n\n(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.\n","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n4) Gamma rays originate from changes in the nucleus of an atom.\n5) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n6) Going from long to short wavelength (or from low to high frequency) the groups are: radio, microwave, infrared, visible light (red to violet), ultraviolet,\nX-rays and gamma rays.\n8) The effects depend on the type of radiation and the size of the dose.\n10) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n11) Electromagnetic waves have many practical applications. For example:
\n- radio waves - television and radio
\n- microwaves - satellite communications, cooking food
\n- infrared - electrical heaters, cooking food, infrared cameras
\n- visible light - fibre optic communications
\n- ultraviolet - energy efficient lamps, sun tanning
\n- X-rays and gamma rays - medical imaging and treatments.\n12) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n13) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n14) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n15) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","(HT only) How are radio waves produced? (HT only) Radio waves are produced by oscillations in electrical circuits.\nHow can electromagnetic waves be generated? Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated\nWhat types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nHow are gamma rays generated? Gamma rays are emitted from the nucleus. They have no charge or mass.\nWhat effects can Ultraviolet waves cause to the skin? Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\nWhat are three ways that show energy is transferred by electromagnetic waves? Some examples of how electromagnetic waves transfer energy are: ;Radio waves - radios in communication ;Microwaves - ovens for heating food ;Infrared radiation - wireless remote controls ;Ultraviolet - Ultrasound scans;Visible light - heat and light from light bulb;X-Ray: energy passes through tissue but stopped by bone in X ray imaging ;Gamma: Energy used to kill pathogens during sterilisation of medical equipment\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat are the risks and consequences of exposure to radiation? The risks of exposure to radiation can include radiation poisoning and cancer.\nWhat type of electromagnetic waves are ionising? X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n(HT only) What type of current is produced when radiowaves are absorbed? (HT only) When radio waves are absorbed they may create an alternating current.\n(HT only) How can the wavelength of electromagnetic waves be varied? (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)\n(HT only) Why is each type of electromagnetic wave suitable for practical application? Each member of the electromagnetic wave is suitable for a practical application because it has a small range of frequency and wave length.","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","Transmit: move from one place to another\nAbsorb: when a wave transfers its energy to the material it penetrates.\nRefract: when waves change speed when they move from one medium to another of different density\nReflect: when waves bounce back off a reflective surface\nWavelength: family of waves with similar properties\nElectromagnetic\nMutations: random changes to DNA\nGamma: the most ionising electromagnetic wave\nCircuits: An electric circuit is a path in which electrons from a voltage or current source flow\nElectrical: energy transfer\nWaves: how energy is transferred but matter is not\nIonising: radiation that carries enough energy to remove electrons from atoms\nX-ray: a type of ionising radiation\nOscillation: one complete cycle of a wave","","","Activity 5)\nEW: Why is it important to wear sun cream that has a high UV rating?\nActivity 6)\n*Duplicated from lesson 5* combined tier to teach in lesson 6. Higher tier covered in lesson 5\nActivity 7)\nFor each part of the EM wave consider the applications of each one and then identify the energy transformations that are occurring\nActivity 10)\nGF: Describe the changes to DNA that exposure to radiation can occur. What effects can this have on the cell and the rest of the body?\nActivity 11)\n*Duplicated for combined only in this lesson* Higher tier groups to teach this in lesson 5. \n\nWatch the video on how UV waves are used to produce images of unborn babies. Create a thinking map to help you answer. \nEW: How are EM waves used in medical imaging?\n\nhttps://www.youtube.com/watch?v=GvbXHoiQHbI\nActivity 12)\nUse the phet animation to show the electromagnetic fields from radio waves. \nhttps://phet.colorado.edu/en/simulation/legacy/radio-waves\nActivity 16)\nUse an image of the EM waves to compare the frequency and wavelength. \n\n\nDemonstrate an optical fibre showing total internal reflection.\n\nDemonstrate a use of UV by shining a UV light onto a bank note, through tonic water or writing a message using a security marker and then holding a UV light over the message.","Activity 16)\noptical fibre / internal reflection glass with ray box\n\nUV light \ntonic water \nsecurity marker pen \npaper\n\n-----------","","0","","0000-00-00","0","","0"),
("24491","SNK","0","2019-01-25","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24492","SDN","0","2019-01-21","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24493","SDN","0","2019-01-22","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24494","DLN","0","2019-01-23","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24495","SNK","0","2019-01-23","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24496","SDN","0","2019-01-21","3","0","7A1/Sc","S1","2B.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("24497","SDN","0","2019-01-23","5","0","7A1/Sc","S1","2B.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("24498","SKT","0","2019-01-24","3","0","7A1/Sc","S2","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24499","SKT","0","2019-01-22","3","0","7A1/Sc","S4","2B.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("24500","LAN","0","2019-01-23","5","0","7A2/Sc","S7","2c.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24501","LAN","0","2019-01-24","3","0","7A2/Sc","S7","2c.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24502","CML","0","2019-01-21","3","0","7A2/Sc","S7","2c.7","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("24503","CML","0","2019-01-22","3","0","7A2/Sc","S7","2c.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24504","SDN","0","2019-01-24","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24505","SDN","0","2019-01-25","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24506","LAN","0","2019-01-21","3","0","7B1/Sc","S5","2c.6","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","","","0","","0000-00-00","0","","0"),
("24507","JHT","0","2019-01-23","5","0","7B1/Sc","S5","2c.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24508","JHT","0","2019-01-24","3","0","7B1/Sc","S5","2c.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24509","LAN","0","2019-01-23","4","0","7B1/Sc","S7","2c.7","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("24510","CLA","0","2019-01-23","4","0","7B2/Sc","S6","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24511","SNK","0","2019-01-21","3","0","7B2/Sc","S3","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24512","SNK","0","2019-01-23","5","0","7B2/Sc","S3","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","Graph paper\nRulers\nPencils","","0","","0000-00-00","0","","0"),
("24513","SNK","0","2019-01-24","3","0","7B2/Sc","S3","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("24514","SDN","0","2019-01-25","4","0","7c/It2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24515","JHT","0","2019-01-22","1","0","7c/It2","L9","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24516","SDN","0","2019-01-23","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24517","SDN","0","2019-01-21","4","0","7C1/Sc","S1","2B.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------","","0","","0000-00-00","0","","0"),
("24518","SDN","0","2019-01-22","3","0","7C1/Sc","S1","2B.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("24519","SDN","0","2019-01-23","2","0","7C1/Sc","S1","2B.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("24520","SDN","0","2019-01-24","5","0","7C1/Sc","S1","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24521","SDN","0","2019-01-25","5","0","7C1/Sc","S1","2B.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("24522","SFD","0","2019-01-21","4","0","7C2/Sc","S5","2C.07","Halfway Review - 53","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","","","0","","0000-00-00","0","","0"),
("24523","SFD","0","2019-01-22","3","0","7C2/Sc","S5","2C.08","Why are liquids lighter than their solids? - 54","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24524","SFD","0","2019-01-23","2","0","7C2/Sc","S5","2C.09","What happens to the number of particles during a chemical reaction? - 55","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24525","SFD","0","2019-01-24","5","0","7C2/Sc","S5","","Homework Feedback - 56","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24526","SFD","0","2019-01-25","5","0","7C2/Sc","S5","2C.10","What can we learn from Brownian motion? - 57","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24527","CLA","0","2019-01-21","3","0","7E/Sc","S6","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("24528","CLA","0","2019-01-22","3","0","7E/Sc","S6","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("24529","CLA","0","2019-01-23","5","0","7E/Sc","S6","2B.4","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("24530","CLA","0","2019-01-24","3","0","7E/Sc","S6","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------","","0","","0000-00-00","0","","0"),
("24531","DLN","0","2019-01-22","3","0","7E/Sc","S6","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("24532","JHT","0","2019-01-24","5","0","7P/Sc","S3","2C.4","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","","","0","","0000-00-00","0","","0"),
("24533","JHT","0","2019-01-25","5","0","7P/Sc","S3","2C.5","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","","","0","","0000-00-00","0","","0"),
("24534","SNK","0","2019-01-21","4","0","7P/Sc","S3","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------","","0","","0000-00-00","0","","0"),
("24535","SNK","0","2019-01-22","3","0","7P/Sc","S3","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24536","SNK","0","2019-01-23","2","0","7P/Sc","S3","2C.3","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24537","SDN","0","2019-01-23","4","0","7X/Sc","S1","2B.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","","","0","","0000-00-00","0","","0"),
("24538","SDN","0","2019-01-24","3","0","7X/Sc","S1","2B.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","","","0","","0000-00-00","0","","0"),
("24539","PKT","0","2019-01-21","3","0","7X/Sc","S2","2B.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","","","0","","0000-00-00","0","","0"),
("24540","PKT","0","2019-01-23","5","0","7X/Sc","S2","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24541","CML","0","2019-01-25","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24542","PKT","0","2019-01-21","5","0","8A1/Sc","S3","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nPotassium Chlorate\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24543","PKT","0","2019-01-22","2","0","8A1/Sc","S3","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24544","PKT","0","2019-01-23","4","0","8A1/Sc","S3","5P.01","How do we store energy in a spring?","","Make measurements of spring in compression as force is changed","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as it returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed and where is the energy? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nEnergy\nVibration\nThermal (Heat)\nExtension: The increase in size in one direction ( stretch).\nElastic potential\nStretch: A deformation where the size is increases due to a force.\nElastically: Where an object returns to its original shape when the force is removed.\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nCompression: A deformation where the size is decreasing due to a force.","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24545","PKT","0","2019-01-24","1","0","8A1/Sc","S3","5P.02","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the advantage and disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge(Wood)\nRamp and wooden block\nBlock and tackle\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24546","JHT","0","2019-01-21","5","0","8A2/Sc","S2","5p.8","Halfway Review","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","","","0","","0000-00-00","0","","0"),
("24547","JHT","0","2019-01-22","2","0","8A2/Sc","S2","5P.9","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Power stations: A site which produces electrical energy.\nResource: An energy store that can be broken up to produce power.\nEnergy\nElectrical\nRenewable: Resources that are easily replenished.\nThermal (Heat)\nLight\nKinetic\nNuclear\nSolar power: A generation device which converts light to electrical energy.\nElectricity: A flow of energy through charged particles.\nNational grid: A system of power lines which link up all around the UK.\nNon-Renewable: Resources which cannot be replenished.\nPower: The rate of transfer of energy. P=E/t\nNatural Gas\nChemical potential","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24548","JHT","0","2019-01-23","4","0","8A2/Sc","S2","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24549","JHT","0","2019-01-24","1","0","8A2/Sc","S2","5p.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24550","CML","0","2019-01-23","4","0","8A3/Sc","S4","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","X","","0","","0000-00-00","0","","0"),
("24551","CML","0","2019-01-24","1","0","8A3/Sc","S4","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","X (cover lesson)","","0","","0000-00-00","0","","0"),
("24552","CML","0","2019-01-21","5","0","8A3/Sc","S4","","Half-way review and 5B enquiry feedback.","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","X","","0","","0000-00-00","0","","0"),
("24553","CML","0","2019-01-22","2","0","8A3/Sc","S4","5B.8","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","X","","0","","0000-00-00","0","","0"),
("24554","JHT","0","2019-01-25","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24555","CLA","0","2019-01-21","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24556","CLA","0","2019-01-25","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24557","CLA","0","2019-01-24","5","0","8B1/Sc","S6","5P.12","Reflection","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("24558","CLA","0","2019-01-25","5","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24559","SNK","0","2019-01-22","5","0","8B1/Sc","S6","5P.6","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\ngalley pots\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24560","CLA","0","2019-01-21","4","0","8B1/Sc","S6","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24561","CLA","0","2019-01-23","2","0","8B1/Sc","S6","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24562","DLN","0","2019-01-21","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24563","DLN","0","2019-01-23","2","0","8B2/Sc","S4","","","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("24564","CML","0","2019-01-22","5","0","8B2/Sc","S1","5B.8","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","X","","0","","0000-00-00","0","","0"),
("24565","CML","0","2019-01-21","4","0","8B2/Sc","S4","","Half-way review and 5B enquiry feedback.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24566","CML","0","2019-01-23","2","0","8B2/Sc","S4","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","X","","0","","0000-00-00","0","","0"),
("24567","CML","0","2019-01-24","5","0","8B2/Sc","S4","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","X","","0","","0000-00-00","0","","0"),
("24568","CML","0","2019-01-25","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24569","CLA","0","2019-01-24","1","0","8E/Sc","S6","5P.06","Skill focus: Planning and Data Collection - 56","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\ngalley pots\n10g masses\nrulers\n\n-----------","","0","","0000-00-00","0","","0"),
("24570","SFD","0","2019-01-21","5","0","8E/Sc","S5","5P.03","What is a lever? - 53","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\nyellow masses\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24571","SFD","0","2019-01-23","4","0","8E/Sc","S5","5P.05","How do Cartesian Divers work? - 55","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nPressure\nLiquid\nUpthrust: Force caused by the displacement of water.\nDensity\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------","","0","","0000-00-00","0","","0"),
("24572","CLA","0","2019-01-22","2","0","8E/Sc","S6","5P.04","What is Atmospheric Pressure? - 54","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nWeight: The force on an object with mass due to gravity.\nParticles\nGas\nPressure: The average force acting perpendicular to a surface. P=F/A\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24573","PKT","0","2019-01-21","4","0","8S/Sc","S2","5C.10","How is the Oxygen level maintained?","","","1) The oxygen and carbon dioxide levels in the atmosphere are maintained by photosynthetic organisms, such as plants and algae.\n2) Photosynthetic organisms, such as plants and algae, use sunlight in photosynthesis to build organic molecules that are an essential energy store.\n3) Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\n4) In the search for life on other planets, looking for oxygen is a sign that life is on the planet.","What process maintains the levels of oxygen and carbon dioxide in the atmosphere? The levels in the atmosphere are maintained by photosynthesis.\nWhy is photosynthesis important? the dependence of almost all life on Earth on the ability of photosynthetic organisms, such as plants and algae, to use sunlight in photosynthesis to build organic molecules that are an essential energy store and to maintain levels of oxygen and carbon dioxide in the atmosphere;; - Energy transfer from sun to plant, chloroplast transform atoms rearranged (conserved in reaction). Oxygen we need for respiration = glucose.\nWhy is oxygen important in the atmosphere? Oxygen is need for respiration which releases energy from glucose. This is essential for all life. Therefore all life depends on the energy from the sun and the photosynthetic\nWhich gas is used as a sign of life on other planets? Oxygen is a sign that life is on an other planet.","","Energy\nGlucose\nRespiration\nChloroplasts\nEnergy store\nPhotosynthesis","","","Activity 1)\nDraw (a simplified) carbon cycle.\n\nWhat would happen if there was more oxygen in the air?\nActivity 2)\nDraw energy Energy transfer diagram from sun to plant to chemical store.\n\nWord / symbol / particle equation for photosynthesis.\n\nDescribe reaction in terms of POO writing scaffold.\nActivity 3)\nWord / symbol / particle equation for respiration.\n\nDescribe reaction in terms of POO writing scaffold.","Activity 3)\nJelly baby demo:\njelly baby\nboiling tube\nface mask \nPotassium Chlorate\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24574","PKT","0","2019-01-22","5","0","8S/Sc","S2","5C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24575","PKT","0","2019-01-23","2","0","8S/Sc","S2","5P.01","How do we store energy in a spring?","","Make measurements of spring in compression as force is changed","1) W: A spring will deform (stretch or compression) until the tension balances the load placed upon it.\n2) D: Make measurements of spring in compression as force is changed\n3) W: When a spring (or any object) is deformed elastically it will go back to its original shape.\n4) T: When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\n5) W: The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\n6) When a spring (or any object) is deformed plastically it will not go back to its original shape.\n7) When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.\n\nThis energy ends up as thermal energy as the particles are vibrating more.\n8) While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.\n\nPast the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","What causes a spring to deform? A spring will deform (stretch or compression) until the tension balances the load placed upon it.\nWhat happens to an object when it is deformed elastically? When a spring (or any object) is deformed elastically it will go back to its original shape.\nWhat energy transfers occur when an object is deformed elastically? When a spring (or any object) is deformed elastically, there is work done as kinetic energy is transformed into elastic (strain) potential energy.\nWhat happens to the elastic potential energy of a spring as it returns to its original shape? The elastic (strain) potential energy can be retrieved as the object returns to it shape, normally in the form of kinetic energy.\nWhat happens to an object when it is deformed plastically? force-extension linear relation; Hooke's Law as a special case\nWhat energy transfers occur when an object is plastically deformed and where is the energy? When a spring (or any object) is deformed plastically kinetic energy is used to overcome the forces between particles.;;This energy ends up as thermal energy as the particles are vibrating more.\nWhat is happening to a spring during the linear region of a force-extension graph?\nAt what point does the spring stop obeying Hooke's law? While in the linear region of a force-extension graph, the spring is obeying Hooke's Law and the deformation is elastic.;;Past the limit of proportionality, the spring does not obey Hooke's Law and is being plastically deformed.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Deform\nKinetic\nPlastically: Where deformations remain after force has been removed.\nEnergy\nVibration\nThermal (Heat)\nExtension: The increase in size in one direction ( stretch).\nElastic potential\nStretch: A deformation where the size is increases due to a force.\nElastically: Where an object returns to its original shape when the force is removed.\nWork done: The kinetic energy used to do a task.\nDeformation: A change in shape.\nCompression: A deformation where the size is decreasing due to a force.","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 2)\nCompression spring\nWeight hanger\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24576","PKT","0","2019-01-24","5","0","8S/Sc","S2","5P.02","What is a machine?","","","1) A machines transmits a force from one place or object to another.\n2) Simple machines give bigger force but at the expense of smaller movement (and vice versa)\n3) Simple machines include:\n- Ramps\n- Levers\n- Pulleys\n- Wedge\n- Screw\n4) The product of force and displacement is work done.\n\nWork done is also known as energy transferred.\n\nThe unit of work done is therefore Joules.\n5) The 'energy transferred in' is equal to the work done.\n6) Aim: To find out how the number of pulleys affects the force required to lift a 6N load.\n\nSecondary Aim: To find out how the number of pulleys affects the distance moved of Effort and Load.\n\nTertiary Aim: To find out how the number of pulleys affects the input work done vs output work done.\n7) Use physical processes and mechanisms, and energy changes, to explain the intermediate steps that bring about changes conditions of a system","What is the role of a machine in terms of forces? A machines transmits a force from one place or object to another.\nWhat is the advantage and disadvantage of a simple machine? Simple machines give bigger force but at the expense of smaller movement (and vice versa)\nGive 3 examples of simple machines.:Simple machines include:;- Ramps;- Levers;- Pulleys;- Wedge;- Screw\nWhat is work done? \nWhat is work done also known as?\nWhat unit do we use for work done? The product of force and displacement is work done.;;Work done is also known as energy transferred.;;The unit of work done is therefore Joules.\nWhat is the relationship between energy transferred in and work done? The 'energy transferred in' is equal to the work done.","https://www.mrcorfe.com/MemoryAnchors/a6d07facc60e869eae7a9226c5feebed.png","Force\nWork done\nEnergy\nTransfer\nConditions: The circumstances of a system, such as room temperature.\nLoad\nTransmit: Move a small force from one body to another.\nJoules\nDisplacement","","","Activity 3)\nIdentify common place devices as the type of simple machine.\n\neg. Scissors as a double level.\nActivity 6)\nPulleys and masses on retort stand.\n\nChange:\n - Number of pulleys\n\nMeasure:\n - Input force\n - (Output force)\n - Distance Effort moves\n - Distance Load moves\n\nCalculate:\n - Input work done\n - Output work done\n - Efficiency perhaps\n \nThis is best set up as a circus with different numbers of pulleys, so that the students do not have to rethread pulley systems.\nActivity 7)\nUse forces and force loops and energy to describe:\n - Rollercoasters\n - Breaking (of a car)\n - Internal combustion engine","Activity 3)\nScissors\nClaw hammer and nail\nScrewdriver and paint tin\nCorkscrew and bottle opener\nNut cracker\nTin opener\nDoor Wedge(Wood)\nRamp and wooden block\nBlock and tackle\n\n-----------\n\nActivity 6)\nPulleys and masses on retort stand.\nOne each of \n1:1\n1:2\n1:3\n1:4\n1:5 ratios of pulleys\nwith 6N on the load end and Newton meter on the effort end.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24577","PKT","0","2019-01-25","5","0","8S/Sc","S2","5P.03","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\nyellow masses\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24578","JHT","0","2019-01-21","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24579","JHT","0","2019-01-23","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24580","SNK","0","2019-01-21","2","0","9A1/Sc","S3","","","","","","","","","","","","NO ORDERS - LANDMARK ASSESSMENT FOR YEAR 9 A SIDE","","0","","0000-00-00","0","","0"),
("24581","SNK","0","2019-01-24","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24582","SNK","0","2019-01-25","3","0","9A1/Sc","S3","P1.2.5","IV Characteristics RP","","Students should be able to use graphs to explore whether circuit\nelements are linear or non-linear and relate the curves produced to their function and properties.\n\nStudents should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) Required practical 4 - resistors \n3) The resistance of components such as lamps, diodes, thermistors and LDRs is not constant; it changes with the current through the component. (Required practical activity 4)\n4) The resistance of a filament lamp increases as the temperature of the filament increases. (Required practical activity 4)\n5) The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes. (Required practical activity 4)","How could you use a graph to identify if a circuit was linear or non-linear and relate the curves to their function and properties? Draw a graph to identify if the line is straight or curved (linear or not) then relate this to what the elements function is Diode - current flowing only in one direction (linear then plateaus) resistor (constant temperature) restricts the flow of current, filament lamp curving graph showing that current and potential difference are not directily proportional.\nHow does the resistance of a diode behave in relation to the current of the component? The resistance of a diode changes with the current through the component in one direction and not allow current to flow in the other direction.\nWhat happens to the resistance of a filament lamp as the temperature increases? The resistance of a filament lamp increases as the temperature of the filament increases.\nHow does the current through an ohmic conductor (at a constant temperature) behave in relation to the current? The current through an ohmic conductor (at a constant temperature) is directly proportional to the potential difference across the resistor. This means that the resistance remains constant as the current changes.\nHow could you draw a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component? (include the equation):A circuit which has a battery/cell with straight lines drawn between components, a component (bulb) with an ammeter in series and a voltmeter parallel to the component (bulb) ensuring all lines do not go throug the components. Using V = I R calculate the resistance by dividing potential difference by the current.","The Resistance\nx","Diode: A resistor allowing current to flow in one direction only.\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nResistor: \nVariable resistor: A resistor that can vary the flow of current in a circuit.\nFilament lamp: he filament lamp is a common type of light bulb. It contains a thin coil of wire called the filament. This heats up when an electric current passes through it\nLinear relationship: A relationship that is directly proportional","","","Activity 1)\nDrawing graphs that identify linear and non linear relationships.\nActivity 2)\nSEE AQA Required practical method and use booklets.
\nGF:What would be the best type of resistor for an incubator?\nActivity 3)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series. \nEW: Justify what type of resistor should be used in \nCircuit of lamp, diode, thermistor or LDR\nActivity 6)\nDraw and compare circuits that measure resistance. Highlighting the importance of placing the voltmeter in parallel and ammeter in series.
\nEW: Justify what type of resistor should be used in a street lamp.","Activity 2)\nammeters or multimeter\nvoltmeters \n12 V lamps or desk lamps?\nvariable resistor\ndiodes\nresistor 10 Ω\nConnecting leads\nLDRs\npower packs\n\n-----------\n\nActivity 3)\nSwitches\nPower supplies\nResistors\nAmmeters\nWires\nVoltmeters\nLDRs\nThermistors\nDiodes\nLamps\n\n-----------","","0","","0000-00-00","0","","0"),
("24583","CLA","0","2019-01-21","2","0","9A2/Sc","S6","","Landmark assessment 2","","","","","","","","","","Landmark assessment 2","","0","","0000-00-00","0","","0"),
("24584","CLA","0","2019-01-24","2","0","9A2/Sc","S6","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("24585","CLA","0","2019-01-25","3","0","9A2/Sc","S6","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("24586","SKT","0","2019-01-21","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24587","SKT","0","2019-01-24","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24588","SKT","0","2019-01-25","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24589","PKT","0","2019-01-21","2","0","9A4/Sc","S1","","Landmark test","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24590","PKT","0","2019-01-24","2","0","9A4/Sc","S1","B1.3.7","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("24591","PKT","0","2019-01-25","3","0","9A4/Sc","S1","B1.3.8","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("24592","CLA","0","2019-01-22","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24593","LAN","0","2019-01-21","1","0","9B1/Sc","S7","","LA 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24594","LAN","0","2019-01-21","2","0","9B1/Sc","S7","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24595","LAN","0","2019-01-24","2","0","9B1/Sc","S7","p1.2.3","Required practical planning - Resistors","","Students should be able to explain that, for some resistors, the value of R remains constant but that in others it can change as the current changes.\n","1) Current, potential difference or resistance can be calculated using the
\nequation:
\npotential difference = current ? resistance
\nV = I R","How are current, potential difference and resistance linked by an equation? current, potential difference or resistance can be calculated using the equation: potential difference = current ? resistance V= = I R\nWhat is the difference in function between a resistor and a variable resistor? Resistors have a constant value of R, whereas a variable resistor can change the value of R as the current changes.","display images of people running in different viscocities","Resistance: Resistance, measured in Ohms, tells us how hard it is for a current to flow through a circuit component.\nPotential difference: The potential difference between two points in an electric circuit is the work done when a coulomb of charge passes between the points.\nCurrent: The flow of charge in a circuit.\nAmmeter\nvoltmeter: An instrument used to measure potential difference.","","","Activity 1)\nDiffrentiated questions using the equation
\nV= I R","Activity 1)\nx\nActivity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("24596","LAN","0","2019-01-25","4","0","9B1/Sc","S7","P1.2.4","Required practical data collection - Resistors","","","1) The current (I) through a component depends on both the resistance (R)\nof the component and the potential difference (V) across the component.\n2) Required practical 3 - factors affecting resistance\n3) The greater the resistance of the component the smaller the current for a
\ngiven potential difference (pd) across the component.","What does the current through a component depend on? The current (I) through a component depends on both the resistance ? of the component and the potential difference (V) across the component.\nWhat are the factors affecting resistance in a wire? The length of a wire, material and temperature and the thickness of a wire will affect the resistance.\nHow would a high resistance of a component affect the current and potential difference across the component? The greater the resistance of the component the smaller the current for a given potential difference (pd) across the component.","","voltmeter: An instrument used to measure potential difference.\nPotential difference: \nCurrent: \nResistance: ","","","Activity 1)\nDraw a current (amps) against potential difference (volts) graph.\nActivity 2)\nRequired practical 3: factors affecting resistance \nEW: What is the best type of wire for a light bulb?","might no need second day: \n\nActivity 2)\nPower packs\nammeters\nvoltmeters\ncroc/clips\nresistance wire on banjo boards\nplug/plug leads\n10 Ohm resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("24597","SFD","0","2019-01-24","2","0","9B2/Sc","S5","","Homework Feedback","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","","","0","","0000-00-00","0","","0"),
("24598","SFD","0","2019-01-25","4","0","9B2/Sc","S5","B1.2.09","Required Practical - Osmosis - Planning","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n\nJust a demo please*","","0","","0000-00-00","0","","0"),
("24599","SFD","0","2019-01-21","1","0","9B2/Sc","S5","B1.2.07","How does surface area affect transport?","","Students should be able to calculate and compare surface area to volume ratios. (MS) \n\nStudents should be able to explain the need for exchange surfaces in terms of surface area to volume ratio.\n\nStudents should be able to explain why multicellular organisms have transport systems in terms of surface area to volume ration \n\nStudents should be able to explain how the small intestine and lungs in mammals are adapted for exchanging materials.\n\nStudents should be able to explain how the gills in fish are adapted for exchanging materials.\n\nStudents should be able to explain how the leaves in plants are adapted for exchanging materials.\n","1) \n2) \n3) Water may move across cell membranes via osmosis. \n4) A single-celled organism has a relatively large surface area to volume ratio.\n5) Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\n12) In multicellular organisms, surfaces and organ systems are specialised for exchanging materials.\n13) Specalised surfaces allow sufficient molecules to\nbe transported into and out of cells for the organism?s needs. \n14) The effectiveness of an exchange surface is increased by:\n? having a large surface area\n? a membrane that is thin, to provide a short diffusion path\n? (in animals) having an efficient blood supply\n? (in animals, for gaseous exchange) being ventilated.","What is the name of the process in which water moves across cell membranes? Osmosis \nWhat is the surface area to volume ratio of a single-celled organism like? :A single-celled organism has a relatively large surface area to volume ratio.\nHow does having a large surface area to volume ratio help cells? Having a large surface area to volume allows sufficient transport of molecules into and out of the cell to meet the needs of the organism.\nHow do you calculate surface area to volume ratios? :volume = width x height x bredth ;area = width x height;display as a ratio \nWhy do simple organisms need exchange surfaces? :To allow for diffuse of substances in and out. They have high surface area to volume ratio to increase the rate of this. \nWhy do multicelluar organisms need transport systems? Too complex for simple diffusion across a membrane so transport systems are needed to deliver substances to target organs/tissues. \nHow are the small intestine and lungs in mammals adapted for exchanging materials? :Lungs have a large surface area to volume ratio due to the structure of alveloi ;Small intestines have villi to increase their surface to volume ratio\nHow are the gills in fish are adapted for exchanging materials? :Gills have a large surface area, partially permable membrane.\nHow are leaves in plants adapted for exchanging materials? :Leaves have guard cells and spongy mesophyl with gaps\nHow are multicellular organisms adapted for exchanging materials? :Multicellular organisms have specalised surfaces and organ systems\nHow do organisms get substances they need in and out of cells? :Specalised surfaces allow sufficient molecules to;be transported into and out of cells for the organism?s needs. \nHow can the effectiveness of an exchange surface be increased? :The effectiveness of an exchange surface is increased by:;? having a large surface area;? a membrane that is thin, to provide a short diffusion path;? (in animals) having an efficient blood supply;? (in animals, for gaseous exchange) being ventilated.","","Active Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.\nExchange surface: A specific surface in an organism adapted to transfer lots of chemicals across it, normally into or out of the blood.\nSurface Area to Volume Ratio: The volume of an object compared to the surface area it has.\nSurface Area: The total area of a surface.","","","Activity 3)\nSet up cubes of agar jelly and see how far liquid penetrates them by diffusion over five minutes. Calculate surface area to volume ratio for cubes of different sizes and consider the problems faced by large organisms.\nActivity 13)\nResearch adaptations lungs, gills and leaves, describing the chemicals exchanged with directions, adaptations these organs have to carry out the exchange and explain how these adaptations help to maximise the exchange.\nActivity 14)\nExplain why larger organisms need increasingly more complex exchange surfaces.","Activity 3)\nEach Group: \nBeaker, 100 cm3, 1\nWhite tile,1\nPaper towel, 1\nRuler, 1\nForceps, 1\nStopclock/ stopwatch\n\nPer Class: Agar cubes 2 cm x 2 cm, 1 per group\nAgar cubes 1 cm x 1 cm, 1 per group\nAgar cubes 0.5 cm x 0.5 cm, 1 per group\n(Note 1)\nHydrochloric acid, 0.1 M, 20 cm3 per group\n20ml cylinders\n\n-----------","","0","","0000-00-00","0","","0"),
("24600","SFD","0","2019-01-21","2","0","9B2/Sc","S5","B1.2.08","How does active transport work? - Quiz!","","Students should be able to describe how substances are transported into and out of cells by diffusion, osmosis and active transport\n\n\nstudents should be able to explain the differences between the three processes.\n","1) Active transport moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient).\n2) Active transport requires energy from respiration.\n3) Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\n4) Plants require ions for healthy growth.\n5) Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration. \n6) Sugar molecules are used for cell respiration.","What is active transport? :Active transport is a process that moves substances from a more dilute solution to a more concentrated solution (against a concentration gradient). \nDoes active transport require energy? Active transport requires energy from respiration.\nHow does active transport allow plants to absorb esstential ions from soil? Active transport allows mineral ions to be absorbed into plant root hairs from very dilute solutions in the soil.\nWhy do plants require ions from the soil? : Plants require ions for healthy growth.\nHow does active transport allow sugar to move from the gut into the blood when it has a higher sugar concentration? :Active transport also allows sugar molecules to be absorbed from lower concentrations in the gut into the blood which has a higher sugar concentration.\nWhy is sugar esstential to cells of living things? :Sugar is esstential to cells of living things as it is used for cell respiration\nWhat are the three ways that substances can enter and leave cells? Diffusion, osmosis and active transport.\nWhat are the differences between diffusion, osmosis and active transport? Diffusion is the spreading out of particles down a concentration gradient with/without a partially permeable membrane. ;Osmosis is the movement of water from an area of high concentration to a low concentration solution across a partially permeable membrane. ;Active transport is the movement of ions in solution across a partially permeable membrane through carrier proteins, this requires energy","","Ion: Charged atom/particle.\nRespiration: Reaction releasing the energy from glucose to be used for cells to carry out activities.\nActive Transport: the movement of a chemical across a partially permeable membrane against its concentration gradient using energy from respiration.","","","Activity 5)\nVenn Diagram to sort conditions between diffusion, osmosis and active transport (passive, uses energy, against concentration gradient, across a membrane, movement of water et.c)\nActivity 6)\nDescribe the exchange that takes place in the small intestine.\nActivity 7)\nExplain why villi cells need a high number of mitochondria / why so much active transport needs to take place in the small intestines.\nActivity 8)\nGF: Evaluate whether it is worth the small intestines using energy to actively transport sugar into the blood.","","","0","","0000-00-00","0","","0"),
("24601","CML","0","2019-01-21","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24602","CML","0","2019-01-21","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24603","JHT","0","2019-01-24","2","0","9B3/Sc","S4","P1.3.07","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24604","JHT","0","2019-01-25","4","0","9B3/Sc","S4","2C.6","Skill focus: Conclusion","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) A: Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24605","SKT","0","2019-01-22","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24606","JHT","0","2019-01-23","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24607","JHT","0","2019-01-22","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24608","JHT","0","2019-01-24","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24609","PKT","0","2019-01-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24610","DLN","0","2019-01-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24611","CLA","0","2019-01-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24612","SSN","0","2019-01-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("24738","SFD","0","2019-01-28","3","0","10ASK/Sc","S5","P1.3.03","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("24740","SFD","0","2019-01-29","5","0","10ASK/Sc","S5","P1.3.04","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24741","SFD","0","2019-01-30","1","0","10ASK/Sc","S5","P1.3.05","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24742","SFD","0","2019-02-01","5","0","10ASK/Sc","S5","P1.3.06","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24743","CML","0","2019-01-28","3","0","10BSK/Sc","S2","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n\nAnd Van der Graaf generator again please.","","0","","0000-00-00","0","","0"),
("24744","CML","0","2019-01-28","4","0","10BSK/Sc","S2","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24745","CML","0","2019-01-29","4","0","10BSK/Sc","S2","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24746","CML","0","2019-01-29","5","0","10BSK/Sc","S2","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24747","CML","0","2019-01-30","1","0","10BSK/Sc","S2","","P1.3 summary","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24748","CML","0","2019-02-01","4","0","10BSK/Sc","S2","B1.5.1","What is a pathogen?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Pathogens are microorganisms that cause infectious disease.\n4) If a pathogen enters the body the immune system tries to destroy the pathogen.\n5) White blood cells help to defend against pathogens by:\n- phagocytosis\n- antibody production\n- antitoxin production.\n8) Pathogens may be viruses, bacteria, protists or fungi.\n9) Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\n10) Bacteria and viruses may reproduce rapidly inside the body.\n11) Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\n12) Viruses live and reproduce inside cells, causing cell damage.","What are pathogens? Pathogens are microorganisms that cause infectious disease.\nWhat are the humans natural defence systems against pathogens? The humans natural defence systems against pathogens are the skin, nose, stomach, trachea and bronchi.\nWhat is the role of the immune system in the defence against disease? The role of the immune system in the defence against disease is to detect and destroy pathogens that enter the body's blood stream.\nHow does the immune system respond if a pathogen enters the body? If a pathogens enters the body the immune system tries to destroy the pathogen\nHow do white blood cells help to defend against pathogens? (give 3 ways):White blood cells help to defend against pathogens by:;- phagocytosis;- antibody production;- antitoxin production.\nHow do the different pathogens spread in animals and plants? Pathogens can be spread in plants and animals through direct contact, by water or through the air.\nHow can the spread of diseases be reduced or prevented? The spread of pathogens can be reduced or prevented through simple hygiene (covering the mouth when coughing or washing hands), isolation of infected individuals, destroying vectors (such as mosquitoes carrying malaria) or vaccination.\nWhat four categories can pathogens fall into? Pathogens may be viruses, bacteria, protists or fungi.\nWhat can pathogens infect and how are they spread? Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\nWhat do bacteria and viruses do once inside the body? Bacteria and viruses may reproduce rapidly inside the body.\nHow do bacteria make us feel ill? Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\nHow do viruses cause damage to the cells? Viruses live and reproduce inside cells, causing cell damage.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Fungi - type of pathogen\nVirus - type of pathogen, takes over host cells\nBacteria - type of pathogen \nImmune System: Made up of white blood cells, antibodies and antitoxins\nPathogens: Microorganisms that can transmit infectious diseases","","","Activity 1)\nMicrobe blind date activity. \nStudents not involved answer the questions on the work sheet. (found in T drive)\nActivity 2)\nLabel an outline of the human body with the bodies natural defences\nActivity 5)\nModel the effects of white blood cells using plasticine or MWB. Take photos and stick into students books.\nActivity 6)\nPut glitter onto your hand and greeting students at the door see how the glitter transmits around the classroom.\n\nEach student gets a test tube of water except for one who gets a weak acid. Students swap with 3 others in the room. Then work backwards to try and establish who started with the disease. Test with Universal indicator solution or paper to see they have the disease (red means infected)\nActivity 7)\nWatch this video before showing a class. Consider if it is appropriate, in particular with any ASD students in the class. \nhttps://www.youtube.com/watch?v=Ffhi1CPzT48 \n\nGF: What effect could non vaccination have on socio-economical issues (think NHS, nurseries)\nActivity 8)\n.\nActivity 12)\nEW: (Construct a matrix map) To compare fungi, virus, bacteria and protists to include size, site of reproduction and effects in the body","Activity 5)\nplasticine\n\n-----------\n\nActivity 6)\nglitter in a box \n\none test tube per each student of water\n1 test tube given to teacher to have acid in\nUI bottles x 6 (minimum) \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24749","LAN","0","2019-01-28","3","0","10CLA/Sc","S7","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24750","LAN","0","2019-01-29","4","0","10CLA/Sc","S7","P1.3.2","Why does my football shirt cling to me when I take it off? (SEPARATES ONLY)","","Students should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) The further away from the charged object, the weaker the field\n2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) When two electrically charged objects are brought close together they exert a force on each other.\n5) A second charged object placed in the field experiences a force. \n6) Negatively charged electrons are rubbed off one material and on to the other. \n7) Two objects that carry the same type of charge repel. \n8) The electric field is strongest close to the charged object.\n9) The force gets stronger as the distance between the objects decreases.\n10) Two objects that carry different types of charge attract. \n12) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n13) Attraction and repulsion between two charged objects are examples of non-contact force.","When is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","Electric field: A region around a charged particle or object within which a force would be exerted on other charged particles or objects.\nElectrons: A stable subatomic particle with a negative charge.\nStatic: Having no motion.\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 2)\nWhat is static electricity?\nhttps://www.youtube.com/watch?v=fT_LmwnmVNM\n\nPhet - Creating static\nhttps://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_en.html\nActivity 3)\nDemonstrate static electricity using the Van de Graaf generator.\nActivity 6)\nExtended writing:\nDescribe and explain how rubbing materials against each other can get them to become charged, in terms of particle movement.\nActivity 10)\nInvestigate the effect charged objects have on other objects placed near it – both charged and uncharged?\n\nPhet - Interacting charges\nhttps://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_en.html\nActivity 11)\nDiagrams of electric fields\nhttp://www.cyberphysics.co.uk/topics/electricity/higher_electricity/electric_field.htm\nActivity 15)\nDangers of static\nhttps://www.youtube.com/watch?v=FzsTamPPnHc","Activity 3)\nVan de Graaf generator.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24751","LAN","0","2019-01-29","5","0","10CLA/Sc","S7","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24752","LAN","0","2019-01-30","1","0","10CLA/Sc","S7","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24753","LAN","0","2019-02-01","5","0","10CLA/Sc","S7","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24754","DLN","0","2019-01-30","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24755","PKT","0","2019-01-28","3","0","10JCE/Sc","S1","B1.5.4","How do vaccinations prevent illnesses?","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","2) Evaluate the global use of vaccination in the prevention of disease.\n3) Vaccination involves introducing small quantities of dead or inactive\nforms of a pathogen into the body to stimulate the white blood cells to produce antibodies.\n4) If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.\n5) Students do not need to know details of vaccination schedules and side effects associated with specific vaccines.","How do vaccinations prevent illness in an individual and the spread of disease in a population? :Vaccinations prevent the illness in an individual by stimulating the white blood cells to produce antibodies making the immune system quicker to respond if infected with the virus. Vaccinations reduce the wide spread of infectious diseases caused by viruses.\nWhat are the advantages and disadvantages of using vaccinations to prevent disease? The advantages of using vaccinations to prevent disease are that less people will be infected by the disease, the disease will not spread as far and the cost of a vaccine is usually cheaper than treating an ill person.;The disadvantages are that some people will still suffer with the illness (different strains or not full effects), there are posisble side affects of the vaccine and vaccinations cost NHS/people money.\nWhat is in a vaccine? A vaccination is a small quantity of dead or inactive forms of a pathogen\nHow does a vaccination work? The vaccination causes the body to stimulate the white blood cells to produce antibodies. If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.","","White blood cells: specialised cells that destroy pathogens in the blood\nAntibodies: produced by white blood cells, specific to each pathogen\nVaccination: inactive virus given to a healthy person","","","Activity 4)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 5)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24756","PKT","0","2019-01-28","4","0","10JCE/Sc","S1","B1.5.4","How do vaccinations prevent illnesses?","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","2) Evaluate the global use of vaccination in the prevention of disease.\n3) Vaccination involves introducing small quantities of dead or inactive\nforms of a pathogen into the body to stimulate the white blood cells to produce antibodies.\n4) If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.\n5) Students do not need to know details of vaccination schedules and side effects associated with specific vaccines.","How do vaccinations prevent illness in an individual and the spread of disease in a population? :Vaccinations prevent the illness in an individual by stimulating the white blood cells to produce antibodies making the immune system quicker to respond if infected with the virus. Vaccinations reduce the wide spread of infectious diseases caused by viruses.\nWhat are the advantages and disadvantages of using vaccinations to prevent disease? The advantages of using vaccinations to prevent disease are that less people will be infected by the disease, the disease will not spread as far and the cost of a vaccine is usually cheaper than treating an ill person.;The disadvantages are that some people will still suffer with the illness (different strains or not full effects), there are posisble side affects of the vaccine and vaccinations cost NHS/people money.\nWhat is in a vaccine? A vaccination is a small quantity of dead or inactive forms of a pathogen\nHow does a vaccination work? The vaccination causes the body to stimulate the white blood cells to produce antibodies. If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.","","White blood cells: specialised cells that destroy pathogens in the blood\nAntibodies: produced by white blood cells, specific to each pathogen\nVaccination: inactive virus given to a healthy person","","","Activity 4)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 5)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24757","PKT","0","2019-01-29","4","0","10JCE/Sc","S1","B1.5.5","How are drugs used to treat diseases?","","Students should be able to explain the use of antibiotics and other medicines in treating disease.\n","2) Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body. \n3) It is important that specific bacteria should be treated by specific antibiotics.\n4) The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\n5) However, the emergence of strains resistant to antibiotics is of great concern.\n6) Antibiotics cannot kill viral pathogens.\n7) Painkillers and other medicines are used to treat the symptoms of disease but do not kill pathogens.\n8) It is difficult to develop drugs that kill viruses without also damaging the body?s tissues.","How are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","","Infectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nPenicillin: The first antibiotic to be discovered.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 1)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 2)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 3)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 4)\nInterpret graphs showing bacterial population growth\nActivity 5)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 6)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 8)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","","","0","","0000-00-00","0","","0"),
("24758","PKT","0","2019-01-29","5","0","10JCE/Sc","S1","B1.5.6","How are new drugs developed?","","Students should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Traditionally drugs were extracted from plants and microorganisms.\n2) The heart drug digitalis originates from foxgloves.\n3) The painkiller aspirin originates from willow.\n4) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n5) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n6) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n7) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n8) Clinical trials use healthy volunteers and patients.\n\n9) Very low doses of the drug are given at the start of the clinical trial.\n10) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n11) In double blind trials, some patients are given a placebo.\n12) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Where are drugs traditionally extracted from? Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.\nWhat are the stages involved in developing a new drug? The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.","","Optimum dose: The best amount of drug to treat a disease effectively\nDose: The amount of drug given to a patient/volunteer\nVolunteers: People who offer to test out new drugs to see their side affects\nPreclinical testing: testing done in a laboratory using cells, tissues and live animals.","","","Activity 1)\nUse images of foxgloves and willow with the questions "where are drugs extracted from?"\nActivity 4)\nhttps://www.youtube.com/watch?v=0ZWjzcsTd5M \n\nwatch the video and highlight the key points in a circle map\nActivity 7)\nDiscuss drug safety and how drugs are tested today.\nActivity 9)\nThink, Pair Share possible effects if the dosage was incorrect. List ideas in a circle map.\nActivity 13)\nWatch a video that show the stages of preclinical trials https://www.youtube.com/watch?v=fYfp4IdVsXI\n\nSummarise the key steps using a flow map or a cartoon strip style.","Activity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24759","PKT","0","2019-01-30","1","0","10JCE/Sc","S1","","B1.5 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24760","PKT","0","2019-02-01","4","0","10JCE/Sc","S1","C1.5.1","Why are chemical equations always balanced?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.","1) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n2) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.","What is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO","","Balanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nreaction
\nchemical
\natoms
\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.","","","Activity 1)\nModel the law of conservation using molecular model kits.\nTeacher Demo:\nLead Nitrate and potassium Iodide.\n\nPerform on balance no change in mass.\n\nWrite simple word equations.\n\nWrite simple symbol equations.\n\nBalance symbol equations.\n\nExtended writing: describe the equations given in terms of number of moles, reactants and products.\n\nGF: balance complex equations and add state symbols.","Activity 1)\nTeacher Demo:
\nLead Nitrate and potassium Iodide.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24761","CLA","0","2019-01-28","3","0","10MES/Sc","S4","C1.5.01","Why are chemical equations always balanced?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n","1) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n2) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.","What is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO ","","Balanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nreaction
\nchemical
\natoms
\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.","","","Activity 1)\nModel the law of conservation using molecular model kits.
\nTeacher Demo:
\nLead Nitrate and potassium Iodide.
\n
\nPerform on balance no change in mass.
\n
\nWrite simple word equations.
\n
\nWrite simple symbol equations.
\n
\nBalance symbol equations.
\n
\nExtended writing: describe the equations given in terms of number of moles, reactants and products.
\n
\nGF: balance complex equations and add state symbols.","Activity 1)\nTeacher Demo:
\nLead Nitrate and potassium Iodide.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24762","SSN","0","2019-01-29","4","0","10MES/Sc","S4","C1.5.04","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","","","0","","0000-00-00","0","","0"),
("24763","CLA","0","2019-01-29","5","0","10MES/Sc","S4","C1.5.02","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","Activity 1)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.
\nAccurate balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24764","CLA","0","2019-01-30","1","0","10MES/Sc","S4","C1.5.03","Why do some reactions appear to have a mass change?","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n","1) Some reactions may appear to involve a change in mass but this can usually be explained because a reactant or product is a gas and its mass has not been taken into account. For example: when a metal reacts with oxygen the mass of the oxide produced is greater than the mass of the metal or in thermal decompositions of metal carbonates carbon dioxide is produced and escapes into the atmosphere leaving the metal oxide as the only solid product.\n3) Whenever a measurement is made there is always some uncertainty about the result obtained.","When a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nExplain why in the reaction below the mass of the products would be greater than that of the reactants
\n2Mg (s) O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nA pippette has an uncertainty of +/-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = +/- 0.03mL","","Metal carbonate: A metal that contains carbon and oxygen.\nMetal Oxide: Metal that contains Oxygen\nThermal decomposition: A reaction in which a substance is broken down into at least two other substances by heat\nGas: One of the states of matter with the most amount of energy.","","","Activity 1)\nExtended writing: use measurements of mass before and after an experiment to explain what has happened to the mass during the experiment and why it has happened.","Activity 1)\nUse magnesium ribbon to produce magnesium oxide. Measure the mass of the ribbon at the start of the experiment, burn the ribbon in a strong Bunsen flame (SAFETY required) and measure the mass of the ribbon at the end of the experiment.\n\nUse HCl acid in a conical flask with CaCO3. Measure the mass of the reaction on a top pan balance as the reaction proceeds over two minutes.\n\n-----------","","0","","0000-00-00","0","","0"),
("24765","CLA","0","2019-02-01","5","0","10MES/Sc","S4","C1.5.05","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","","","0","","0000-00-00","0","","0"),
("24766","SNK","0","2019-02-01","4","0","10SNK/Sc","S3","","","","Students should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Traditionally drugs were extracted from plants and microorganisms.\n2) The heart drug digitalis originates from foxgloves.\n3) The painkiller aspirin originates from willow.\n4) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n5) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n6) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n7) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n8) Clinical trials use healthy volunteers and patients.\n\n9) Very low doses of the drug are given at the start of the clinical trial.\n10) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n11) In double blind trials, some patients are given a placebo.\n12) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Where are drugs traditionally extracted from? Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.\nWhat are the stages involved in developing a new drug? The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.","","Optimum dose: The best amount of drug to treat a disease effectively\nDose: The amount of drug given to a patient/volunteer\nVolunteers: People who offer to test out new drugs to see their side affects\nPreclinical testing: testing done in a laboratory using cells, tissues and live animals.","","","Activity 1)\nUse images of foxgloves and willow with the questions "where are drugs extracted from?"\nActivity 4)\nhttps://www.youtube.com/watch?v=0ZWjzcsTd5M \n\nwatch the video and highlight the key points in a circle map\nActivity 7)\nDiscuss drug safety and how drugs are tested today.\nActivity 9)\nThink, Pair Share possible effects if the dosage was incorrect. List ideas in a circle map.\nActivity 13)\nWatch a video that show the stages of preclinical trials https://www.youtube.com/watch?v=fYfp4IdVsXI\n\nSummarise the key steps using a flow map or a cartoon strip style.","Total recall","","0","","0000-00-00","0","","0"),
("24767","SNK","0","2019-01-28","3","0","10SNK/Sc","S3","B1.5.1","What is a pathogen?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Pathogens are microorganisms that cause infectious disease.\n4) If a pathogen enters the body the immune system tries to destroy the pathogen.\n5) White blood cells help to defend against pathogens by:\n- phagocytosis\n- antibody production\n- antitoxin production.\n8) Pathogens may be viruses, bacteria, protists or fungi.\n9) Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\n10) Bacteria and viruses may reproduce rapidly inside the body.\n11) Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\n12) Viruses live and reproduce inside cells, causing cell damage.","What are pathogens? Pathogens are microorganisms that cause infectious disease.\nWhat are the humans natural defence systems against pathogens? The humans natural defence systems against pathogens are the skin, nose, stomach, trachea and bronchi.\nWhat is the role of the immune system in the defence against disease? The role of the immune system in the defence against disease is to detect and destroy pathogens that enter the body's blood stream.\nHow does the immune system respond if a pathogen enters the body? If a pathogens enters the body the immune system tries to destroy the pathogen\nHow do white blood cells help to defend against pathogens? (give 3 ways):White blood cells help to defend against pathogens by:;- phagocytosis;- antibody production;- antitoxin production.\nHow do the different pathogens spread in animals and plants? Pathogens can be spread in plants and animals through direct contact, by water or through the air.\nHow can the spread of diseases be reduced or prevented? The spread of pathogens can be reduced or prevented through simple hygiene (covering the mouth when coughing or washing hands), isolation of infected individuals, destroying vectors (such as mosquitoes carrying malaria) or vaccination.\nWhat four categories can pathogens fall into? Pathogens may be viruses, bacteria, protists or fungi.\nWhat can pathogens infect and how are they spread? Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\nWhat do bacteria and viruses do once inside the body? Bacteria and viruses may reproduce rapidly inside the body.\nHow do bacteria make us feel ill? Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\nHow do viruses cause damage to the cells? Viruses live and reproduce inside cells, causing cell damage.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Fungi - type of pathogen\nVirus - type of pathogen, takes over host cells\nBacteria - type of pathogen \nImmune System: Made up of white blood cells, antibodies and antitoxins\nPathogens: Microorganisms that can transmit infectious diseases","","","Activity 1)\nMicrobe blind date activity. \nStudents not involved answer the questions on the work sheet. (found in T drive)\nActivity 2)\nLabel an outline of the human body with the bodies natural defences\nActivity 5)\nModel the effects of white blood cells using plasticine or MWB. Take photos and stick into students books.\nActivity 6)\nPut glitter onto your hand and greeting students at the door see how the glitter transmits around the classroom.\n\nEach student gets a test tube of water except for one who gets a weak acid. Students swap with 3 others in the room. Then work backwards to try and establish who started with the disease. Test with Universal indicator solution or paper to see they have the disease (red means infected)\nActivity 7)\nWatch this video before showing a class. Consider if it is appropriate, in particular with any ASD students in the class. \nhttps://www.youtube.com/watch?v=Ffhi1CPzT48 \n\nGF: What effect could non vaccination have on socio-economical issues (think NHS, nurseries)\nActivity 8)\n.\nActivity 12)\nEW: (Construct a matrix map) To compare fungi, virus, bacteria and protists to include size, site of reproduction and effects in the body","Activity 5)\nplasticine\n\n-----------\n\nActivity 6)\nglitter in a box \n\none test tube per each student of water\n1 test tube given to teacher to have acid in\nUI bottles x 6 (minimum) \npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("24768","SNK","0","2019-01-28","4","0","10SNK/Sc","S3","B1.5.2","What effect can pathogens have on organisms?","","","1) Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\n2) The measles virus is spread by inhalation of droplets from sneezes and coughs.\n3) HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\n4) Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\n5) HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\n6) Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\n7) TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\n8) Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\n9) In the UK, poultry are vaccinated against Salmonella to control the spread.\n10) Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\n11) Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\n12) Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\n13) Gonorrhoea is spread by sexual contact.\n14) The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","What is measles and why are young children vaccinated against it? Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\nHow is the measles virus spread? The measles virus is spread by inhalation of droplets from sneezes and coughs.\nWhat is the initial symptom of HIV and what do antiretroviral drugs stop the virus doing? HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\nWhen does late stage HIV infection or AIDS occur? Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\nHow is HIV spread? HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\nWhat is tobacco mosaic virus? Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\nHow does tobacco mosaic virus reduce growth in plants? TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\nHow is Salmonella food poisoning spread? Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\nWhat animal is vaccinated in the UK to control the spread of Salmonella? In the UK, poultry are vaccinated against Salmonella to control the spread.\nWhat are the symptoms of salmonella and what causes them? Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\nWhat is gonhorrhoea and what are the symptoms? Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\nHow and why has treatment of gonorrhoea changed over time? Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\nHow is gonhorroea spread? Gonorrhoea is spread by sexual contact.\nHow can the spread of gonorrhoea be controlled? The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","","Caner: Uncontrollable growth of cells\nTMV: Viral infection\nFlu: Viral infection\nHIV: Viral infection\nMeasles: Viral infection.","","","Activity 2)\nShow an image of a student with measles and ask students to consider how it is transmitted.\nActivity 3)\nSplit students into teams and allocate them a virus disease to research and either create a presentation or a poster to display for a market place fact collecting activity. Their presentations should include: \n1. How the disease is transmitted\n2. The effects of the disease \n3. How the spread of the disease can be prevented\nActivity 4)\nGF: Why will HIV never be truly eradicated?","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24769","SNK","0","2019-01-29","4","0","10SNK/Sc","S3","B1.5.3","What effect do pathogens have on plants?","","","1) Knowledge of plant diseases is restricted to tobacco mosaic virus as a viral disease, black spot as a fungal disease and aphids as insects.\n2) The pathogens that cause malaria are protists.\n3) Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\n4) Rose black spot is spread in the environment by water or wind.\n5) Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\n6) The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\n7) The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","What are three examples of plant diseases you need to know? The three plant diseases you need to know are;1. mosaic virus as a viral disease;2. black spot as a fungal disease ;3. aphids as insects\nWhat are the pathogens that cause malaria called? The pathogens that cause malaria are protists.\nWhat is rose black spot and how does it affect the growth of a plant? Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\nHow is rose black spot spread in the environment? Rose black spot is spread in the environment by water or wind.\nHow can rose black spot be treated? Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\nWhat vector is used to spread malaria and what are the symptoms of it? The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\nHow is the spread of malaria controlled? The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","","Protists: A type of pathogen\nVector: Something that carry's disease\nAphids: Aphids are small sap-sucking insects\nBlack Spot Disease: the most serious disease of roses. It is caused by a fungus\nMosaic Virus: viruses that cause the leaves to have a speckled appearance","","","Activity 1)\nshow students a range of photos of the affected plants and ask them which photo matches to t\nActivity 2)\nShow students a image of a protist and ask them describe if it is more like an animal or plant cell. \n\nShow them the video after: https://www.bbc.com/education/clips/z2tq2hv\nActivity 3)\nStudents use a note maker document (A4 or A3 page split into 4/6/8 boxes) to take notes on information from different stations on the various plant diseases. Answering questions about each one.\nActivity 4)\nEW: Make a script for a video segment for ‘Gardeners’ World’ on plant diseases – how to recognise them and why they harm your plants. (could video if time allows) \nHT: Use ICT to include images etc. or make ‘model’ infected/healthy leaves to show.\nActivity 5)\nGF: Justify why there is a large part of the scientific industry dedicated to the prevention and development of cures for plant diseases?\nActivity 6)\nGF: What is the economic impact of plant diseases on the agricultural community?\nActivity 7)\nAsk students to download a free app for stop time animation and bring devices in for the next lesson","Plant","","0","","0000-00-00","0","","0"),
("24770","SNK","0","2019-01-29","5","0","10SNK/Sc","S3","B1.5.4","How do vaccinations prevent illnesses?","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","2) Evaluate the global use of vaccination in the prevention of disease.\n3) Vaccination involves introducing small quantities of dead or inactive\nforms of a pathogen into the body to stimulate the white blood cells to produce antibodies.\n4) If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.\n5) Students do not need to know details of vaccination schedules and side effects associated with specific vaccines.","How do vaccinations prevent illness in an individual and the spread of disease in a population? :Vaccinations prevent the illness in an individual by stimulating the white blood cells to produce antibodies making the immune system quicker to respond if infected with the virus. Vaccinations reduce the wide spread of infectious diseases caused by viruses.\nWhat are the advantages and disadvantages of using vaccinations to prevent disease? The advantages of using vaccinations to prevent disease are that less people will be infected by the disease, the disease will not spread as far and the cost of a vaccine is usually cheaper than treating an ill person.;The disadvantages are that some people will still suffer with the illness (different strains or not full effects), there are posisble side affects of the vaccine and vaccinations cost NHS/people money.\nWhat is in a vaccine? A vaccination is a small quantity of dead or inactive forms of a pathogen\nHow does a vaccination work? The vaccination causes the body to stimulate the white blood cells to produce antibodies. If the same pathogen re-enters the body the white blood cells respond quickly to produce the correct antibodies, preventing infection.","","White blood cells: specialised cells that destroy pathogens in the blood\nAntibodies: produced by white blood cells, specific to each pathogen\nVaccination: inactive virus given to a healthy person","","","Activity 4)\nPlan a story board using a flow map of the stages of how vaccinations work. Make a stop time animation of the process. (free app Stop Motion Studio)\nActivity 5)\nEW: Explain how a vaccine works. \nEW: Explain why there is a sharp increase the in the number of white blood cells after a vaccination is given.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24771","SNK","0","2019-01-30","1","0","10SNK/Sc","S3","B1.5.5","How are drugs used to treat diseases?","","Students should be able to explain the use of antibiotics and other medicines in treating disease.\n","2) Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body. \n3) It is important that specific bacteria should be treated by specific antibiotics.\n4) The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\n5) However, the emergence of strains resistant to antibiotics is of great concern.\n6) Antibiotics cannot kill viral pathogens.\n7) Painkillers and other medicines are used to treat the symptoms of disease but do not kill pathogens.\n8) It is difficult to develop drugs that kill viruses without also damaging the body?s tissues.","How are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","","Infectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nPenicillin: The first antibiotic to be discovered.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 1)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 2)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 3)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 4)\nInterpret graphs showing bacterial population growth\nActivity 5)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 6)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 8)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","","","0","","0000-00-00","0","","0"),
("24772","CML","0","2019-01-29","2","0","11CML/Sc","S4","P2.5.1","How to visualise magnetic field.","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another.\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n\nStudents should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) Poles of a magnet\n2) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n3) The force between a magnet and a magnetic material is always one of attraction.\n4) When two magnets are brought close together they exert a force on each other.\n5) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n6) Two like poles repel each other.\n7) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n8) Two unlike poles attract each other.\n9) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n10) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n11) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\n12) A permanent magnet produces its own magnetic field.\n14) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n16) Induced magnetism always causes a force of\nattraction.\n18) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What are the poles of a magnet? The poles of a magnet are the places where the magnetic forces are strongest.\nWhat is the magnetic field? The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\nWhat force is always between a magnet and a magnetic material? The force between a magnet and a magnetic material is always one of attraction.\nWhat happens when two magnets are brought close together? When two magnets are brought close together they exert a force on each other.\nWhat does the strength of the magnetic field depend on and where is it the strongest? The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\nWhat happens when two like poles are brought together? Two like poles repel each other.\nWhat affects the direction of the magnetic field? The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\nWhat happens when two unlike poles are brought together? Two unlike poles attract each other.\nWhat direction does the magnetic field line go in? The direction of a magnetic field line is from the north;(seeking) pole of a magnet to the south(seeking) pole of the magnet.\nWhat type of force are attraction and repulsion between magnetic poles examples of? Attraction and repulsion between two magnetic poles are examples of non-contact force.\nWhat causes a magnetic compass to follow the direction of the Earth's magnetic field? A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\nWhat is a permanent magnet? A permanent magnet produces its own magnetic field.\nHow can a plotting compass be used to plot the magnetic field pattern of a magnet? https://www.youtube.com/watch?v=NT-KS9dscjw\nWhat is an induced magnet? An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\nWhat force does induced magnetism always cause? Induced magnetism always causes a force of;attraction.\nWhy does a compass point North? The core of the Earth is magnetic.\nWhat happens to an induced magnet when it's removed from the magnetic field? When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.\nHow do the poles of the magnets interact? Repulsion occurs between unlike and like poles for permanent magnets.\nWhat is the difference between permanent and induced magnets:Induced magnets can be switched on and off unlike permenant magnets.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nPermanent magnet\nInduced\nAttraction\nRepulsion\nNon-contact\nAttract\nMagnetic Force: The force that arises due to the motion of charged particle within the magnetic field is known as the magnetic force. It is an outcome of the electromagnetic force.\nMagnet: A material made out of either iron, steel or cobalt that is polarised and has a north and south pole.\npermanent magnet: a magnet that retains its magnetic properties in the absence of an inducing field or current.\nForce\nRepel\nPoles: Magnet have a north and south pole.","","","Activity 1)\nDescribe two experiments that can be used to identify the magnetic field pattern of a permanent magnet.
\nDescribe what would happen if two North seeking Magnetic Poles were placed near each other, two South seeking Poles or one of each.
\nWhich part of a permanent magnet is the strongest?
\nInvestigate and draw the shape of the magnetic field pattern around a permanent magnet.
\nInvestigate the effect that two magnets have on each other in different orientations.","Activity 1)\nBar magnets
\nIron filings
\nA3 paper
\nPlotting compass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24773","CML","0","2019-01-30","4","0","11CML/Sc","S4","P2.5.2","How is a magnetic field produced in a conducting wire.","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.","1) When a current flows through a conducting wire a magnetic field is produced around the wire.\n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire.\n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet.\n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid.\n7) An electromagnet is a solenoid with an iron core.","What happens when a current flows through a conducting wire? When a current flows through a conducting wire a magnetic field is produced.\nWhat does the strength of the magnetic field depends on? The current through the wire and the distance from the wire.\nHow does shaping a wire into a solenoid affect strength of the magnetic field? Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the\nWhat is the magnetic field like inside a solenoid? The magnetic field inside a solenoid is strong and uniform.\nWhat is the shape of the magnetic field around a solenoid? The magnetic field around a solenoid has a similar shape to that of a bar magnet.\nHow does adding an iron core affect the magnetic field? Adding an iron core increases the strength of the
;magnetic field of a solenoid.\nWhat is an electromagnet? An electromagnet is a solenoid with an iron core.\nDescribe how the magnetic effect of a current can be demonstrated:The magnetic effect of a current can be demonstrated
;using iron fillings and a moving a compass around the magnets by plotting north.\nWhat does the magnetic field around a straight wire look like? \nHow does a solenoid arrangement increase the magnetic effect of the current? ","","Polarity: The state of being a north pole or south pole; the magnetic equivalent of electric charge\nConductor: A material the can conduct electricity or thermal energy.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nCurrent: The flow of electrons (charge).","","","Activity 1)\nDescribe how the magnetic effect of a current can be demonstrated.\nUse the ‘right hand thumb rule’ to draw the magnetic field pattern of a wire carrying an electric current.\nDemonstrate what happens when a foil strip with a current flowing through it is placed in a strong magnetic field. What happens if the direction of the current is reversed?\nTry to demonstrate the shape of the magnetic field by placing a wire through a piece of card with iron filings sprinkled near it. Apply a current through the wire.","Activity 1)\nDemo: Conducting Wire\ncard\nIron fillings\nFoil Strip\nPowerpack \nU shaped magnet\nleads\n\n-----------","","0","","0000-00-00","0","","0"),
("24774","CML","0","2019-01-31","5","0","11CML/Sc","S4","","What is meant by the motor effect?","","Students should be able to show that Fleming's left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","(HT only) What is meant by the motor effect? When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\nWhat factors affect the size of the forces on the conductor? The factors that affect the size of the force on the conductor are the current and the strength of the magnetic field.\nHow is magnetic flux density calculated? Include SI units.:For a conductor at right angles to a magnetic field and carrying a current:;force = magnetic flux density ? current ? length;F = B I l;force, F, in newtons, N;magnetic flux density, B, in tesla, T;current, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","Current: An electric current is a flow of electric charge.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nmotor effect: The motor effect is the term used when a current-carrying wire in the presence of a magnetic field experiences a force.\n
\nConductor: A material the can conduct electricity or thermal energy.","","","Activity 1)\nExplain what is meant by the motor effect.
\nExplain why a motor spins with respect to the magnetic field.
\nMake an electric motor and investigate how the speed and direction of rotation can be changed.","X (cover lesson)","","0","","0000-00-00","0","","0"),
("24775","CML","0","2019-02-01","1","0","11CML/Sc","S4","P2.5.4","How does an electric motor work?","","Students should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.","1) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.","What is the basis of an electric motor? A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\nHow does the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor? A simple electric motor can be built using a coil of wire that is free to rotate between two opposite magnetic poles. When an electric current flows through the coil, the coil experiences a force and moves. One side moves up and the other side moves down (based on Fleming's left hand rule).","","Solenoid: a coil of wire, usually cylindrical, in which a magnetic field is set up by passing a current through it\nField: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nMagnetic
\nElectric motor: Electric motors transfer electrical energy into kinetic energy, using magnets and coils of wire. There is a relationship between electrical power, voltage and current (power = voltage Ă— current).\nCurrent: A flow of electrons (charge).","","","Activity 1)\nExplain why changing the direction of the electric current in an electric motor changes the direction of rotation.\nExplain why changing the polarity of the permanent magnets in the electric motor will change the direction of rotation.\nRecall and use Fleming’s left-hand rule.","Activity 1)\nElectric motor kit
\nPowerpack
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24776","CML","0","2019-02-01","2","0","11CML/Sc","S4","","P2.5 summary","","(Physics only) Students should be able to explain how a moving-coil loudspeaker and headphones work.\n\n(Physics only) Students should be able to recall the factors that affect the size of the induced potential difference/induced current.\n\n(Physics only) Students should be able to apply the principles of the generator effect in a given context.\n\n(Physics only) Students should be able to explain how the generator effect is used in an alternator to generate ac and in a dynamo to generate dc\n\n(Physics only) Students should be able to explain how a moving-coil microphone works.\n","1) (Physics only) Loudspeakers and headphones use the motor effect to convert variations in current in electrical circuits to the pressure variations in sound waves.\n3) (Physics only) If an electrical conductor moves relative to a magnetic field or if there is a change in the magnetic field around a conductor, a potential difference is induced across the ends of the conductor.\n4) (Physics only) If the conductor is part of a complete circuit, a current is induced in the conductor. This is called the generator effect.\n5) (Physics only) An induced current generates a magnetic field that opposes the original change, either the movement of the conductor or the change in magnetic field.\n8) (Physics only) The generator effect is used in an alternator to generate ac and in a dynamo to generate dc.\n10) (Physics only) should be able to draw/interpret graphs of potential difference generated in the coil against time.\n11) (Physics only) Microphones use the generator effect to convert the pressure variations in sound waves into variations in current in electrical circuits.","(Physics only) How do loudspeakers and headphones use the motor effect? (Physics only) Loudspeakers and headphones use the motor effect to convert variations in current in electrical circuits to the pressure variations in sound waves.\n(Physics only) How do moving coil loudspeakers and headphones work? (Physics only) Headphones and moving-coil loudspeakers work by transforming electrical signals into sound. They do this by using an electromagnet held inside a permanent magnet's field. The electric current around the amplifier constantly changes, and in changing it also changes the magnetic field around the electromagnet. This causes changing attraction and repulsion between the two magnets making the electromagnet move backwards and forwards. This movement causes sound waves.\n(Physics only) How are potential differences induced across the ends of conductors? (Physics only) If an electrical conductor moves relative to a magnetic field or if there is a change in the magnetic field around a conductor, a potential difference is induced across the ends of the conductor.\n(Physics only) What is the generator effect? (Physics only) The generator effect occurs if a conductor is part of a complete circuit and therefore induces a current.\n(Physics only) What effect does an induced current have? (Physics only) An induced current generates a magnetic field that opposes the original change, either the movement of the conductor or the change in magnetic field.\n(Physics only) What factors affect the size of the induced potential difference or induced current? The factors that affect the size of the induced potential difference/induced current are the speed of the magnet or wire, the strength of the magnet, the number of turns or loops in the coil or the area of the coil.\n(Physics only) \nWhat are the principles of the generator effect? the principals of the generator effect are: ;1. A moving wire moves between a magnetic field line ;2. A potential difference is induced across the ends of the wire ;3. An induced current passes along the wire\n(Physics only)\nHow does the generator effect generate A.C in an alternator? What factors can affect the current in an alternator? An alternator uses the generator effect as its slip rings are connected to the ends of the coil to allow the coil to spin without winding the wire around itself. The brushes are conducting contacts that touch the slip rings and complete the circuit. The size of the induced current can be increase by increasing the number of turns on the coil, using more powerful magnets and turning the coil faster.\n(Physics only) \nHow does the generator effect generate D.C in an dynamo? A dynamo is used to generate a direct current by moving the coil in a magnetic field. As the coil turns it cuts the magnetic field lines. This induces a potential difference between the end of the coil. This causes an induced current to pass through the coil and through the circuit the coil is a part of. The split ring commentator rotates with the coil and maintains a complete circuit with the external circuit. Each half turn the sides of the coil connect to the opposite side of the circuit so the direction of the induced potential difference doesn't change.\n(Physics only)\nWhat would the graph showing potential difference generated in the coil against time look like? The graph showing potential difference generated in the coil against time would show a transverse wave oscillating through the normal line.\n(Physics only) What do microphones convert into variations in current in electrical:(Physics only) Microphones use the generator effect to convert the pressure variations in sound waves into variations in current in electrical circuits.\n(Physics only) Explain how a moving-coil microphone works? (Physics only) Sound waves make the diaphragm vibrate. The vibrations make the coil move back and forth, causing a varying current to flow as the coil moves over the permanent magnet.","","Sound Waves: Longitudinal waves that transfer energy as vibrations in particles.\nCurrent: A flow of electrons (charge).\nMotor effect: The motor effect is the term used when a current-carrying wire in the presence of a magnetic field experiences a force.\nLoudspeaker: Loudspeakers transform electrical signals into sound. Inside a loudspeaker there is a permanent magnet. An electromagnet attached to the speaker cone is inside the magnet field of the permanent magnet.","","","Activity 1)\nExplain how a moving-coil loudspeaker and headphones work.
\nMake a working loudspeaker.
\nIf an unwanted loudspeaker is available take it apart to show the construction of the speaker and where the magnets and electromagnets are located.","X","","0","","0000-00-00","0","","0"),
("24777","CPD","0","2019-01-29","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24778","CPD","0","2019-01-30","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24779","CPD","0","2019-01-31","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24780","CPD","0","2019-02-01","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24781","CPD","0","2019-02-01","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24782","LAN","0","2019-01-29","2","0","11LAN/Sc","S7","","inducing magnetic field","","","","","","","","","","magnets\niron filings\nA4 paper\nwooden blocks \ncompasses \n\nInducing current practical:\nwire to coil around the magnet\nplastic cylinders \npower packs \nsensitive ammeters","","0","","0000-00-00","0","","0"),
("24783","LAN","0","2019-01-30","4","0","11LAN/Sc","S7","C2.4.1","How has the Earth's atmopshere changed since its formation?","","Students should be able to, given appropriate information, interpret\nevidence and evaluate different theories about the Earth's early\natmosphere.\n\nStudents should be able to describe the main changes in the atmosphere over time and some of the likely causes of these changes\n\nStudents should be able to describe and explain the formation of deposits of limestone, coal, crude oil and natural gas.\n","1) Students to recall current composition of the earths atmosphere: about four-fifths (approximately 80 %) nitrogen, about one-fifth (approximately 20 %) oxygen and small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) One theory suggests that during the first billion years of the Earth's\nexistence there was intense volcanic activity that released gases that\nformed the early atmosphere and water vapour that condensed to\nform the oceans. At the start of this period the Earth's atmosphere\nmay have been like the atmospheres of Mars and Venus today,\nconsisting of mainly carbon dioxide with little or no oxygen gas.\n4) Volcanoes also produced nitrogen which gradually built up in the\natmosphere and there may have been small proportions of methane\nand ammonia.\n\n5) When the oceans formed carbon dioxide dissolved in the water and\ncarbonates were precipitated producing sediments, reducing the\namount of carbon dioxide in the atmosphere. No knowledge of other\ntheories is required.\n6) Algae and plants produced the oxygen that is now in the atmosphere\nby photosynthesis, which can be represented by the equation.\n7) Algae first produced oxygen about 2.7 billion years ago and soon after\nthis oxygen appeared in the atmosphere. Over the next billion years\nplants evolved and the percentage of oxygen gradually increased to a\nlevel that enabled animals to evolve.\n8) Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\n9) Carbon dioxide was also decreased by the formation of sedimentary rocks and fossil fuels that contain carbon.","What is the composition of the earths atmosphere? about four-fifths (approximately 80 %) nitrogen;? about one-fifth (approximately 20 %) oxygen;? small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nWhat types of gases did volcanoes produce? Volcanoes produced nitrogen which gradually built up in the;atmosphere and there may have been small proportions of methane and ammonia.\nWhat happened to the atmopshere when the oceans formed? When the oceans formed carbon dioxide dissolved in the water and;carbonates were precipitated producing sediments, reducing the;amount of carbon dioxide in the atmosphere.\nWhat process has caused oxygen levels in our atmosphere to increase since its formation? Photosynthesis, carried out by organisms such as algae and plants converted carbon dioxide into the oxygen now found in the atmosphere.\nWhen did Algae first produce oxygen? Algae first produced oxygen about 2.7 billion years ago and soon after;this oxygen appeared in the atmosphere. Over the next billion years;plants evolved and the percentage of oxygen gradually increased to a;level that enabled animals to evolve.;\nHow did Algae and plants affect the atmosphere? Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\nApart from through the process of photosynthesis, what else has caused carbon dioxide levels in the atmosphere to decrease since its formation? Carbon dioxide levels also decreased due to some dissolving into the oceans, the formation of sedimentary rocks and the formation of fossil fuels.\nHow did the Earth's atmosphere change over time? Why did these changes happen? Volcanic activity caused high levels of carbon dioxide, as the volancos died out the Earth's temperature cooled. The water vapour produced by volcanos condensed to form oceans. The carbon dioxide levels decreased as it dissolved into the oceans and formed part of the shells of marine animals.\nHow and why did limestone, coal, crude oil and natural gas form? Limestone, crude oil and natural gas all contain carbon. Limestone was formed by the calcium carbonate from sea organisms and their shells. Crude oil and natural gas form from the decomposition of living animals and plants. ","","Denitrification: A microbially facilitated process where nitrate is reduced and ultimately produces molecular nitrogen..\nPhotosynthesis: The process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water.\nCondensation: The conversion of a vapour or gas to a liquid.\nAtmosphere: the envelope of gases surrounding a planet, held in place by its gravitational pull.","","","Activity 1)\nDraw accurate pie charts for the composition of the atmosphere.\nActivity 2)\nEarths early atmosphere:\nhttps://www.youtube.com/watch?v=Gyn754vw8ZQ\nActivity 3)\nEvolution of the Earth's atmosphere:\nhttps://www.youtube.com/watch?v=gwGeH9O8Rx4\nActivity 6)\nDemo: Aquatic plants (eg Elodea) producing oxygen in daylight. \n(Interleaving opportunity to require practical with colours and ruler for intensity).\nActivity 10)\nEW: Describe the theory of the evolution of the Earth’s early atmosphere.\nor\nExplain why the composition of the atmosphere has changed over billions of years.\nor\nCompare the Earth’s atmosphere to that of Mars and Venus.","Activity 6)\nAquatic plant in water with high carbonate concentration.\nLamp\ndifferent coloured acetates \nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24784","LAN","0","2019-01-31","5","0","11LAN/Sc","S7","C2.4.2","How does carbon dioxide help sustain earths climate?","","Students should be able to describe the greenhouse effect in terms of the interaction of short and long wavelength radiation with matter.\n\nSome human activities increase the amounts of greenhouse gases in the atmosphere. These include:\n- carbon dioxide\n- methane.\nStudents should be able to recall two human activities that increase the amounts of each of the greenhouse gases carbon dioxide and methane.\n\nStudents should be able to evaluate the quality of evidence in a report about global climate change given appropriate information\n\nStudents should be able to describe uncertainties in the evidence base\n\nStudents should be able to recognise the importance of peer review of results and of communicating results to a wide range of audiences.\n","1) Oreenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\n4) Based on peer-reviewed evidence, many scientists believe that human activities will cause the temperature of the Earth's atmosphere to increase at the surface and that this will result in global climate change.\n5) There are difficulties in such complex systems as global climate change. This leads to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.","How does the atmosphere help the Earth maintain stable surface temperatures? Greenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\nWhat are the long and short term impacts of the greenhouse effect? Short term effects: Average surface temperature of earth increases. Long term effect: Rising sea levels, more extreme weather patterns.\nWhat types of human activities increase the amounts of greenhouse gases in the atmosphere? Any human activity that produces carbon dioxide and methane.\nWhat do most scientists believe will happen to the Earth?s atmosphere? Many scientists believe that human activities will cause the temperature of the Earth?s atmosphere to increase at the surface and that this will result in global climate change.\nWhat difficulties can such complex systems as global climate change cause? They lead to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.\nWhat is the importance of peer reviewing results and of communicating results to a wide range of audiences.:Peer reviewing is important within the science community as it prevents bias and allows links to be made within and outside certain specialisms as well as to educate wider audiances.","","Peer review: 1.evaluation of scientific, academic, or professional work by others working in the same field.\nClimate: The weather conditions prevailing in an area in general or over a long period.\nTemperature: the degree or intensity of heat present in a substance or object.\nGreenhouse gas: a gas that contributes to the greenhouse effect by absorbing infrared radiation.","","","Activity 1)\nDescribe the effect of greenhouse gases on wavelength.\nActivity 3)\nGreenhouse effect and global warming\nhttps://www.youtube.com/watch?v=dP-tg4atr5M\n\nWatch the polar ice caps melting and water levels rising but building land with the plasticine, add water and 1 ice cube. Mark water level on the beaker, allow ice to melt and check water level and effects on land.\nActivity 8)\nUse the internet to obtain data for concentrations of greenhouse gases. \nEvaluate the reliability of the data available on the internet.\n\nResearch the process of peer review in reporting results/data.","Activity 3)\nBeakers\nplasticine \nice \nOHP pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24785","LAN","0","2019-02-01","1","0","11LAN/Sc","S7","C2.4.3","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","","","0","","0000-00-00","0","","0"),
("24786","LAN","0","2019-02-01","2","0","11LAN/Sc","S7","C2.4.3","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","","","0","","0000-00-00","0","","0"),
("24787","PKT","0","2019-01-29","2","0","11PKT/Sc","S1","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24788","PKT","0","2019-01-30","4","0","11PKT/Sc","S1","C2.3.4","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------","","0","","0000-00-00","0","","0"),
("24789","PKT","0","2019-01-31","5","0","11PKT/Sc","S1","C2.3.4","Required practical: Chromatography","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24790","PKT","0","2019-02-01","1","0","11PKT/Sc","S1","","Both Chromatography and Sampling Write up and mark","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24791","PKT","0","2019-02-01","2","0","11PKT/Sc","S1","","Both Chromatography and Sampling Write up and mark","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24792","SFD","0","2019-01-30","4","0","11SFD/Sc","S5","P2.4.06","What are the uses and dangers of the electromagnetic spectrum?","","Students should be able to give examples that illustrate the transfer of energy by electromagnetic waves.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n\n(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.\n","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n4) Gamma rays originate from changes in the nucleus of an atom.\n5) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n6) Going from long to short wavelength (or from low to high frequency) the groups are: radio, microwave, infrared, visible light (red to violet), ultraviolet,\nX-rays and gamma rays.\n8) The effects depend on the type of radiation and the size of the dose.\n10) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n11) Electromagnetic waves have many practical applications. For example:
\n- radio waves - television and radio
\n- microwaves - satellite communications, cooking food
\n- infrared - electrical heaters, cooking food, infrared cameras
\n- visible light - fibre optic communications
\n- ultraviolet - energy efficient lamps, sun tanning
\n- X-rays and gamma rays - medical imaging and treatments.\n12) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n13) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n14) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n15) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","(HT only) How are radio waves produced? (HT only) Radio waves are produced by oscillations in electrical circuits.\nHow can electromagnetic waves be generated? Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated\nWhat types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nHow are gamma rays generated? Gamma rays are emitted from the nucleus. They have no charge or mass.\nWhat effects can Ultraviolet waves cause to the skin? Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\nWhat are three ways that show energy is transferred by electromagnetic waves? Some examples of how electromagnetic waves transfer energy are: ;Radio waves - radios in communication ;Microwaves - ovens for heating food ;Infrared radiation - wireless remote controls ;Ultraviolet - Ultrasound scans;Visible light - heat and light from light bulb;X-Ray: energy passes through tissue but stopped by bone in X ray imaging ;Gamma: Energy used to kill pathogens during sterilisation of medical equipment\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat are the risks and consequences of exposure to radiation? The risks of exposure to radiation can include radiation poisoning and cancer.\nWhat type of electromagnetic waves are ionising? X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n(HT only) What type of current is produced when radiowaves are absorbed? (HT only) When radio waves are absorbed they may create an alternating current.\n(HT only) How can the wavelength of electromagnetic waves be varied? (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)\n(HT only) Why is each type of electromagnetic wave suitable for practical application? Each member of the electromagnetic wave is suitable for a practical application because it has a small range of frequency and wave length.","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","Transmit: move from one place to another\nAbsorb: when a wave transfers its energy to the material it penetrates.\nRefract: when waves change speed when they move from one medium to another of different density\nReflect: when waves bounce back off a reflective surface\nWavelength: family of waves with similar properties\nElectromagnetic\nMutations: random changes to DNA\nGamma: the most ionising electromagnetic wave\nCircuits: An electric circuit is a path in which electrons from a voltage or current source flow\nElectrical: energy transfer\nWaves: how energy is transferred but matter is not\nIonising: radiation that carries enough energy to remove electrons from atoms\nX-ray: a type of ionising radiation\nOscillation: one complete cycle of a wave","","","Activity 5)\nEW: Why is it important to wear sun cream that has a high UV rating?\nActivity 6)\n*Duplicated from lesson 5* combined tier to teach in lesson 6. Higher tier covered in lesson 5\nActivity 7)\nFor each part of the EM wave consider the applications of each one and then identify the energy transformations that are occurring\nActivity 10)\nGF: Describe the changes to DNA that exposure to radiation can occur. What effects can this have on the cell and the rest of the body?\nActivity 11)\n*Duplicated for combined only in this lesson* Higher tier groups to teach this in lesson 5. \n\nWatch the video on how UV waves are used to produce images of unborn babies. Create a thinking map to help you answer. \nEW: How are EM waves used in medical imaging?\n\nhttps://www.youtube.com/watch?v=GvbXHoiQHbI\nActivity 12)\nUse the phet animation to show the electromagnetic fields from radio waves. \nhttps://phet.colorado.edu/en/simulation/legacy/radio-waves\nActivity 16)\nUse an image of the EM waves to compare the frequency and wavelength. \n\n\nDemonstrate an optical fibre showing total internal reflection.\n\nDemonstrate a use of UV by shining a UV light onto a bank note, through tonic water or writing a message using a security marker and then holding a UV light over the message.","Activity 1)\nEquipment Required:\n\noptical fibre / internal reflection glass with ray box\n\n UV light \n tonic water \n \nPower pack\n\n-----------\n\nActivity 16)\noptical fibre / internal reflection glass with ray box\n\nUV light \ntonic water \nsecurity marker pen \npaper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24793","SFD","0","2019-02-01","1","0","11SFD/Sc","S5","B2.5.01","What do organisms compete for in an ecosystem?","","Students should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n","4) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n5) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n6) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n7) Animals often compete with each other for food, mates and territory.\n\n8) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n9) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","What are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","","","","","","","","0","","0000-00-00","0","","0"),
("24794","SFD","0","2019-02-01","2","0","11SFD/Sc","S5","B2.5.02","What is the difference between abiotic and biotic factors?","","Students should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","2) Abiotic (non-living) factors which can affect a community are:\n- light intensity\n- temperature\n- moisture levels\n- soil pH and mineral content\n- wind intensity and direction\n- carbon dioxide levels for plants\n- oxygen levels for aquatic animals.\n5) Biotic (living) factors which can affect a community are:\n- availability of food\n- new predators arriving\n- new pathogens\n- one species out-competing another so the numbers are no longer sufficient to breed.\n7) (WS) Extract and interpret information from charts, graphs and tables\n9) Feeding relationships within a community can be represented by food chains. \n\n10) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n14) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n15) Consumers that kill and eat other animals are predators, and those eaten are prey.\n16) In a stable community the numbers of predators and prey rise and fall in cycles.\n17) Interpret graphs used to model predator-prey cycles (WS) (MS)","What is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","","","0","","0000-00-00","0","","0"),
("24795","SFD","0","2019-01-31","5","0","11SFD/Sc","S5","","Mastery and Total Recall - WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24796","SFD","0","2019-01-29","2","0","11SFD/Sc","S5","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24797","DLN","0","2019-01-29","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24798","SKT","0","2019-01-29","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24799","SKT","0","2019-01-30","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24800","SKT","0","2019-01-31","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24801","SKT","0","2019-02-01","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24802","SKT","0","2019-02-01","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24803","SNK","0","2019-01-29","2","0","11SNK/Sc","S3","P2.4.6","What are the uses and dangers of the electromagnetic spectrum?","","Students should be able to give examples that illustrate the transfer of energy by electromagnetic waves.\n\nStudents should be able to draw conclusions from given data about the risks and consequences of exposure to radiation.\n\n(HT only) Students should be able to give brief explanations why each type of electromagnetic wave is suitable for the practical application.\n","1) (HT only) Radio waves can be produced by oscillations in electrical circuits.\n2) Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated or absorbed over a wide frequency range.\n3) Ultraviolet waves, X-rays and gamma rays can have hazardous effects on human body tissue.\n4) Gamma rays originate from changes in the nucleus of an atom.\n5) Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\n6) Going from long to short wavelength (or from low to high frequency) the groups are: radio, microwave, infrared, visible light (red to violet), ultraviolet,\nX-rays and gamma rays.\n8) The effects depend on the type of radiation and the size of the dose.\n10) X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n11) Electromagnetic waves have many practical applications. For example:
\n- radio waves - television and radio
\n- microwaves - satellite communications, cooking food
\n- infrared - electrical heaters, cooking food, infrared cameras
\n- visible light - fibre optic communications
\n- ultraviolet - energy efficient lamps, sun tanning
\n- X-rays and gamma rays - medical imaging and treatments.\n12) (HT only) When radio waves are absorbed they may create an alternating current with the same frequency as the radio wave itself, so radio waves can themselves induce oscillations in an electrical circuit.\n13) Different substances may absorb, transmit, refract or reflect electromagnetic waves in ways that vary with wavelength.\n14) Radiation dose (in sieverts) is a measure of the risk of harm resulting from an exposure of the body to the radiation.\n15) 1000 millisieverts (mSv) = 1 sievert (Sv) Students will not be required to recall the unit of radiation dose.","(HT only) How are radio waves produced? (HT only) Radio waves are produced by oscillations in electrical circuits.\nHow can electromagnetic waves be generated? Changes in atoms and the nuclei of atoms can result in electromagnetic waves being generated\nWhat types of waves are hazardous on human body tissue.:X-rays and gamma rays can have hazardous effects on human body tissue.\nHow are gamma rays generated? Gamma rays are emitted from the nucleus. They have no charge or mass.\nWhat effects can Ultraviolet waves cause to the skin? Ultraviolet waves can cause skin to age prematurely and increase the risk of skin cancer.\nWhat are three ways that show energy is transferred by electromagnetic waves? Some examples of how electromagnetic waves transfer energy are: ;Radio waves - radios in communication ;Microwaves - ovens for heating food ;Infrared radiation - wireless remote controls ;Ultraviolet - Ultrasound scans;Visible light - heat and light from light bulb;X-Ray: energy passes through tissue but stopped by bone in X ray imaging ;Gamma: Energy used to kill pathogens during sterilisation of medical equipment\nWhat effects the outcome of being exposed to radiation? The type of radiation and the size of the dose.\nWhat are the risks and consequences of exposure to radiation? The risks of exposure to radiation can include radiation poisoning and cancer.\nWhat type of electromagnetic waves are ionising? X-rays and gamma rays are ionising radiation that can cause the mutation of genes and cancer.\n(HT only) What type of current is produced when radiowaves are absorbed? (HT only) When radio waves are absorbed they may create an alternating current.\n(HT only) How can the wavelength of electromagnetic waves be varied? (HT only) Different substances may absorb, transmit, refract or reflect electromagnetic waves\nWhat units is radiation measured in? Radiation dose is measured in sieverts\nHow many millisieverts are there in 1 sievert? 1000 millisieverts (mSv) = 1 sievert (Sv)\n(HT only) Why is each type of electromagnetic wave suitable for practical application? Each member of the electromagnetic wave is suitable for a practical application because it has a small range of frequency and wave length.","https://www.mrcorfe.com/MemoryAnchors/49a19967f4b86b8438481ef4ace71bf6.jpg","Transmit: move from one place to another\nAbsorb: when a wave transfers its energy to the material it penetrates.\nRefract: when waves change speed when they move from one medium to another of different density\nReflect: when waves bounce back off a reflective surface\nWavelength: family of waves with similar properties\nElectromagnetic\nMutations: random changes to DNA\nGamma: the most ionising electromagnetic wave\nCircuits: An electric circuit is a path in which electrons from a voltage or current source flow\nElectrical: energy transfer\nWaves: how energy is transferred but matter is not\nIonising: radiation that carries enough energy to remove electrons from atoms\nX-ray: a type of ionising radiation\nOscillation: one complete cycle of a wave","","","Activity 5)\nEW: Why is it important to wear sun cream that has a high UV rating?\nActivity 6)\n*Duplicated from lesson 5* combined tier to teach in lesson 6. Higher tier covered in lesson 5\nActivity 7)\nFor each part of the EM wave consider the applications of each one and then identify the energy transformations that are occurring\nActivity 10)\nGF: Describe the changes to DNA that exposure to radiation can occur. What effects can this have on the cell and the rest of the body?\nActivity 11)\n*Duplicated for combined only in this lesson* Higher tier groups to teach this in lesson 5. \n\nWatch the video on how UV waves are used to produce images of unborn babies. Create a thinking map to help you answer. \nEW: How are EM waves used in medical imaging?\n\nhttps://www.youtube.com/watch?v=GvbXHoiQHbI\nActivity 12)\nUse the phet animation to show the electromagnetic fields from radio waves. \nhttps://phet.colorado.edu/en/simulation/legacy/radio-waves\nActivity 16)\nUse an image of the EM waves to compare the frequency and wavelength. \n\n\nDemonstrate an optical fibre showing total internal reflection.\n\nDemonstrate a use of UV by shining a UV light onto a bank note, through tonic water or writing a message using a security marker and then holding a UV light over the message.","Activity 1)\nEquipment Required:\n\noptical fibre / internal reflection glass with ray box\n\n UV light \n tonic water \n \nPower pack\n\n-----------\n\nActivity 16)\noptical fibre / internal reflection glass with ray box\n\nUV light \ntonic water \nsecurity marker pen \npaper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24804","SNK","0","2019-01-30","4","0","11SNK/Sc","S3","B2.5.1","What do organisms compete for in an ecosystem?","","Students should be able to describe different levels of organisation in an ecosystem from individual organisms to the whole ecosystem\n\n\nStudents should be able to describe the importance of interdependence and competition in a community.\n\nStudents should be able to, when provided with appropriate information suggest the factors for which organisms are competing in a given habitat\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the interaction of organisms within a community. Extract and interpret information from charts,\ngraphs and tables.(MS)\n","4) An ecosystem is the interaction of a community of living organisms\n(biotic) with the non-living (abiotic) parts of their environment.\n5) To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\n6) Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\n7) Animals often compete with each other for food, mates and territory.\n\n8) Within a community each species depends on other species for food,\nshelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n\n9) A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","What are the different levels of organisation in an ecosystem from individual organisms to the whole ecosystem? Individual, Population, Community, Ecosystem.\nWhat is the importance of interdependence and competition in a community? Interdependence - balance in population numbers of species, increased net productivity, predator prey cycles, mutualistic relationships.;Competition - gives something natural selection to work for, separation of niches between species.\nWhat factors are organisms competing for in a given habitat? plants are competing for light, space, nutrients, water.;Animals are competing for food, water, shelter, territory, mates.\nWhat is an ecosystem? An ecosystem is the interaction of a community of living organisms;(biotic) with the non-living (abiotic) parts of their environment.\nWhat do organisms require to survive? To survive and reproduce, organisms require a supply of materials from their surroundings and from the other living organisms there.\nWhat do plants compete for? Plants in a community or habitat often compete with each other for light and space, and for water and mineral ions from the soil.\nWhat do animals compete for? Animals often compete with each other for food, mates and territory.\nWhat do species within a community depend on each other for? Within a community each species depends on other species for food,;shelter, pollination, seed dispersal etc. If one species is removed it can affect the whole community. This is called interdependence.\n What is a stable community? A stable community is one where all the species and environmental factors are in balance so that population sizes remain fairly constant.","","","","","","","","0","","0000-00-00","0","","0"),
("24805","SNK","0","2019-01-31","5","0","11SNK/Sc","S3","B2.5.2","What is the difference between abiotic and biotic factors?","","Students should be able to explain how a change in an abiotic factor would affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of abiotic factors on organisms within a community. Extract and interpret information from charts, graphs and tables. (MS)\n\nStudents should be able to explain how a change in a biotic factor might affect a given community given appropriate data or context.\n\nStudents should be able to extract and interpret information from charts, graphs and tables relating to the effect of biotic factors on organisms within a community.\n\nStudents should understand that photosynthetic organisms are the producers of biomass for life on Earth.\n\nIn relation to abundance of organisms students should be able to understand the terms mean, mode and median (MS)\n\n\nIn relation to abundance of organisms students should be able to calculate arithmetic means (MS)\n\nIn relation to abundance of organisms students should be able to plot and draw appropriate graphs selecting appropriate scales for the axes (MS)\n\nStudents should be able to interpret graphs used to model these cycles.\n","2) Abiotic (non-living) factors which can affect a community are:\n- light intensity\n- temperature\n- moisture levels\n- soil pH and mineral content\n- wind intensity and direction\n- carbon dioxide levels for plants\n- oxygen levels for aquatic animals.\n5) Biotic (living) factors which can affect a community are:\n- availability of food\n- new predators arriving\n- new pathogens\n- one species out-competing another so the numbers are no longer sufficient to breed.\n7) (WS) Extract and interpret information from charts, graphs and tables\n9) Feeding relationships within a community can be represented by food chains. \n\n10) All food chains begin with a producer which synthesises\nmolecules. This is usually a green plant or alga which makes glucose by photosynthesis.\n14) Producers are eaten by primary consumers, which in turn may be eaten by secondary consumers and then tertiary consumers\n15) Consumers that kill and eat other animals are predators, and those eaten are prey.\n16) In a stable community the numbers of predators and prey rise and fall in cycles.\n17) Interpret graphs used to model predator-prey cycles (WS) (MS)","What is an abiotic factor? An abiotic factor is a non-living factor.\nWhat abiotic (non-living) factors affect a community? Abiotic (non-living) factors which can affect a community are:;light intensity;temperature;moisture levels;soil pH and mineral content;wind intensity and direction;carbon dioxide levels for plants;oxygen levels for aquatic animals.\nWhat is a biotic factor? A living factor.\nWhat types of Biotic (living) factors affect a community? Biotic (living) factors which can affect a community are:;? availability of food;? new predators arriving;? new pathogens;? one species outcompeting another so the numbers are no longer sufficient to breed.\nWhat are the producers of biomass for life on Earth? photosynthetic organisms are the producers of biomass for life on Earth.\nHow can feeding relationships be represented? Feeding relationships within a community can be represented by food chains. \nWhat do all food chains begin with? Food chains begin with a producer which synthesises;molecules. This is usually a green plant or alga which makes glucose by photosynthesis.\nWhat is the difference between mean, mode and median? Mean = add all the repeats up and divide by the number of repeats. Mode = the number that occurs the most. Median = the middle number when all repeats are put in order from smallest to largest\nWhat is the order of energy transfer between secondary consumer, tertiary consumer, producer and primary consumer:producer -> primary consumer -> secondary consumer -> tertiary consumer.\nWhat is an organism that eats a consumer called? What is a consumer that is eaten by another consumer called? Predator eats another consumer. Prey are consumers that are eaten by another consumer.\nWhat is a predator-prey cycle? In a stable community the numbers of predators and prey rise and fall in cycles, dependent on the numbers of each.","","","","","","","","0","","0000-00-00","0","","0"),
("24806","SNK","0","2019-02-01","1","0","11SNK/Sc","S3","B2.5.3","How are organisms adapted to survive?","","Students should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n","3) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n4) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n5) Bacteria living in deep sea vents are extremophiles.","What is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.","","","","","","","","0","","0000-00-00","0","","0"),
("24807","SNK","0","2019-02-01","2","0","11SNK/Sc","S3","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Planning","","0","","0000-00-00","0","","0"),
("24808","SDN","0","2019-01-31","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24809","SDN","0","2019-02-01","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24810","SDN","0","2019-01-28","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24811","SDN","0","2019-01-31","4","0","7A1/Sc","S1","2B.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("24812","SDN","0","2019-01-29","3","0","7A1/Sc","S1","2B.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24813","SDN","0","2019-01-30","5","0","7A1/Sc","S1","","Mark Enquiry sheets and update trackers.","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","","","0","","0000-00-00","0","","0"),
("24814","LAN","0","2019-01-31","4","0","7A2/Sc","S7","2c.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24815","CML","0","2019-01-29","3","0","7A2/Sc","S3","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","X","","0","","0000-00-00","0","","0"),
("24816","CML","0","2019-01-30","5","0","7A2/Sc","S3","","homework and 1B POO review lesson","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24817","PKT","0","2019-01-29","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24818","SDN","0","2019-02-01","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24819","LAN","0","2019-01-30","2","0","7B1/Sc","S7","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24820","LAN","0","2019-01-31","2","0","7B1/Sc","S7","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24821","LAN","0","2019-02-01","3","0","7B1/Sc","S7","2C.11","full review","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24822","SNK","0","2019-01-31","2","0","7B2/Sc","S5","2C.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24823","CLA","0","2019-01-30","2","0","7B2/Sc","S6","2C.7","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24824","CLA","0","2019-02-01","3","0","7B2/Sc","S6","2C.9","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24825","SDN","0","2019-01-28","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24826","CLA","0","2019-01-29","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24827","CLA","0","2019-01-31","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24828","SDN","0","2019-01-31","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24829","SDN","0","2019-01-28","5","0","7C1/Sc","S1","","Complete and mark enquiry.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24830","SDN","0","2019-01-31","3","0","7C1/Sc","S1","2B.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Food Web\nEnergy Transfer \nFood Chain","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("24831","SFD","0","2019-01-28","5","0","7C2/Sc","S5","2C.11","Progress Observation Opportunity 58","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("24832","SFD","0","2019-01-31","3","0","7C2/Sc","S5","2C.12","Reflection 59","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("24833","CLA","0","2019-01-29","3","0","7E/Sc","S6","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24834","CLA","0","2019-01-30","5","0","7E/Sc","S6","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("24835","CLA","0","2019-01-31","4","0","7E/Sc","S6","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("24836","DLN","0","2019-01-30","5","0","7E/Sc","S6","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("24837","SNK","0","2019-01-28","5","0","7P/Sc","S3","2C.7","Halfway Review","","Conclusions<UL>\nE: State if something changed using your results.\nE: State if the independent variable affects the dependent variable\nD: Write a (Point) conclusion\nS: Write a (Point Evidence) conclusion</UL>","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24838","SNK","0","2019-01-31","3","0","7P/Sc","S3","2C.8","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24839","SDN","0","2019-01-30","2","0","7X/Sc","S1","","Mark enquiry sheet","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24840","SDN","0","2019-01-31","2","0","7X/Sc","S1","2B.07","Halfway Review and Enquiry feedback sheets","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("24841","SDN","0","2019-02-01","3","0","7X/Sc","S1","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24842","SDN","0","2019-01-29","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24843","SDN","0","2019-02-01","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24844","PKT","0","2019-01-30","2","0","8A1/Sc","S3","5P.03","What is a lever?","","","1) When a force is applied offset from a pivot, the force produces a turning effect.\n\nThis turning effect is known as a 'moment'.\n2) W: The size of a moment proprtional to two factors:\n-the size of the force applied\n-the perpendicular distance from the pivot to the line of action of the force\n3) W: The size of a moment is the product of the size of the force applied and the perpendicular distance from the pivot to the line of action of the force\n4) W: The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","What is a moment? A moment is the turning effect of a force?\nWhat two factors is the size of a moment proportional to? The size of a moment proprtional to two factors:;-the size of the force applied;-the perpendicular distance from the pivot to the line of action of the force\nWhat unit do we use for moments? The SI units of a moment are Newton Metres (Nm), although Ncm are commonly used.","","Moment: A turning effect caused by a force acting on a body not in the direction of the centre of mass of that body.\nPivot: A point at which an object is restricted to rotational movement.\nForce\nNewtons","","","Activity 2)\nExperiment with levers and pivots.\n\nTurning effect w/s Page 1\nActivity 3)\nTurning effect w/s Page 2: Will the levers balance?","Activity 3)\nmoments hangers\nyellow masses\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24845","PKT","0","2019-01-31","2","0","8A1/Sc","S3","5P.04","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nWeight: The force on an object with mass due to gravity.\nParticles\nGas\nPressure: The average force acting perpendicular to a surface. P=F/A\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24846","PKT","0","2019-02-01","3","0","8A1/Sc","S3","5P.05","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nPressure\nLiquid\nUpthrust: Force caused by the displacement of water.\nDensity\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24847","JHT","0","2019-01-30","2","0","8A2/Sc","S2","5P.11","Assessment","","PLOT:\nGestation period vs birth weight for animals","1) Progress Observation Opportunity","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","Activity 1)\npoo sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24848","JHT","0","2019-01-31","2","0","8A2/Sc","S2","5B.01","What is in the human reproductive systems?","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("24849","JHT","0","2019-02-01","3","0","8A2/Sc","S2","5b.02","What are Gametes?","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","","","0","","0000-00-00","0","","0"),
("24850","CML","0","2019-01-30","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24851","CML","0","2019-01-31","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24852","CML","0","2019-02-01","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24853","SDN","0","2019-01-28","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24854","SDN","0","2019-01-29","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24855","SDN","0","2019-02-01","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24856","CLA","0","2019-01-29","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24857","SNK","0","2019-01-31","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24858","CLA","0","2019-01-28","5","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24859","CLA","0","2019-01-31","3","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24860","CML","0","2019-01-28","5","0","8B2/Sc","S4","","Half-way review and 5B enquiry feedback.","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24861","CML","0","2019-01-31","3","0","8B2/Sc","S4","5B.8","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("24862","DLN","0","2019-01-28","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24863","SFD","0","2019-01-30","2","0","8E/Sc","S5","5P.08","Halfway Review and Feedback POO stickers 57","","","1) Review of 5P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5P.1","Activity 1)\nx\n\n-----------","","0","","0000-00-00","0","","0"),
("24864","SFD","0","2019-02-01","3","0","8E/Sc","S5","5P.09","How do we power our homes? 59","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Power stations: A site which produces electrical energy.\nResource: An energy store that can be broken up to produce power.\nEnergy\nElectrical\nRenewable: Resources that are easily replenished.\nThermal (Heat)\nLight\nKinetic\nNuclear\nSolar power: A generation device which converts light to electrical energy.\nElectricity: A flow of energy through charged particles.\nNational grid: A system of power lines which link up all around the UK.\nNon-Renewable: Resources which cannot be replenished.\nPower: The rate of transfer of energy. P=E/t\nNatural Gas\nChemical potential","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------","","0","","0000-00-00","0","","0"),
("24865","CLA","0","2019-01-31","2","0","8E/Sc","S6","5P.07","Skill focus: Conclusions and Evaluations 58","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("24866","PKT","0","2019-01-28","5","0","8S/Sc","S2","5P.04","What is Atmospheric Pressure?","","","1) Pneumatic machines use gas pressure to create movement.\n2) Gas pressure is caused by particles (in a gas) bouncing off a surface.\n3) Atmospheric pressure is caused by the weight of air above.\n4) Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\n5) Pressure measured by ratio of force over area - acting normal to any surface.","What is gas pressure caused by? Gas pressure is caused by particles (in a gas) bouncing off a surface.\nWhat is atmospheric pressure caused by? Atmospheric pressure, it is caused by the weight of air above.\nWhat effect does increase of height have on atmospheric pressure? Explain this.:Atmospheric pressure, decreases with increase of height as weight of air above decreases with height\nWhat is the equation for calculating pressure? Pressure = force/area","https://www.mrcorfe.com/MemoryAnchors/d2a14cd8741f0047b8580545ae9dfc91.jpg","Surface: An outside area of an object.\nAtmospheric pressure: The pressure caused by the weight of the atmosphere.\nWeight: The force on an object with mass due to gravity.\nParticles\nGas\nPressure: The average force acting perpendicular to a surface. P=F/A\nPneumatic","","","Activity 1)\nLook at steam engine pistons.\n\nDemo with syringe\nActivity 3)\nCrushing can\nActivity 4)\nShow graph:\n\nhttps://www.google.co.uk/images?q=atmospheric pressure vs altitude\n\nWrite conclusion, and explain in terms particles.\nActivity 5)\nPupils calculate the pressure they exert on the floor.\n\nDrawing around shoes on square paper to measure contact area.\n\nWeighting students on newton scales.","Activity 1)\nDifferent diameter syringes connected with tube (air filled). One syringe in while the other is out.\n\n-----------\n\nActivity 3)\nPepsi can\nBowl of water\n\n-----------\n\nActivity 5)\nNewton calibratated weight scales\nSquare paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24867","PKT","0","2019-01-31","3","0","8S/Sc","S2","5P.05","How do Cartesian Divers work?","","Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.","1) T: Hydraulic machines use liquid pressure to create movement.\n2) Pressure in fluids is caused by the collision of particles on the surface of an object.\n3) D: Make a Cartesian Diver<OL>\nCut a straw 3-4 cm long\nBlock one end with plastince\nMake a weight belt of plasticine so that the diver just float under the surface of water</OL>\nRecord observations for Diver.\nExplain the observations.\n4) T: The magnitude of the pressure in liquids is equal to the weight of water above the object.\n5) W: The pressure in liquids increases with depth.\n6) The size of the upthrust force is equal to the weight of the water displaced by the object.\n7) An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\n8) If the weight of the object is greater than the upthrust produced the object will sink.\n9) If the weight of the object is equal to the upthrust produced the object will float.\n10) The density of water is 1kg/l = 1g/ml\n11) Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\n12) Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","What is pressure in fluids caused by? Pressure in fluids is caused by the collision of particles on the surface of an object.\nWhat is the magnitude of the pressure in liquids equal to? The magnitude of the pressure in liquids is equal to the weight of water above the object.\nWhat happens to the pressure in liquids when depth is increased? The pressure in liquids increases with depth.\nWhat is the relationship between the upthrust force and the weight of the water? The size of the upthrust force is equal to the weight of the water displaced by the object.\nTo what point will an object sink to? An object will sink until enough water is displaced to produce an upthrust to balance it's weight.\nWhat causes an object to sink? If the weight of the object is greater than the upthrust produced the object will sink.\nWhat causes an object to float? If the weight of the object is equal to the upthrust produced the object will float.\nWhat is the density of water equal to? The density of water is 1kg/l = 1g/ml\nWhat effect do objects that are less dense than water have on the water? Objects which are less dense than water will displace a greater weight of water than they have. Therefore they will float.\nWhat effect do objects that are more dense than water have on water? Objects which are more dense than water will displace a smaller weight of water than they have. Therefore they will sink.","http://autoplazahaiti.com/wp-content/uploads/2015/10/autoplaza-jcb-JCB-Hydraulic-Excavator-JS220-2.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/41a2dc240002cc060ee41593124231c1.jpg","Weight\nDisplace: The volume occupied by a solid.\nPressure\nLiquid\nUpthrust: Force caused by the displacement of water.\nDensity\nDepth: The distance from the surface.\nMagnitude: The amount without direction. Speed is the magnitude of velocity.\nCollide\nParticles\nSurface\nFluid: A liquid or gas.","","","Activity 2)\nMake Cartesian Divers\nActivity 3)\nObservations:\nWhen the bottle is squeezed the diver sinks.\nActivity 5)\nDraw a sketch graph of the relationship.\nActivity 10)\nMeasure a measuring cylinder of water after taring with just the cylinder on Jewelry balances.\nActivity 11)\nSample calculations.\nActivity 12)\nSample calculations.\nPredict if objects will float given weights and volumes.\n\nHow much of an object will be submerged.","Activity 2)\nStraws\nPlasticine\n2l Bottles and lids\n\n-----------\n\nActivity 10)\n(Jewelry) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24868","SFD","0","2019-01-31","4","0","9a/Pr1","S5","","Spring Term - Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24869","PKT","0","2019-01-31","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24870","SNK","0","2019-02-01","5","0","9A1/Sc","S3","C1.3.5","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24871","SNK","0","2019-01-28","1","0","9A1/Sc","S3","P1.2.9","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The current through a diode flows in one direction only.\n2) The applications of thermistors in circuits eg a thermostat is required.\n3) The resistance of an LDR decreases as light intensity increases. (Investigation)\n4) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n6) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n7) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","How does the current through a diode behave? The current through a diode flows in one direction only.\nHow are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.\nWhat happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nCurrent: \nDiode: \nElectron: \nLight intensity: \nLDR
\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nVariable resistor: A resistor that can vary the flow of current in a circuit.","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Activity 1)\ngraph paper\n\n-----------\n\nActivity 2)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n\nActivity 3)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24872","SNK","0","2019-01-28","2","0","9A1/Sc","S3","","","","","","","","","","","","Write up","","0","","0000-00-00","0","","0"),
("24873","SNK","0","2019-01-29","1","0","9A1/Sc","S3","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24874","SNK","0","2019-01-30","3","0","9A1/Sc","S3","C1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in jar NOT TEST TUBES KERRY, DOH!\n\n-----------","","0","","0000-00-00","0","","0"),
("24875","SNK","0","2019-01-31","1","0","9A1/Sc","S3","C1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24876","CLA","0","2019-01-28","2","0","9A2/Sc","S6","B1.3.09","Required Practical - Food Tests - Demo set only","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24877","CLA","0","2019-01-29","1","0","9A2/Sc","S6","B1.3.09","Required Practical - Food Tests-Class practical","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24878","CLA","0","2019-01-30","3","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24879","CLA","0","2019-01-31","1","0","9A2/Sc","S6","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24880","JHT","0","2019-02-01","5","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24881","CLA","0","2019-01-28","1","0","9A2/Sc","S6","B1.3.08","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24882","SKT","0","2019-01-28","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24883","SKT","0","2019-01-28","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24884","SKT","0","2019-01-29","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24885","SKT","0","2019-01-30","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24886","SKT","0","2019-01-31","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24887","SKT","0","2019-02-01","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24888","PKT","0","2019-01-28","1","0","9A4/Sc","S1","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------","","0","","0000-00-00","0","","0"),
("24889","PKT","0","2019-01-28","2","0","9A4/Sc","S1","B1.3.9","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24890","PKT","0","2019-01-29","1","0","9A4/Sc","S1","","Food Tests Required Practical Write Up.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24891","PKT","0","2019-01-30","3","0","9A4/Sc","S1","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("24892","PKT","0","2019-01-31","1","0","9A4/Sc","S1","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24893","PKT","0","2019-02-01","5","0","9A4/Sc","S1","","pH and Enzyme Required Practical Write Up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24894","LAN","0","2019-01-28","1","0","9B1/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("24895","LAN","0","2019-01-29","3","0","9B1/Sc","S7","P1.2.6","Required practical planning - Components","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The applications of thermistors in circuits eg a thermostat is required.","","","","","","","Activity 1)\npower packs\ndesk lamps\nleads plug/plug\nvariable resistors\ndiodes\n10 Ohm resistors\nVoltmeters\nAmmeters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24896","LAN","0","2019-01-30","5","0","9B1/Sc","S7","P1.2.7","","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","2) The diode has a very high resistance in the reverse direction.","A diode will have a very high resistance in which direction? A diode has a very high resistance in the reverse direction.","","Resistance\nElectron: \nCurrent: \nDiode: ","","","","Activity 1)\nnone\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24897","LAN","0","2019-01-31","1","0","9B1/Sc","S7","P1.2.8","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24898","LAN","0","2019-02-01","4","0","9B1/Sc","S7","P1.2.9","What are the applications of different types of resistor?","","Students should be able to explain the design and use of a circuit to measure the resistance of a component by measuring the current through, and potential difference across, the component\n","1) The current through a diode flows in one direction only.\n2) The applications of thermistors in circuits eg a thermostat is required.\n3) The resistance of an LDR decreases as light intensity increases. (Investigation)\n4) The application of LDRs in circuits eg switching lights on when it gets\ndark is required.\n6) The resistance of a thermistor decreases as the temperature increases. (Investigation)\n7) [The resistance of a semicondutor decreases as energy increases as more charge carriers become freed]","How does the current through a diode behave? The current through a diode flows in one direction only.\nHow are thermistors used for? Give an example.:Thermistors are used in circuits to detect temperature changes, an example is a thermostat.\nWhat happens to the resistance of an LDR as light intensity increases? The resistance of an LDR decreases as light intensity increases.\nHow are LDRs used in circuits? Oive an example.:LDRs are used in circuits to detect light levels, an example is a security light.\nWhat happens to the resistance of a thermistor as the temperature increases? :The resistance of a thermistor decreases as the temperature increases. \nWhy would the resistance of a semiconductor decrease? The resistance of a semicondutor will decrease as the energy increases due to more charge carriers become freed.","","Resistance: \nCurrent: \nDiode: \nElectron: \nLight intensity: \nLDR
\nLDR: Light Dependent Resistor\nThermistor: A resistor that is sensitve to temperature changes.\nVariable resistor: A resistor that can vary the flow of current in a circuit.","","","Activity 1)\nDraw graphs of current against voltage for LDR, Diode, thermistor and filament lamp.\nActivity 2)\nInvestigate the effect of temperature and light intensity on thermisters and LDRs\nActivity 3)\nLDR light intensity practical","Activity 1)\ngraph paper\n\n-----------\n\nActivity 2)\nbattery circuit kits\nthermisters \nkettles (filled and heated) \nthermometers \nice \nLDRs\nlamps \ndata loggers (LUX meters) \nAmmeters \nVoltmet\n\n-----------\n\nActivity 3)\nmultimeters\nlamps 12v\nLDRs\npower packs\nleads\nvoltmeters\nammeters\ndiodes\n10 Ohm resistors\nvariable resistors\n\n-----------","","0","","0000-00-00","0","","0"),
("24899","DLN","0","2019-01-28","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24900","DLN","0","2019-01-29","3","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("24901","SFD","0","2019-01-29","3","0","9B2/Sc","S5","","Required Practical - Osmosis - Reflection and TR","","","1) Assessment","","","","","","","","","0","","0000-00-00","0","","0"),
("24902","SFD","0","2019-01-30","5","0","9B2/Sc","S5","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","https://www.mrcorfe.com/MemoryAnchors/04afd72c9415e3feef6ff9b922b49ade.jpg","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24903","SFD","0","2019-01-31","1","0","9B2/Sc","S5","C1.3.02","What is ionic bonding? and HWK","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("24904","SFD","0","2019-02-01","4","0","9B2/Sc","S5","C1.3.03","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure.\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice: this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: ball and stick giant lattice and charged ion ionic lattice.","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds.:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D.\nDetermine the empirical formulae of a compound given the ions:\na) Na+ and N3-\nb) Al3+ and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a + charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in jar NOT TEST TUBES KERRY, DOH!\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24905","SFD","0","2019-01-28","1","0","9B2/Sc","S5","B1.2.09","Required Practical - Osmosis","","","1) To plan and carry out the first part of the osmosis in potato practical.\n2) To collect data from the osmosis in potato practical, draw graphs and make conclusions.","","","","","","","Activity 1)\nPotatoes\ncork borers\nrulers\n10ml measuring cylinders\nboiling tubes\nknives & tiles\nSugar solutions 0.00M, 0.25M, 0.50M, 0.75M, 1.00M\naccurate balances\ndistilled water\n\n-----------\n\nActivity 2)\nrulers\naccurate balances\npermanent markers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("24906","CML","0","2019-01-28","1","0","9B3/Sc","S4","","ELC practical planning","","","","","","","","","","kettle, beakers, balances, spatulas, thermometers, marker pens, stop watches, boiling tubes, measuring cylinders, butter, beeswax polish, margarine and candle wax.","","0","","0000-00-00","0","","0"),
("24907","CML","0","2019-01-31","1","0","9B3/Sc","S4","","LA2 reteach and extend","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24908","JHT","0","2019-01-30","5","0","9B3/Sc","S4","","ELC data analysis and evaluation","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("24909","JHT","0","2019-01-29","3","0","9B3/Sc","S4","","ELC practical data gathering","","","","","","","","","","kettle, beakers, balances, spatulas, thermometers, marker pens, stop watches, boiling tubes, measuring cylinders, butter, beeswax polish, margarine and candle wax.","","0","","0000-00-00","0","","0"),
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Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\n4) Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\n5) HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\n6) Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\n7) TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\n8) Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\n9) In the UK, poultry are vaccinated against Salmonella to control the spread.\n10) Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\n11) Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\n12) Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\n13) Gonorrhoea is spread by sexual contact.\n14) The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","What is measles and why are young children vaccinated against it? Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\nHow is the measles virus spread? The measles virus is spread by inhalation of droplets from sneezes and coughs.\nWhat is the initial symptom of HIV and what do antiretroviral drugs stop the virus doing? HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\nWhen does late stage HIV infection or AIDS occur? Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\nHow is HIV spread? HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\nWhat is tobacco mosaic virus? Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\nHow does tobacco mosaic virus reduce growth in plants? TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\nHow is Salmonella food poisoning spread? Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\nWhat animal is vaccinated in the UK to control the spread of Salmonella? In the UK, poultry are vaccinated against Salmonella to control the spread.\nWhat are the symptoms of salmonella and what causes them? Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\nWhat is gonhorrhoea and what are the symptoms? Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\nHow and why has treatment of gonorrhoea changed over time? Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\nHow is gonhorroea spread? Gonorrhoea is spread by sexual contact.\nHow can the spread of gonorrhoea be controlled? The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","","Caner: Uncontrollable growth of cells\nTMV: Viral infection\nFlu: Viral infection\nHIV: Viral infection\nMeasles: Viral infection.","","","Activity 2)\nShow an image of a student with measles and ask students to consider how it is transmitted.\nActivity 3)\nSplit students into teams and allocate them a virus disease to research and either create a presentation or a poster to display for a market place fact collecting activity. Their presentations should include: \n1. How the disease is transmitted\n2. The effects of the disease \n3. How the spread of the disease can be prevented\nActivity 4)\nGF: Why will HIV never be truly eradicated?","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25039","SFD","0","2019-02-05","1","0","10ASK/Sc","S5","","Mastery and HWK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25040","SFD","0","2019-02-06","3","0","10ASK/Sc","S5","B1.5.01","What is a pathogen?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Pathogens are microorganisms that cause infectious disease.\n4) If a pathogen enters the body the immune system tries to destroy the pathogen.\n5) White blood cells help to defend against pathogens by:\n- phagocytosis\n- antibody production\n- antitoxin production.\n8) Pathogens may be viruses, bacteria, protists or fungi.\n9) Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\n10) Bacteria and viruses may reproduce rapidly inside the body.\n11) Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\n12) Viruses live and reproduce inside cells, causing cell damage.","What are pathogens? Pathogens are microorganisms that cause infectious disease.\nWhat are the humans natural defence systems against pathogens? The humans natural defence systems against pathogens are the skin, nose, stomach, trachea and bronchi.\nWhat is the role of the immune system in the defence against disease? The role of the immune system in the defence against disease is to detect and destroy pathogens that enter the body's blood stream.\nHow does the immune system respond if a pathogen enters the body? If a pathogens enters the body the immune system tries to destroy the pathogen\nHow do white blood cells help to defend against pathogens? (give 3 ways):White blood cells help to defend against pathogens by:;- phagocytosis;- antibody production;- antitoxin production.\nHow do the different pathogens spread in animals and plants? Pathogens can be spread in plants and animals through direct contact, by water or through the air.\nHow can the spread of diseases be reduced or prevented? The spread of pathogens can be reduced or prevented through simple hygiene (covering the mouth when coughing or washing hands), isolation of infected individuals, destroying vectors (such as mosquitoes carrying malaria) or vaccination.\nWhat four categories can pathogens fall into? Pathogens may be viruses, bacteria, protists or fungi.\nWhat can pathogens infect and how are they spread? Pathogens may infect plants or animals and can be spread by direct contact, by water or by air.\nWhat do bacteria and viruses do once inside the body? Bacteria and viruses may reproduce rapidly inside the body.\nHow do bacteria make us feel ill? Bacteria may produce poisons (toxins) that damage tissues and make us feel ill.\nHow do viruses cause damage to the cells? Viruses live and reproduce inside cells, causing cell damage.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Fungi - type of pathogen\nVirus - type of pathogen, takes over host cells\nBacteria - type of pathogen \nImmune System: Made up of white blood cells, antibodies and antitoxins\nPathogens: Microorganisms that can transmit infectious diseases","","","Activity 1)\nMicrobe blind date activity. \nStudents not involved answer the questions on the work sheet. (found in T drive)\nActivity 2)\nLabel an outline of the human body with the bodies natural defences\nActivity 5)\nModel the effects of white blood cells using plasticine or MWB. Take photos and stick into students books.\nActivity 6)\nPut glitter onto your hand and greeting students at the door see how the glitter transmits around the classroom.\n\nEach student gets a test tube of water except for one who gets a weak acid. Students swap with 3 others in the room. Then work backwards to try and establish who started with the disease. Test with Universal indicator solution or paper to see they have the disease (red means infected)\nActivity 7)\nWatch this video before showing a class. Consider if it is appropriate, in particular with any ASD students in the class. \nhttps://www.youtube.com/watch?v=Ffhi1CPzT48 \n\nGF: What effect could non vaccination have on socio-economical issues (think NHS, nurseries)\nActivity 8)\n.\nActivity 12)\nEW: (Construct a matrix map) To compare fungi, virus, bacteria and protists to include size, site of reproduction and effects in the body","Activity 5)\nplasticine\n\n-----------\n\nActivity 6)\nglitter in a box \n\none test tube per each student of water\n1 test tube given to teacher to have acid in\nUI bottles x 6 (minimum) \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25041","CLA","0","2019-02-08","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25042","CML","0","2019-02-08","2","0","10BSK/Sc","S2","B1.5.03","What effect do pathogens have on plants?","","Students should be able to explain how vaccination will prevent illness in an individual, and how the spread of pathogens can be reduced by immunising a large proportion of the population.\n","1) Knowledge of plant diseases is restricted to tobacco mosaic virus as a viral disease, black spot as a fungal disease and aphids as insects.\n2) The pathogens that cause malaria are protists.\n3) Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\n4) Rose black spot is spread in the environment by water or wind.\n5) Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\n6) The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\n7) The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","What are three examples of plant diseases you need to know? The three plant diseases you need to know are;1. mosaic virus as a viral disease;2. black spot as a fungal disease ;3. aphids as insects\nWhat are the pathogens that cause malaria called? The pathogens that cause malaria are protists.\nWhat is rose black spot and how does it affect the growth of a plant? Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\nHow is rose black spot spread in the environment? Rose black spot is spread in the environment by water or wind.\nHow can rose black spot be treated? Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\nWhat vector is used to spread malaria and what are the symptoms of it? The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\nHow is the spread of malaria controlled? The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","","Protists: A type of pathogen\nVector: Something that carry's disease\nAphids: Aphids are small sap-sucking insects\nBlack Spot Disease: the most serious disease of roses. It is caused by a fungus\nMosaic Virus: viruses that cause the leaves to have a speckled appearance","","","Activity 1)\nshow students a range of photos of the affected plants and ask them which photo matches to t\nActivity 2)\nShow students a image of a protist and ask them describe if it is more like an animal or plant cell. \n\nShow them the video after: https://www.bbc.com/education/clips/z2tq2hv\nActivity 3)\nStudents use a note maker document (A4 or A3 page split into 4/6/8 boxes) to take notes on information from different stations on the various plant diseases. Answering questions about each one.\nActivity 4)\nEW: Make a script for a video segment for ‘Gardeners’ World’ on plant diseases – how to recognise them and why they harm your plants. (could video if time allows) \nHT: Use ICT to include images etc. or make ‘model’ infected/healthy leaves to show.\nActivity 5)\nGF: Justify why there is a large part of the scientific industry dedicated to the prevention and development of cures for plant diseases?\nActivity 6)\nGF: What is the economic impact of plant diseases on the agricultural community?\nActivity 7)\nAsk students to download a free app for stop time animation and bring devices in for the next lesson","Activity 4)\niPad for videoing\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25043","CML","0","2019-02-05","1","0","10BSK/Sc","S2","B1.5.02","What effect can pathogens have on organisms?","","Students should be able to describe the non-specific defence systems of the human body against pathogens, including the:\n- skin\n- nose\n- trachea and bronchi\n- stomach.\n\nStudents should be able to explain the role of the immune system in the defence against disease.\n\nStudents should be able to explain how diseases caused by viruses, bacteria, protists and fungi are spread in animals and plants.\n\nStudents should be able to explain how the spread of diseases can be reduced or prevented.\n","1) Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\n2) The measles virus is spread by inhalation of droplets from sneezes and coughs.\n3) HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\n4) Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\n5) HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\n6) Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\n7) TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\n8) Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\n9) In the UK, poultry are vaccinated against Salmonella to control the spread.\n10) Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\n11) Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\n12) Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\n13) Gonorrhoea is spread by sexual contact.\n14) The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","What is measles and why are young children vaccinated against it? Measles is a viral disease showing symptoms of fever and a red skin rash. Measles is a serious illness that can be fatal if complications arise. For this reason most young children are vaccinated against measles.\nHow is the measles virus spread? The measles virus is spread by inhalation of droplets from sneezes and coughs.\nWhat is the initial symptom of HIV and what do antiretroviral drugs stop the virus doing? HIV initially causes a flu-like illness. Unless successfully controlled with antiretroviral drugs the virus attacks the body's immune cells.\nWhen does late stage HIV infection or AIDS occur? Late stage HIV infection, or AIDS, occurs when the body's immune system becomes so badly damaged it can no longer deal with other infections or cancers.\nHow is HIV spread? HIV is spread by sexual contact or exchange of body fluids such as blood which occurs when drug users share needles.\nWhat is tobacco mosaic virus? Tobacco mosaic virus (TMV) is a widespread plant pathogen affecting many species of plants including tomatoes.\nHow does tobacco mosaic virus reduce growth in plants? TMV gives a distinctive 'mosaic' pattern of discolouration on the leaves which affects the growth of the plant due to lack of photosynthesis.\nHow is Salmonella food poisoning spread? Salmonella food poisoning is spread by bacteria ingested in food, or on food prepared in unhygienic conditions.\nWhat animal is vaccinated in the UK to control the spread of Salmonella? In the UK, poultry are vaccinated against Salmonella to control the spread.\nWhat are the symptoms of salmonella and what causes them? Fever, abdominal cramps, vomiting and diarrhoea are caused by the [Salmonella] bacteria and the toxins they secrete.\nWhat is gonhorrhoea and what are the symptoms? Gonorrhoea is a sexually transmitted disease (STD) with symptoms of a thick yellow or green discharge from the vagina or penis and pain on urinating.\nHow and why has treatment of gonorrhoea changed over time? Gonorrhoea is caused by a bacterium and was easily treated with the antibiotic penicillin until many resistant strains appeared.\nHow is gonhorroea spread? Gonorrhoea is spread by sexual contact.\nHow can the spread of gonorrhoea be controlled? The spread can be controlled by treatment with antibiotics or the use of a barrier method of contraception such as a condom.","https://www.mrcorfe.com/MemoryAnchors/7c33e492dcfd53bbb4a65479d1b59020.\n<iframe width="560" height="315" src="https://www.youtube.com/embed/6AP8yL1qBpw" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\nhttps://www.mrcorfe.com/MemoryAnchors/4a543d7f5f589ba0e631def2b2ea13f1.png","Caner: Uncontrollable growth of cells\nTMV: Viral infection\nFlu: Viral infection\nHIV: Viral infection\nMeasles: Viral infection.","","","Activity 2)\nShow an image of a student with measles and ask students to consider how it is transmitted.\nActivity 3)\nSplit students into teams and allocate them a virus disease to research and either create a presentation or a poster to display for a market place fact collecting activity. Their presentations should include: \n1. How the disease is transmitted\n2. The effects of the disease \n3. How the spread of the disease can be prevented\nActivity 4)\nGF: Why will HIV never be truly eradicated?","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25044","CML","0","2019-02-06","3","0","10BSK/Sc","S2","","","","","1) Knowledge of plant diseases is restricted to tobacco mosaic virus as a viral disease, black spot as a fungal disease and aphids as insects.\n2) The pathogens that cause malaria are protists.\n3) Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\n4) Rose black spot is spread in the environment by water or wind.\n5) Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\n6) The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\n7) The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","What are three examples of plant diseases you need to know? The three plant diseases you need to know are;1. mosaic virus as a viral disease;2. black spot as a fungal disease ;3. aphids as insects\nWhat are the pathogens that cause malaria called? The pathogens that cause malaria are protists.\nWhat is rose black spot and how does it affect the growth of a plant? Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\nHow is rose black spot spread in the environment? Rose black spot is spread in the environment by water or wind.\nHow can rose black spot be treated? Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\nWhat vector is used to spread malaria and what are the symptoms of it? The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\nHow is the spread of malaria controlled? The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","","Protists: A type of pathogen\nVector: Something that carry's disease\nAphids: Aphids are small sap-sucking insects\nBlack Spot Disease: the most serious disease of roses. It is caused by a fungus\nMosaic Virus: viruses that cause the leaves to have a speckled appearance","","","Activity 1)\nshow students a range of photos of the affected plants and ask them which photo matches to t\nActivity 2)\nShow students a image of a protist and ask them describe if it is more like an animal or plant cell. \n\nShow them the video after: https://www.bbc.com/education/clips/z2tq2hv\nActivity 3)\nStudents use a note maker document (A4 or A3 page split into 4/6/8 boxes) to take notes on information from different stations on the various plant diseases. Answering questions about each one.\nActivity 4)\nEW: Make a script for a video segment for ‘Gardeners’ World’ on plant diseases – how to recognise them and why they harm your plants. (could video if time allows) \nHT: Use ICT to include images etc. or make ‘model’ infected/healthy leaves to show.\nActivity 5)\nGF: Justify why there is a large part of the scientific industry dedicated to the prevention and development of cures for plant diseases?\nActivity 6)\nGF: What is the economic impact of plant diseases on the agricultural community?\nActivity 7)\nAsk students to download a free app for stop time animation and bring devices in for the next lesson","X","","0","","0000-00-00","0","","0"),
("25045","LAN","0","2019-02-05","1","0","10CLA/Sc","S7","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25046","LAN","0","2019-02-05","5","0","10CLA/Sc","S7","b1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.\n","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","Organ : a group of tissues working together to perform a particular function.\nChloroplasts : vesicles full of the photosynthetic pigment chlorophyll.\nEpidermis : the surface tissue.\nTissue : a group of cells working together to perform a function.","","","Activity 1)\nCard sort or virtual tour of the leaf tissue.","","","0","","0000-00-00","0","","0"),
("25047","LAN","0","2019-02-06","3","0","10CLA/Sc","S7","b1.4.","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25048","LAN","0","2019-02-08","2","0","10CLA/Sc","S7","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo\n\n-----------","","0","","0000-00-00","0","","0"),
("25049","PKT","0","2019-02-05","1","0","10JCE/Sc","S1","C1.5.2","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","Activity 1)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.\nAccurate balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25050","PKT","0","2019-02-06","3","0","10JCE/Sc","S1","C1.5.3","Why do some reactions appear to have a mass change?","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n","1) Some reactions may appear to involve a change in mass but this can usually be explained because a reactant or product is a gas and its mass has not been taken into account. For example: when a metal reacts with oxygen the mass of the oxide produced is greater than the mass of the metal or in thermal decompositions of metal carbonates carbon dioxide is produced and escapes into the atmosphere leaving the metal oxide as the only solid product.\n3) Whenever a measurement is made there is always some uncertainty about the result obtained.","When a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nExplain why in the reaction below the mass of the products would be greater than that of the reactants\n2Mg (s) O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nA pippette has an uncertainty of /-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = /- 0.03mL","","Metal carbonate: A metal that contains carbon and oxygen.\nMetal Oxide: Metal that contains Oxygen\nThermal decomposition: A reaction in which a substance is broken down into at least two other substances by heat\nGas: One of the states of matter with the most amount of energy.","","","Activity 1)\nExtended writing: use measurements of mass before and after an experiment to explain what has happened to the mass during the experiment and why it has happened.","Activity 1)\nUse magnesium ribbon to produce magnesium oxide. Measure the mass of the ribbon at the start of the experiment, burn the ribbon in a strong Bunsen flame (SAFETY required) and measure the mass of the ribbon at the end of the experiment.\n\nUse HCl acid in a conical flask with CaCO3. Measure the mass of the reaction on a top pan balance as the reaction proceeds over two minutes.\n\n-----------","","0","","0000-00-00","0","","0"),
("25051","PKT","0","2019-02-08","2","0","10JCE/Sc","S1","C1.5.4","What is a mole?","","Students should understand that the measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n\nStudents should be able to use the relative formula mass of a substance to calculate the number of moles in a given mass of that substance and vice versa.\n","1) Chemical amounts are measured in moles. The symbol for the unit mole is mol.\n2) How the mass of one mole of a substance calculated.\n3) One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n4) The number of atoms, molecules or ions in a mole of a given substance is the Avogadro constant. \n5) The value of the Avogadro constant is 6.02 x 1023 per mole.","(HT only) Chemical amounts are measured in moles. What is the symbol of the unit for moles? The symbol for the unit mole is mol.\n(HT only)How can we calculate the mass of one mole of a substance? The mass of one mole of a substance is equal to its relative formula mass in grams. Eg. CO2 Mr = 44 : so 1 Mole of CO2 = 44g\n(HT only)If you have one mole each of two different substances, what will they share in common? One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n(HT only)What does Avogadro's constant represent? The total number of particles/atoms/molecules/ions within one mole of a substance.\n(HT only)What is the value of Avogadro's constant? 1 mole = 6.02 x 1023 particles/atoms/molecules/ions of a substance\n(HT only)Would there be any difference in the number of atoms in one mole of carbon (C) compared with the number of one mole of molecules of carbon dioxide (CO2)? Measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n(HT only)Calculate the mass of one mole of C2H6:The relative formula mass (Mr) of C2H6 = 30;Therefore the mass of 1 mol C2H6 = 30g","","molecules: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds. Molecules are distinguished from ions by their lack of electrical charge.\nRelative formula Mass: A total of all the atomic mass values for all the atoms in a formula.\nMole: A measure of a chemical amount.","","","Activity 1)\nDefine one mole in terms of Mr and Ar
\n
\nCalculate the number of moles in a substance using the relative formula mass.
\n
\nExtended writing: write instructions to another student how to calculate the number of moles using the relative formula mass
\nMeasure out and compare 1 mole of elements like iron, sulfur, magnesium, copper, aluminium and so on.
\n
\nMeasure out and compare one mole of common compounds, water, sodium chloride, calcium carbonate and so on.
\nYouTube:
\nWhat is a mole?
\n
\nAvogadro’s number – The mole","","","0","","0000-00-00","0","","0"),
("25052","DLN","0","2019-02-05","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25053","DLN","0","2019-02-06","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25054","CLA","0","2019-02-05","1","0","10MES/Sc","S4","C1.5.05","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","","","0","","0000-00-00","0","","0"),
("25055","CLA","0","2019-02-05","5","0","10MES/Sc","S4","C1.5.06","What is a limiting factor?","","Students should be able to explain the effect of a limiting quantity of a reactant on the amount of products it is possible to obtain in terms of amounts in moles or masses in grams.\n","1) In a chemical reaction involving two reactants, it is common to use an excess of one of the reactants to ensure that all of the other reactant is used.\n2) The reactant that is completely used up is called the limiting reactant because it limits the amount of products.","(HT only)What is meant when a reactant is said to be in excess? An?excess?reactant is any reactant in a?chemical reaction with a greater amount than necessary to react completely with the all other reactants.\nWhat is meant when a reactant is described as a limiting reactant? A limiting reactant is a reactant that when completely used up the reaction will cease. This is because it limits the amount of products that can be made.\n(HT only)\n2H2 O2 --> 2H2O\nYou react 10g of oxygen with 10g of hydrogen. Only 11.25g of product is made the rest of the reactants remain unused. Suggest why the full mass of reactants did not react. What is the leftover unreacted substance? Oxygen is the limiting reactant in this example. Once all of the oxygen is used up the reaction will be unable to continue. Hydrogen therefore we would describe as being in excess, so the 8.75g of leftover reactant would be unused hydrogen that was not used up during the chemical reaction.","","Excess: more chemical than required for the reaction to go to completion.\nThe limiting reagent (or limiting reactant, LR) in a chemical reaction is the substance that is totally consumed when the chemical reaction is complete. The amount of product formed is limited by this reagent, since the reaction cannot continue without it
\nLimiting factor: Search Results","","","Activity 1)\nDefine the term limiting reactant.
\nLink the limiting reactant to the number of moles.
\nLink the limiting reactant to the masses in grams.
\n
\nUse a small strip of magnesium ribbon in 20 ml HCl acid. Identify which reactant is the limiting reactant and state the reason for this choice.","Activity 1)\nHCl
\nMagnesium Ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25056","CLA","0","2019-02-06","3","0","10MES/Sc","S4","C1.5.07","What are solutions?","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","","","0","","0000-00-00","0","","0"),
("25037","SFD","0","2019-02-05","5","0","10ASK/Sc","S5","","Mastery and TR","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25057","CLA","0","2019-02-08","2","0","10MES/Sc","S4","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("25058","SNK","0","2019-02-05","1","0","10SNK/Sc","S3","C1.5.1","Why are chemical equations always balanced?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n","1) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n2) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.","What is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO ","","Balanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nreaction
\nchemical
\natoms
\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.","","","Activity 1)\nModel the law of conservation using molecular model kits.
\nTeacher Demo:
\nLead Nitrate and potassium Iodide.
\n
\nPerform on balance no change in mass.
\n
\nWrite simple word equations.
\n
\nWrite simple symbol equations.
\n
\nBalance symbol equations.
\n
\nExtended writing: describe the equations given in terms of number of moles, reactants and products.
\n
\nGF: balance complex equations and add state symbols.","Activity 1)\nTeacher Demo:
\nLead Nitrate and potassium Iodide.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25059","SNK","0","2019-02-06","3","0","10SNK/Sc","S3","C1.5.2","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","Activity 1)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.\nAccurate balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25060","SNK","0","2019-02-08","2","0","10SNK/Sc","S3","C1.5.3","Why do some reactions appear to have a mass change?","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n","1) Some reactions may appear to involve a change in mass but this can usually be explained because a reactant or product is a gas and its mass has not been taken into account. For example: when a metal reacts with oxygen the mass of the oxide produced is greater than the mass of the metal or in thermal decompositions of metal carbonates carbon dioxide is produced and escapes into the atmosphere leaving the metal oxide as the only solid product.\n3) Whenever a measurement is made there is always some uncertainty about the result obtained.","When a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nExplain why in the reaction below the mass of the products would be greater than that of the reactants
\n2Mg (s) O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nA pippette has an uncertainty of +/-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = +/- 0.03mL","","Metal carbonate: A metal that contains carbon and oxygen.\nMetal Oxide: Metal that contains Oxygen\nThermal decomposition: A reaction in which a substance is broken down into at least two other substances by heat\nGas: One of the states of matter with the most amount of energy.","","","Activity 1)\nExtended writing: use measurements of mass before and after an experiment to explain what has happened to the mass during the experiment and why it has happened.","Activity 1)\nUse magnesium ribbon to produce magnesium oxide. Measure the mass of the ribbon at the start of the experiment, burn the ribbon in a strong Bunsen flame (SAFETY required) and measure the mass of the ribbon at the end of the experiment.\n\nUse HCl acid in a conical flask with CaCO3. Measure the mass of the reaction on a top pan balance as the reaction proceeds over two minutes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25061","SMT","0","2019-02-04","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25062","SDN","0","2019-02-05","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25063","SDN","0","2019-02-05","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25064","CML","0","2019-02-05","4","0","11CML/Sc","S4","C2.5.01","Plastic bags vs Paper bags: You decide","","Students should be able to state examples of natural products that are supplemented or replaced by agricultural and synthetic products.\n\nStudents should be able to distinguish between finite and renewable resources given appropriate information.\n\nStudents should be able to extract and interpret information about resources from charts, graphs and tables.\n\nStudents should be able to use orders of magnitude to evaluate the significance of data.\n\nStudents should be able to carry out simple comparative LCAs for shopping bags made from plastic and paper.\n","1) Humans use the Earth's resources to provide warmth, shelter, food and transport.\n2) Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\n3) Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\n4) Chemistry plays an important role in improving agricultural and industrial processes to provide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\n9) Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:\n- extracting and processing raw materials\n- manufacturing and packaging\n- use and operation during its lifetime\n- disposal at the end of its useful life, including transport and distribution at each stage.\n10) Use of water, resources, energy sources and production of some wastes can be fairly easily quantified. Allocating numerical values to pollutant effects is less straightforward and requires value judgements, so LCA is not a purely objective process.\n11) Selective or abbreviated LCAs can be devised to evaluate a product but these can be misused to reach pre-determined conclusions, eg in support of claims for advertising purposes.","What do humans use the Earth's resources for? Humans use the Earth's resources to provide warmth, shelter, food and transport.\nWhat do natural resources provide? :Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\nWhat are finite resources used for? Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\nWhat role has Chemistry played in improving agricultural and industrial processes? Chemistry plays an important role in improving agricultural and industrial processes toprovide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\nWhat are the names of natural products that are supplemented or replaced by agricultural and synthetic products? The natural products that are supplemented/replaced by agricultural or synthetic products are nitrogen, phosphorus and potassium.\nWhat is the difference between finite and renewable resources? Finite resources are those which are limited. Renewable resources are those which can be replenished at the same rate that they are used up.\nWhat are orders of magnitude? A system of classification determined by size, typically in powers of ten.\nWhat different aspects of a products lifetime are assessed through a life cycle assessment? Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:;- extracting and processing raw materials;- manufacturing and packaging;- use and operation during its lifetime;- disposal at the end of its useful life, including transport and distribution at each stage.\nWhy are life cycle assessment not a purely objective process? Life cycle assessments are not a purely objective process because allocating numerical values to pollutant effects is less straightforward and requires value judgments.\nWhy is it important that life cycle assessments are completed by an unbiased impartial agency? It is important that life cycle assessments are completed using an unbiased impartial agency to avoid misuse of data to reach pre-determined conclusions. e.g. to support a claim that a product is more environmentally friendly.\nWhat are the life cycle assessments that would be conducted for plastic and paper carrier bags? The life cycle assessments that would be conducted for plastic and paper bags are the raw materials, manufacturing processing, which lasts longer, disposal, transport, emissions and waste.","Memory anchor = Infinity symbol. What is the opposite of infinite?","Life cycle assessment: Used as a tool to assess the environmental impacts of a product, process or activity throughout its life cycle.\nRenewable: Are collected renewable resources, which are naturally replenished on a human timescale.\nFinite: A resource that does not renew itself at a sufficient rate for sustainable economic extraction in meaningful human time-frames.\nResource: is a source or supply from which a in benefit is produced.","","","Activity 1)\nThink Pair Share\nShow picture of a carton of orange juice. Get students to think about all of the different materials that go into making that product and where they come from.\nActivity 4)\nAnalyse data as to estimates of how long different resources will last.\n\nWhat options do we have and when they run out\nActivity 5)\nResearch examples of natural products that are supplemented or replaced by agricultural and synthetic products. (NYLON)\nActivity 9)\nTED talk LCA's:\nhttps://www.youtube.com/watch?v=d7F0DWjzq0U\nActivity 10)\nCarry out a simple comparative LCAs for shopping bags made from plastic and paper. Info on shared drive","","","0","","0000-00-00","0","","0"),
("25065","CML","0","2019-02-06","1","0","11CML/Sc","S4","C2.5.02","How can the three R's improve our future?","","Students should be able to evaluate ways of reducing the use of limited resources, given appropriate information.\n","1) The reduction in use, reuse and recycling of materials by end users reduces the use of limited resources, use of energy sources, waste and environmental impacts.\n2) Metals, glass, building materials, clay ceramics and most plastics are produced from limited raw materials.\n3) Much of the energy for the processes comes from limited resources.\n4) Obtaining raw materials from the Earth by quarrying and mining causes environmental impacts.\n5) Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use.\n6) Metals can be recycled by melting and recasting or reforming into different products.\n7) The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.","What are the reasons behind the incentive Reduce, Reuse, Recycle? Reduce, Reuse and Recycle is targeted to end users to reduce the use of limited resources, use of energy sources, waste and environmental impacts.\nWhere are the raw materials found to produce products such as ceramics, metals and plastics? The raw materials we use to make ceramics, metals and plastics are found within the earths crust.\nDescribe how the majority of energy is generated in order to process raw materials such as clay ceramics and metal ores? Most energy used to process natural resources is generated from finite resources, such as fossil fuels.\nEvaluate the environmental impacts of quarrying in order to obtain natural resources:The Environmental impacts of quarrying can be:; Once usage is complete, often old quarries can become u;- Destruction of natural habitats;- Pollutants released from use of chemicals and burning fossil fuels in operation of quarry; - Permanently disfigure the local environment and are often visible from long distances\nGive an example of a product that can be reused and a product that can be recycled.:Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use such as plastics and metals.\nHow can metals be recycled? Metals can be recycled by melting and recasting or reforming into different products.\nWhat does the amount of separation for a product rely on? Give an example.:The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.\nWhat ways can reducing the use of limited resources be achieved? Reducing the use of limited resources be achieved by producing less waste, reusing certain products, recycling certain products.","","Raw material: The basic material from which a product is made.\nReduce: Make smaller or less in amount, degree, or size.\nReuse: Use again or more than once.\nRecycle: Convert waste materials into reusable products.","","","Activity 1)\nRecycling plastics (90's special)\nhttps://www.youtube.com/watch?v=s5p6Nk3SzcU\nActivity 4)\nExtended writing: Describe the environmental impacts of obtaining raw materials from the Earth.\nActivity 8)\nDesign an informative poster aimed at future generations to encourage them to recycle, reuse, reduce.","","","0","","0000-00-00","0","","0"),
("25066","CML","0","2019-02-07","4","0","11CML/Sc","S4","C2.5.03","How is water made safe for human consumption?","","Students should be able to comment on the relative ease of obtaining potable water from waste, ground and salt water.\n\nStudents should be able to distinguish between potable water and pure water.\n\nStudents should be able to describe the differences in treatment of ground water and salty water.\n\nStudents should be able to give reasons for the steps used to produce potable water.\n","1) Water of appropriate quality is essential for life. For humans, drinking water should have sufficiently low levels of dissolved salts and microbes.\n2) Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\n3) Water that is safe to drink is called potable water. Potable water is not pure water in the chemical sense because it contains dissolved substances.\n4) Sewage and agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\n5) The methods used to produce potable water depend on available supplies of water and local conditions.\n6) Sewage treatment includes:\n? screening and grit removal\n? sedimentation to produce sewage sludge and effluent\n? anaerobic digestion of sewage sludge\n? aerobic biological treatment of effluent.\n7) In the United Kingdom (UK), rain provides water with low levels of dissolved substances (fresh water) that collects in the ground and in lakes and rivers, and most potable water is produced by:\n- choosing an appropriate source of fresh water\n- passing the water through filter beds\n- sterilising.\n9) Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\n10) If supplies of fresh water are limited, desalination of salty water or sea water may be required.\n11) Desalination can be done by distillation or\nby processes that use membranes such as reverse osmosis.\n12) These processes require large amounts of energy.","What should the quality of drinking water be like? The quality of drinking water should have low levels of dissolved salts and microbes.\nWhat must be done to the waste water produced by urban lifestyles and industrial processes before it can be released back into the environment? Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\nWhat is the name given to water that is safe to drink? The name given to water that is safe to drink is potable water.\nWhat will be required to be removed from a) agricultural waste water and b)industrial waste water? Agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\nWhat factors decide which methods are used to produce potable water? The methods used to produce potable water depend on available supplies of water and local conditions.\nWhat does sewage treatment include? Sewage treatment includes:;- screening and grit removal;- sedimentation to produce sewage sludge and effluent;- anaerobic digestion of sewage sludge;- aerobic biological treatment of effluent.\nWhat stages do most of the potable water in the UK produced? The stages that most potable water is produced in the UK is:;- choosing an appropriate source of fresh water;- passing the water through filter beds;- sterilising.\nHow is potable water obtained from a) waste ground and b) salt water? Potable water can be obtained from waste ground through the three main stages of sedimentation, filtration and sterilizing.;Potable water can be obtained from salt water through desalination by distillation or reverse osmosis.\nWhat are three types of sterilising agents used for potable water? Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\nWhat process can be used to make salt water / sea water potable when fresh water is limited? If supplies of fresh water are limited, desalination of salty water or sea water may be required.\nHow is desalination completed? (give two methods):Desalination can be done by distillation or;by processes that use membranes such as reverse osmosis.\nWhat is the main drawback of desalination processes? Desalination processes require large amounts of energy.\nWhat is the difference between potable and pure water? Pure water only contains water particles with no other substances. ;Potable water is safe to drink but contains other soluble ions.\nWhat is the differences in the way that ground water and salty water is treated? Salty water is treated by distillation or by reverse osmosis. ;Ground water is treated by - passing the water through filter beds and then sterilising using chlorine, ozone or UV light.\nWhat are the reasons for each step of producing potable water from ground water? Potable water is filtered to remove any fine particles in the water. It is then steralised to kill microbes.","","Desalination: The process of removing salt from seawater.\nSterilise: Make (something) free from bacteria or other living microorganisms.\nSewage: Waste water and excrement conveyed in sewers\nPotable: Water that is safe to drink.","","","Activity 3)\nCompare the composition of:\n• potable water\n• pure water.\n\nWhy do we not drink pure water?\nActivity 4)\nTreating waste water:\nhttps://www.youtube.com/watch?v=YW6GBciRHLg\nActivity 9)\nThinking task:\nTask students with coming up with a solution to supplying water to a city that only has access to salt water (such as Dubai).\n\nReview ideas and then go through distillation and osmosis.\nActivity 11)\nExtended writing: Describe the process of desalination.\nor\nDescribe the process of distillation\nor\nExplain how distillation separates substances.\nActivity 13)\nThink/Pair/Share\nWhy do we not drink pure water?","","","0","","0000-00-00","0","","0"),
("25067","CML","0","2019-02-08","1","0","11CML/Sc","S4","C2.5.04","Required practical - purifying water","","Students should be able to carry out analysis and purification of water samples from different sources, including pH, dissolved solids and distillation.","2) Required practical 8 - purifying water (AT skills 2,3,4)","How can analysis of the purity of water be carried out? It is possible to analyse the purity of water by the boiling point. The closer the boiling point is to that of pure water, the more pure it is.","","Purification: The removal of contaminants from something.\nBoiling point: The temperature at which a liquid boils and turns to vapour.\nPurity: The measure of how pure a substance is.\nAnalysis: Detailed examination of the elements or structure of something.","","","","Activity 2)\nSalt water\nNichrome wire loops\n0.4M Nitric acid\n0.05M silver nitrate soln\nconical flasks\ndelivery tubes\ntest tubes\nUniversal indic. soln\n\n-----------","","0","","0000-00-00","0","","0"),
("25068","CPD","0","2019-02-05","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25069","CPD","0","2019-02-06","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25070","CPD","0","2019-02-07","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25071","CPD","0","2019-02-08","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25072","LAN","0","2019-02-05","4","0","11LAN/Sc","S7","C2.4.3","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","Activity 4)\ndemo: \nglass fish tank\nCO data logger\nmatches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25073","LAN","0","2019-02-06","1","0","11LAN/Sc","S7","C2.4.4","What are the consequences of burning fossil fuels upon the atmopshere?","","Students should be able to describe how carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen are produced by burning fuels.\n\nStudents should be able to describe and explain the problems caused by increased amounts of these pollutants in the air.\n","1) The combustion of fuels is a major source of atmospheric pollutants.\n2) Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\n3) The gases released into the atmosphere when a fuel is burned may include carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\n5) Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\n6) Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\n7) Particulates cause global dimming and health problems for humans.","What human activity is the biggest contributor to an increase in atmospheric pollutants? The combustion of fossil fuels is a major source of atmospheric pollutants.\nWhat do most fuels contain? Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\nName the gases commonly released into the atmosphere when a fuel is burned? Carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\nHow does burning fuels produce carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen? Carbon monoxide is produced through incomplete combustion due to limited oxygen.;Soot is produced from carbon that has not reacted during combustion. ;Sulfur dioxide is produced due to sulfur in the fuel reacting with oxygen in hot enginges. ;Nirtogen oxides are formed from nitrogen in the air reacting with oxygen.\nWhat are the impacts of emissions of carbon monoxide? Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\nWhat environmental impact does the emission of sulfur dioxide and oxides of nitrogen cause? Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\nWhat environmental impact do particulates cause? Particulates cause global dimming and health problems for humans.\nDescribe and explain the problems caused by increased amounts of the following pollutants in the atmosphere:\na) Carbon Dioxide\nb) Nitrogen Oxides\nc) Sulfur Dioxide\nd) Particulates:a) Greenhouse gas that contributes to global warming.;b) Dissolves in water droplets in clouds, it makes the rain more acidic than normal. This is called acid rain.;c) Same as b);d) Very small pieces of solids, mainly carbon, that are released into the air during incomplete combustion. Contribute towards global dimming (the reduction of sunlight that makes it to the earths surface).","","Global dimming: is the gradual reduction in the amount of global direct irradiance at the Earth's surface.\nAcid rain: A rain or any other form of precipitation that is unusually acidic.\nFuel: A material such as coal, gas, or oil that is burned to produce energy.\nPollutant: a substance that pollutes something, especially water or the atmosphere.","","","Activity 2)\nWhat is combustion?\nhttps://www.youtube.com/watch?v=zEjEqnMBdEM\nActivity 3)\nCombustion and acid rain\nhttps://www.youtube.com/watch?v=HE6Y0iEuXMQ\n\nExplain why the following can be produced in combustion:\n• Carbon dioxide\n• Carbon monoxide\n• Soot\n• Water vapour\n• Sulfur dioxide\n• Oxides of nitrogen.\nActivity 4)\nResearch task: Study the effects of emisions of:\n• Carbon monoxide on the human body.\n• Sulfur dioxide and oxides of nitrogen on acidity of rain water. \n• Sulfur dioxide and oxides of nitrogen on respiratory system.\n• Particulates on global dimming.\n• Particulates on human health problems.","Activity 4)\ndemo: \nglass fish tank\nCO data logger\nmatches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25074","LAN","0","2019-02-07","4","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25075","LAN","0","2019-02-08","1","0","11LAN/Sc","S7","","","","Students should be able to evaluate the use of hydrogen fuel cells in comparison with rechargeable cells and batteries\n\n\nStudents should be able to write the half equations for the electrode reactions in the hydrogen fuel cell. (HT only)\n\nStudents should be able to identify the cerebral cortex, cerebellum and medulla on a diagram of the brain, and describe their functions\n\n(HT only) Students should be able to explain some of the difficulties of investigating brain function and treating brain damage and disease. \n\nStudents should be able to describe some of the biological consequences of global warming\n\nStudents should be able to describe both positive and negative human interactions in an ecosystem and explain their impact on biodiversity.\n","1) Fuel cells are supplied by an external source of fuel (eg hydrogen) and oxygen or air. The fuel is oxidised electrochemically within the fuel cell to produce a potential difference.\n2) The overall reaction in a hydrogen fuel cell involves the oxidation of hydrogen to produce water.\n3) Hydrogen fuel cells offer a potential alternative to rechargeable cells and batteries.\n6) The brain controls complex behaviour. It is made of billions of interconnected neurones and has different regions that carry out different functions.\n9) (HT only) Neuroscientists have been able to map the regions of the brain to particular functions by studying patients with brain damage, electrically stimulating different parts of the brain and using MRI scanning techniques.\n10) (HT only) The complexity and delicacy of the brain makes investigating and treating brain disorders very difficult.\n11) Biodiversity is the variety of all the different species of organisms on\nearth, or within an ecosystem.\n12) A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\n13) The future of the human species on Earth relies on us maintaining\na good level of biodiversity.\n14) Many human activities are reducing\nbiodiversity and only recently have measures been taken to try to stop this reduction.\n15) (WS) Explain how waste, deforestation and global warming have an impact on biodiversity.\n16) Large-scale deforestation in tropical areas has occurred to:\n? provide land for cattle and rice fields\n? grow crops for biofuels.\n17) (WS) Evaluate the environmental implications of deforestation\n\n19) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n20) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n21) (WS) Explain why evidence is uncertain or incomplete in a complex context\n23) Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity\n24) These include:\n? breeding programmes for endangered species\n? protection and regeneration of rare habitats\n? reintroduction of field margins and hedgerows in agricultural areas\nwhere farmers grow only one type of crop\n? reduction of deforestation and carbon dioxide emissions by some governments\n? recycling resources rather than dumping waste in landfill.","How do fuel cells produce a potential difference? Fuel cells are supplied by an external source of fuel (eg hydrogen) and oxygen or air. The fuel is oxidised electrochemically within the fuel cell to produce a potential difference.\nWhat sort of reaction occurs in a hydrogen fuel cell? The overall reaction in a hydrogen fuel cell involves the oxidation of hydrogen to produce water.\nWhat do hydrogen fuel cells offer alternatives to? Hydrogen fuel cells offer a potential alternative to rechargeable cells and batteries.\nWhat are the advantages and disadvantages of using hydrogen fuel cells compared with rechargeable cells and batteries? Similarities: Both convert chemical energy directly into electrical energy using ?spontaneous? redox reactions / Both function in similar ways ? that is, there is a negative electrode where an oxidation half-reaction occurs and a positive electrode where a reduction half-reaction occurs / Both generate electrical energy using chemical energy (compounds in the cells undergo chemical reactions which send electrons into an external circuit) / Both generate a current through an external circuit, which is caused by the separation of the half-reactions part of a full redox reaction / Both are made up of an electrolyte, an anode, and a cathode.;Differences: The hydrogen oxygen fuel cell is an energy conversion device while the rechargeable battery is an energy storage device / Fuel cells can only provide electrical energy when reactants (fuel) are constantly provided to the cell (open system) / Rechargeable batteries have chemical energy stored in its parts, in a closed system, and so can provide electricity until its stored chemical energy is used up, at which point the battery requires recharging to renew its chemical energy level. Fuel cells do not require charging, as long as reactants continue to be provided, whereas rechargeable batteries must be charged, which takes the battery out of operation for a period of time / Fuel cells can provide electrical energy for a much longer duration, whereas rechargeable batteries can only provide energy in an intermittent schedule / Electrodes in fuel cells are made of porous material, which allows for the free movement of hydrogen, oxygen, and water, while those in rechargeable batteries are made of solid metal compounds and lattices / Currently, fuel cells are much more expensive than rechargeable batteries, due to the high prices of its individual parts, such as the platinum catalysts / Currently, fuel cells are far larger than rechargeable batteries / Fuel cells are able to generate a large amount of electrical energy, much greater than that produced by rechargeable batteries.\n(HT only) What are the half equations for the electrode reactions in a hydrogen fuel cell? (HT only);At the cathode (negative electrode): H2(g) – 2e– → 2H (aq);;At the anode (positive electrode): 4H (aq) O2(g) 4e– → 2H2O(g)\nWhat is the function of the brain and what is its structure? The brain controls complex behaviour. It is made of billions of interconnected neurones and has different regions that carry out different functions.\nWhat are the functions of the cerebral cortex, cerebellum and medulla? The cerebral cortex controls personality, memory and conscious though. The cerebellum controls balance and co-ordination of movement and the medulla controls the heart rate and breathing rate.\n(HT only) Why is it so hard to treat damage to the brain? (HT only) Unlike other cells brain cells cannot re-grow.Therefore when damage occurs the cells cannot be saved. This means that brain damage tends to be permanent.\n(HT only) How did neuroscientists discover the functions of the different parts of the brain? (HT only) Neuroscientists have been able to map the regions of the brain to particular functions by studying patients with brain damage, electrically stimulating different parts of the brain and using MRI scanning techniques.\n(HT only) What characteristics of the brain make it difficult to treat and investigate brain disorders? (HT only)The complexity and delicacy of the brain makes investigating and treating brain disorders very difficult.\nWhat is the definition of biodiversity? Biodiversity is the variety of all the different species of organisms on;earth, or within an ecosystem.\nWhat is the benefit of having a great biodiversity? A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\nWhy is it so important to maintain biodiversity? The future of the human species on Earth relies on us maintaining;a good level of biodiversity.\nWhat effect to human activities have on biodiversity in general? Many human activities are reducing;biodiversity and only recently have measures been taken to try to stop this reduction.\nWhat effect do waste, deforestation and global warming have on biodiversity? Deforestation destroys the habitats of many species and therefore reduces their numbers within an environment. This reduces biodiversity drastically. ;Waste can have toxic effects on many species and therefore reduces numbers. In other cases, such as with algae, certain wastes can increase the numbers of certain species meaning they have a detrimental effect on the others around them. ;Global warming is causing the Earth's temperature to increase. This is having an effect on many species as it is changing their environment and therefore causing them problems such as lack of food or habitat.\nWhat two main reasons are there for large-scale deforestation in tropical areas? Large-scale deforestation in tropical areas has occurred due to:;- providing land for cattle and rice fields;- growing crops for biofuels.\nWhat are the environmental implications of deforestation? Deforestation vastly affects the environment as well as reducing biodiversity. This occurs due to forest habitats being destroyed,;soil erosion increasing, which causes barren land, flooding and land slides. Also atmospheric pollution is caused when forests are cleared by burning trees increasing global warming.\nWhat are the biological consequences of global warming? A rise of just a few degrees in world temperatures will have a dramatic impact on the climate:;;Global weather patterns will change, causing drought in some places and flooding in others.;Melting of polar ice caps will raise sea levels, causing increased coastal erosion and flooding of low-lying land – including land where major cities lie.\nWhy is global warming increasing? Levels of carbon dioxide and methane in the atmosphere are increasing, and these contribute to global warming.\nWhat does the scientific consensus say about global warming and climate change? The scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\nN/A:N/A\nWhat is the impact of both positive and negative human interactions in an ecosystem? Positive impact increases population levels of certain species in a food chain.
;Negative impacts decrease population levels of certain species.\nWhy have scientists and concerned citizens had to put programmes in place to protect the environment? Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity.\nWhat are some of the programmes put in place by scientists and concerned citizens to protect the environment? Some of the programmes put in place to protect the environment are:;- breeding programmes for endangered species;- protection and regeneration of rare habitats;- reintroduction of field margins and hedgerows in agricultural areas;where farmers grow only one type of crop;- reduction of deforestation and carbon dioxide emissions by some governments;- recycling resources rather than dumping waste in landfill.","","","","","","","","0","","0000-00-00","0","","0"),
("25076","PKT","0","2019-02-08","1","0","11PKT/Sc","S1","P2.5.4","How does an electric motor work?","","Students should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.\n","1) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.","What is the basis of an electric motor? A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\nHow does the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor? A simple electric motor can be built using a coil of wire that is free to rotate between two opposite magnetic poles. When an electric current flows through the coil, the coil experiences a force and moves. One side moves up and the other side moves down (based on Fleming's left hand rule).","","Solenoid: a coil of wire, usually cylindrical, in which a magnetic field is set up by passing a current through it\nField: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nMagnetic
\nElectric motor: Electric motors transfer electrical energy into kinetic energy, using magnets and coils of wire. There is a relationship between electrical power, voltage and current (power = voltage Ă— current).\nCurrent: A flow of electrons (charge).","","","Activity 1)\nExplain why changing the direction of the electric current in an electric motor changes the direction of rotation.
\nExplain why changing the polarity of the permanent magnets in the electric motor will change the direction of rotation.
\nRecall and use Fleming’s left-hand rule.","Activity 1)\nElectric motor kit
\nPowerpack
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25077","PKT","0","2019-02-05","4","0","11PKT/Sc","S1","P2.5.1","How to visualise magnetic field.","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another.\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n\nStudents should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) Poles of a magnet\n2) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n3) The force between a magnet and a magnetic material is always one of attraction.\n4) When two magnets are brought close together they exert a force on each other.\n5) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n6) Two like poles repel each other.\n7) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n8) Two unlike poles attract each other.\n9) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n10) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n11) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\n12) A permanent magnet produces its own magnetic field.\n14) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n16) Induced magnetism always causes a force of\nattraction.\n18) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What are the poles of a magnet? The poles of a magnet are the places where the magnetic forces are strongest.\nWhat is the magnetic field? The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\nWhat force is always between a magnet and a magnetic material? The force between a magnet and a magnetic material is always one of attraction.\nWhat happens when two magnets are brought close together? When two magnets are brought close together they exert a force on each other.\nWhat does the strength of the magnetic field depend on and where is it the strongest? The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\nWhat happens when two like poles are brought together? Two like poles repel each other.\nWhat affects the direction of the magnetic field? The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\nWhat happens when two unlike poles are brought together? Two unlike poles attract each other.\nWhat direction does the magnetic field line go in? The direction of a magnetic field line is from the north;(seeking) pole of a magnet to the south(seeking) pole of the magnet.\nWhat type of force are attraction and repulsion between magnetic poles examples of? Attraction and repulsion between two magnetic poles are examples of non-contact force.\nWhat causes a magnetic compass to follow the direction of the Earth's magnetic field? A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\nWhat is a permanent magnet? A permanent magnet produces its own magnetic field.\nHow can a plotting compass be used to plot the magnetic field pattern of a magnet? https://www.youtube.com/watch?v=NT-KS9dscjw\nWhat is an induced magnet? An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\nWhat force does induced magnetism always cause? Induced magnetism always causes a force of;attraction.\nWhy does a compass point North? The core of the Earth is magnetic.\nWhat happens to an induced magnet when it's removed from the magnetic field? When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.\nHow do the poles of the magnets interact? Repulsion occurs between unlike and like poles for permanent magnets.\nWhat is the difference between permanent and induced magnets:Induced magnets can be switched on and off unlike permenant magnets.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nPermanent magnet\nInduced\nAttraction\nRepulsion\nNon-contact\nAttract\nMagnetic Force: The force that arises due to the motion of charged particle within the magnetic field is known as the magnetic force. It is an outcome of the electromagnetic force.\nMagnet: A material made out of either iron, steel or cobalt that is polarised and has a north and south pole.\npermanent magnet: a magnet that retains its magnetic properties in the absence of an inducing field or current.\nForce\nRepel\nPoles: Magnet have a north and south pole.","","","Activity 1)\nDescribe two experiments that can be used to identify the magnetic field pattern of a permanent magnet.
\nDescribe what would happen if two North seeking Magnetic Poles were placed near each other, two South seeking Poles or one of each.
\nWhich part of a permanent magnet is the strongest?
\nInvestigate and draw the shape of the magnetic field pattern around a permanent magnet.
\nInvestigate the effect that two magnets have on each other in different orientations.","Activity 1)\nBar magnets
\nIron filings
\nA3 paper
\nPlotting compass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25078","PKT","0","2019-02-06","1","0","11PKT/Sc","S1","P2.5.2","How is a magnetic field produced in a conducting wire.","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire.\n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire.\n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet.\n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid.\n7) An electromagnet is a solenoid with an iron core.","What happens when a current flows through a conducting wire? When a current flows through a conducting wire a magnetic field is produced.\nWhat does the strength of the magnetic field depends on? The current through the wire and the distance from the wire.\nHow does shaping a wire into a solenoid affect strength of the magnetic field? Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the\nWhat is the magnetic field like inside a solenoid? The magnetic field inside a solenoid is strong and uniform.\nWhat is the shape of the magnetic field around a solenoid? The magnetic field around a solenoid has a similar shape to that of a bar magnet.\nHow does adding an iron core affect the magnetic field? Adding an iron core increases the strength of the
;magnetic field of a solenoid.\nWhat is an electromagnet? An electromagnet is a solenoid with an iron core.\nDescribe how the magnetic effect of a current can be demonstrated:The magnetic effect of a current can be demonstrated
;using iron fillings and a moving a compass around the magnets by plotting north.\nWhat does the magnetic field around a straight wire look like? \nHow does a solenoid arrangement increase the magnetic effect of the current? ","","Polarity: The state of being a north pole or south pole; the magnetic equivalent of electric charge\nConductor: A material the can conduct electricity or thermal energy.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nCurrent: The flow of electrons (charge).","","","Activity 1)\nDescribe how the magnetic effect of a current can be demonstrated.
\nUse the ‘right hand thumb rule’ to draw the magnetic field pattern of a wire carrying an electric current.
\nDemonstrate what happens when a foil strip with a current flowing through it is placed in a strong magnetic field. What happens if the direction of the current is reversed?
\nTry to demonstrate the shape of the magnetic field by placing a wire through a piece of card with iron filings sprinkled near it. Apply a current through the wire.","Activity 1)\nDemo: Conducting Wire
\ncard
\nIron fillings
\nFoil Strip
\nPowerpack
\nU shaped magnet
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25079","PKT","0","2019-02-07","4","0","11PKT/Sc","S1","P2.5.3","What is meant by the motor effect?","","Students should be able to show that Fleming's left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","(HT only) What is meant by the motor effect? When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\nWhat factors affect the size of the forces on the conductor? The factors that affect the size of the force on the conductor are the current and the strength of the magnetic field.\nHow is magnetic flux density calculated? Include SI units.:For a conductor at right angles to a magnetic field and carrying a current:;force = magnetic flux density ? current ? length;F = B I l;force, F, in newtons, N;magnetic flux density, B, in tesla, T;current, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","Current: An electric current is a flow of electric charge.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nmotor effect: The motor effect is the term used when a current-carrying wire in the presence of a magnetic field experiences a force.\n
\nConductor: A material the can conduct electricity or thermal energy.","","","Activity 1)\nExplain what is meant by the motor effect.
\nExplain why a motor spins with respect to the magnetic field.
\nMake an electric motor and investigate how the speed and direction of rotation can be changed.","Activity 1)\nMotor kit
\npowerpacks
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25080","SFD","0","2019-02-06","1","0","11SFD/Sc","S5","B2.5.04","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25081","SFD","0","2019-02-07","4","0","11SFD/Sc","S5","","RP Booklets and HWK","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25082","SFD","0","2019-02-05","4","0","11SFD/Sc","S5","B2.5.03","How are organisms adapted to survive?","","Students should be able to, when provided with appropriate information suggest how organisms are adapted to the conditions in which they live.\n\nStudents should be able to explain how organisms are adapted to live in their natural environment, given appropriate information.\n","3) Organisms have features (adaptations) that enable them to survive in the conditions in which they normally live. These adaptations may be structural, behavioural or functional\n4) Some organisms live in environments that are very extreme, such as at high temperature, pressure, or salt concentration. These organisms are called extremophiles.\n5) Bacteria living in deep sea vents are extremophiles.","What is an adaptation? A characteristic about a species that allows it to be suited to the environment it lives.\nHow are organisms adapted to live in their natural environment? Organisms become adapted to their natural environment by evolution through natural selection.\nWhat are the three types of adaptations organisms can have to survive in the conditions that they live? Adaptations may be structural, behavioural or functional\nWhat is an extremophile? Organisms live in environments that are very extreme, such as high temperature, pressure, or salt concentration\nWhat type of microbe lives in deep sea vents? Bacteria live in deep sea vents.","","","","","","","","0","","0000-00-00","0","","0"),
("25083","SFD","0","2019-02-08","1","0","11SFD/Sc","D8","B2.5.04","Required Practical - Sampling Techniques","","Students should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25084","DLN","0","2019-02-05","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25085","SKT","0","2019-02-05","4","0","11SKT/Sc","S2","P2.5.01","How to visualise magnetic field.","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another.\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n\nStudents should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) Poles of a magnet\n2) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n3) The force between a magnet and a magnetic material is always one of attraction.\n4) When two magnets are brought close together they exert a force on each other.\n5) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n6) Two like poles repel each other.\n7) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n8) Two unlike poles attract each other.\n9) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n10) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n11) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\n12) A permanent magnet produces its own magnetic field.\n14) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n16) Induced magnetism always causes a force of\nattraction.\n18) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What are the poles of a magnet? The poles of a magnet are the places where the magnetic forces are strongest.\nWhat is the magnetic field? The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\nWhat force is always between a magnet and a magnetic material? The force between a magnet and a magnetic material is always one of attraction.\nWhat happens when two magnets are brought close together? When two magnets are brought close together they exert a force on each other.\nWhat does the strength of the magnetic field depend on and where is it the strongest? The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\nWhat happens when two like poles are brought together? Two like poles repel each other.\nWhat affects the direction of the magnetic field? The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\nWhat happens when two unlike poles are brought together? Two unlike poles attract each other.\nWhat direction does the magnetic field line go in? The direction of a magnetic field line is from the north;(seeking) pole of a magnet to the south(seeking) pole of the magnet.\nWhat type of force are attraction and repulsion between magnetic poles examples of? Attraction and repulsion between two magnetic poles are examples of non-contact force.\nWhat causes a magnetic compass to follow the direction of the Earth's magnetic field? A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\nWhat is a permanent magnet? A permanent magnet produces its own magnetic field.\nHow can a plotting compass be used to plot the magnetic field pattern of a magnet? https://www.youtube.com/watch?v=NT-KS9dscjw\nWhat is an induced magnet? An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\nWhat force does induced magnetism always cause? Induced magnetism always causes a force of;attraction.\nWhy does a compass point North? The core of the Earth is magnetic.\nWhat happens to an induced magnet when it's removed from the magnetic field? When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.\nHow do the poles of the magnets interact? Repulsion occurs between unlike and like poles for permanent magnets.\nWhat is the difference between permanent and induced magnets:Induced magnets can be switched on and off unlike permenant magnets.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nPermanent magnet\nInduced\nAttraction\nRepulsion\nNon-contact\nAttract\nMagnetic Force: The force that arises due to the motion of charged particle within the magnetic field is known as the magnetic force. It is an outcome of the electromagnetic force.\nMagnet: A material made out of either iron, steel or cobalt that is polarised and has a north and south pole.\npermanent magnet: a magnet that retains its magnetic properties in the absence of an inducing field or current.\nForce\nRepel\nPoles: Magnet have a north and south pole.","","","Activity 1)\nDescribe two experiments that can be used to identify the magnetic field pattern of a permanent magnet.
\nDescribe what would happen if two North seeking Magnetic Poles were placed near each other, two South seeking Poles or one of each.
\nWhich part of a permanent magnet is the strongest?
\nInvestigate and draw the shape of the magnetic field pattern around a permanent magnet.
\nInvestigate the effect that two magnets have on each other in different orientations.","Activity 1)\nBar magnets
\nIron filings
\nA3 paper
\nPlotting compass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25086","SKT","0","2019-02-06","1","0","11SKT/Sc","S2","P2.5.02","How is a magnetic field produced in a conducting wire.","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.","1) When a current flows through a conducting wire a magnetic field is produced around the wire.\n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire.\n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet.\n6) Adding an iron core increases the strength of the\nmagnetic field of a solenoid.\n7) An electromagnet is a solenoid with an iron core.","What happens when a current flows through a conducting wire? When a current flows through a conducting wire a magnetic field is produced.\nWhat does the strength of the magnetic field depends on? The current through the wire and the distance from the wire.\nHow does shaping a wire into a solenoid affect strength of the magnetic field? Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the\nWhat is the magnetic field like inside a solenoid? The magnetic field inside a solenoid is strong and uniform.\nWhat is the shape of the magnetic field around a solenoid? The magnetic field around a solenoid has a similar shape to that of a bar magnet.\nHow does adding an iron core affect the magnetic field? Adding an iron core increases the strength of the
;magnetic field of a solenoid.\nWhat is an electromagnet? An electromagnet is a solenoid with an iron core.\nDescribe how the magnetic effect of a current can be demonstrated:The magnetic effect of a current can be demonstrated
;using iron fillings and a moving a compass around the magnets by plotting north.\nWhat does the magnetic field around a straight wire look like? \nHow does a solenoid arrangement increase the magnetic effect of the current? ","","Polarity: The state of being a north pole or south pole; the magnetic equivalent of electric charge\nConductor: A material the can conduct electricity or thermal energy.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nCurrent: The flow of electrons (charge).","","","Activity 1)\nDescribe how the magnetic effect of a current can be demonstrated.
\nUse the ‘right hand thumb rule’ to draw the magnetic field pattern of a wire carrying an electric current.
\nDemonstrate what happens when a foil strip with a current flowing through it is placed in a strong magnetic field. What happens if the direction of the current is reversed?
\nTry to demonstrate the shape of the magnetic field by placing a wire through a piece of card with iron filings sprinkled near it. Apply a current through the wire.","Activity 1)\nDemo: Conducting Wire
\ncard
\nIron fillings
\nFoil Strip
\nPowerpack
\nU shaped magnet
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25087","SKT","0","2019-02-07","4","0","11SKT/Sc","S2","P2.5.03","What is meant by the motor effect?","","Students should be able to show that Fleming's left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","(HT only) What is meant by the motor effect? When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\nWhat factors affect the size of the forces on the conductor? The factors that affect the size of the force on the conductor are the current and the strength of the magnetic field.\nHow is magnetic flux density calculated? Include SI units.:For a conductor at right angles to a magnetic field and carrying a current:;force = magnetic flux density ? current ? length;F = B I l;force, F, in newtons, N;magnetic flux density, B, in tesla, T;current, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","Current: An electric current is a flow of electric charge.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nmotor effect: The motor effect is the term used when a current-carrying wire in the presence of a magnetic field experiences a force.\n
\nConductor: A material the can conduct electricity or thermal energy.","","","Activity 1)\nExplain what is meant by the motor effect.
\nExplain why a motor spins with respect to the magnetic field.
\nMake an electric motor and investigate how the speed and direction of rotation can be changed.","Activity 1)\nMotor kit
\npowerpacks
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25088","SKT","0","2019-02-08","1","0","11SKT/Sc","S2","P2.5.04","How does an electric motor work?","","Students should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.","1) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.","What is the basis of an electric motor? A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\nHow does the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor? A simple electric motor can be built using a coil of wire that is free to rotate between two opposite magnetic poles. When an electric current flows through the coil, the coil experiences a force and moves. One side moves up and the other side moves down (based on Fleming's left hand rule).","","Solenoid: a coil of wire, usually cylindrical, in which a magnetic field is set up by passing a current through it\nField: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nMagnetic
\nElectric motor: Electric motors transfer electrical energy into kinetic energy, using magnets and coils of wire. There is a relationship between electrical power, voltage and current (power = voltage Ă— current).\nCurrent: A flow of electrons (charge).","","","Activity 1)\nExplain why changing the direction of the electric current in an electric motor changes the direction of rotation.
\nExplain why changing the polarity of the permanent magnets in the electric motor will change the direction of rotation.
\nRecall and use Fleming’s left-hand rule.","Activity 1)\nElectric motor kit
\nPowerpack
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25089","SNK","0","2019-02-05","4","0","11SNK/Sc","S3","B2.5.4","Required Practical - Sampling Techniques","","","1) A range of experimental methods using transects and quadrats are used by ecologists to determine the distribution and abundance of species in an ecosystem. Required Practical 9 - Sampling Techniques (AT skills 1,3,4,6,8)","When would a transect line be used? A transect line would be used to see a pattern/trend/correlation across a distance of an ecosystem in relation to an independent variable.","","","","","","Activity 1)\n• a 25cm x 25cm quadrat\n• 2 x 30 m tape measure\n• a clipboard\n• a pen\n• paper.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25090","SNK","0","2019-02-06","1","0","11SNK/Sc","S3","B2.5.4","","","","","","","","","","","Write up X","","0","","0000-00-00","0","","0"),
("25091","SNK","0","2019-02-07","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25092","SNK","0","2019-02-08","1","0","11SNK/Sc","S3","B2.5.5","How is material recycled by the living world?","","Students should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n","3) All materials in the living world are recycled to provide the building blocks for future organisms. Students are not expected to study the nitrogen cycle.\n5) The carbon cycle returns carbon from organisms to the atmosphere as\ncarbon dioxide to be used by plants in photosynthesis.\n6) The water cycle provides fresh water for plants and animals on land\nbefore draining into the seas.\n7) Water is continuously evaporated and\nprecipitated.","What different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("25093","SDN","0","2019-02-04","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25094","SDN","0","2019-02-05","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25095","DLN","0","2019-02-06","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25096","SNK","0","2019-02-06","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25097","SDN","0","2019-02-04","3","0","7A1/Sc","S1","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("25098","SDN","0","2019-02-06","5","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25099","SKT","0","2019-02-07","3","0","7A1/Sc","S2","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("25100","SKT","0","2019-02-05","3","0","7A1/Sc","S4","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25101","LAN","0","2019-02-06","5","0","7A2/Sc","S7","","LA 2 review 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25102","LAN","0","2019-02-07","3","0","7A2/Sc","S7","","LA 2 review 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25103","CML","0","2019-02-04","3","0","7A2/Sc","S7","2c.11","2C full remove","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","","","0","","0000-00-00","0","","0"),
("25104","CML","0","2019-02-05","3","0","7A2/Sc","S7","2p.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25105","SDN","0","2019-02-07","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25106","SDN","0","2019-02-08","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25107","LAN","0","2019-02-04","3","0","7B1/Sc","S5","2p.1","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25108","JHT","0","2019-02-06","5","0","7B1/Sc","S5","","LA 2 review part 2","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","","","0","","0000-00-00","0","","0"),
("25109","JHT","0","2019-02-07","3","0","7B1/Sc","S5","2p.2","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25110","LAN","0","2019-02-06","4","0","7B1/Sc","S7","","LA 2 review part 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25111","CLA","0","2019-02-06","4","0","7B2/Sc","S6","2C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("25112","SNK","0","2019-02-04","3","0","7B2/Sc","S3","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("25113","SNK","0","2019-02-06","5","0","7B2/Sc","S3","2B.1","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25114","SNK","0","2019-02-07","3","0","7B2/Sc","S3","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25115","SDN","0","2019-02-08","4","0","7c/It2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25116","JHT","0","2019-02-05","1","0","7c/It2","L9","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25117","SDN","0","2019-02-06","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25118","SDN","0","2019-02-04","4","0","7C1/Sc","S1","2B.08","Where do organisms get their energy from? \nNo practical equipment needed.","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("25119","SDN","0","2019-02-05","3","0","7C1/Sc","S1","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------","","0","","0000-00-00","0","","0"),
("25120","SDN","0","2019-02-06","2","0","7C1/Sc","S1","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25121","SDN","0","2019-02-07","5","0","7C1/Sc","S1","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("25122","SDN","0","2019-02-08","5","0","7C1/Sc","S1","","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("25123","SFD","0","2019-02-04","4","0","7C2/Sc","S5","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25124","SFD","0","2019-02-05","3","0","7C2/Sc","S5","2P.02","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25125","SFD","0","2019-02-06","2","0","7C2/Sc","S5","2P.03","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25126","SFD","0","2019-02-07","5","0","7C2/Sc","S5","2P.04","Skill focus: Planning - What has more energy 1g of food or 1g of fuel?","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","Planning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance\n\n*Just a demo please","","0","","0000-00-00","0","","0"),
("25127","SFD","0","2019-02-08","5","0","7C2/Sc","S5","2P.05","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel pieces\nCheese puffs\nBurning Pins\nThermomenters\nCopper calorimeters (with lids)\n(Jewellery) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25128","CLA","0","2019-02-04","3","0","7E/Sc","S6","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25129","CLA","0","2019-02-05","3","0","7E/Sc","S6","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("25130","CLA","0","2019-02-06","5","0","7E/Sc","S6","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("25131","CLA","0","2019-02-07","3","0","7E/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("25132","DLN","0","2019-02-05","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25133","JHT","0","2019-02-07","5","0","7P/Sc","S3","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","","","0","","0000-00-00","0","","0"),
("25134","JHT","0","2019-02-08","5","0","7P/Sc","S3","2C.12","Reflection","","","1) REFLECTION","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/Improve.png","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","","","0","","0000-00-00","0","","0"),
("25135","SNK","0","2019-02-04","4","0","7P/Sc","S3","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25136","SNK","0","2019-02-05","3","0","7P/Sc","S3","2B.1","What makes up a flower?","","Progress Observation Opportunity","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25137","SNK","0","2019-02-06","2","0","7P/Sc","S3","2B.2","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25138","SDN","0","2019-02-06","4","0","7X/Sc","S1","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25139","SDN","0","2019-02-07","3","0","7X/Sc","S1","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("25140","PKT","0","2019-02-04","3","0","7X/Sc","S2","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25141","PKT","0","2019-02-06","5","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25142","CML","0","2019-02-08","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25143","PKT","0","2019-02-04","5","0","8A1/Sc","S3","5P.06","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\ngalley pots\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25144","PKT","0","2019-02-05","2","0","8A1/Sc","S3","5P.07","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("25145","PKT","0","2019-02-06","4","0","8A1/Sc","S3","5P.09","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Power stations: A site which produces electrical energy.\nResource: An energy store that can be broken up to produce power.\nEnergy\nElectrical\nRenewable: Resources that are easily replenished.\nThermal (Heat)\nLight\nKinetic\nNuclear\nSolar power: A generation device which converts light to electrical energy.\nElectricity: A flow of energy through charged particles.\nNational grid: A system of power lines which link up all around the UK.\nNon-Renewable: Resources which cannot be replenished.\nPower: The rate of transfer of energy. P=E/t\nNatural Gas\nChemical potential","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25146","PKT","0","2019-02-07","1","0","8A1/Sc","S3","","Landmark Exam","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25147","JHT","0","2019-02-04","5","0","8A2/Sc","S2","","OVERLAP: Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","","","","0","","0000-00-00","0","","0"),
("25148","JHT","0","2019-02-05","2","0","8A2/Sc","S2","5B.03","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","","","0","","0000-00-00","0","","0"),
("25149","JHT","0","2019-02-06","4","0","8A2/Sc","S2","5B.04","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/Pregnancy.png","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25150","JHT","0","2019-02-07","1","0","8A2/Sc","S2","5B.05","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","Placenta\nLifestyle\nMaternal","","","","","","0","","0000-00-00","0","","0"),
("25151","CML","0","2019-02-06","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25152","CML","0","2019-02-07","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25153","CML","0","2019-02-04","5","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25154","CML","0","2019-02-05","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25155","JHT","0","2019-02-08","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25156","CLA","0","2019-02-04","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25157","CLA","0","2019-02-08","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25158","CLA","0","2019-02-07","5","0","8B1/Sc","S6","5B.8","What is genetic material? DNA Kiwi practical","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("25159","CLA","0","2019-02-08","5","0","8B1/Sc","S6","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("25160","SNK","0","2019-02-05","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25161","CLA","0","2019-02-04","4","0","8B1/Sc","S6","5B.3","How does an offspring develop?","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","","","0","","0000-00-00","0","","0"),
("25162","CLA","0","2019-02-06","2","0","8B1/Sc","S6","5B.4","What happens during birth?","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/Pregnancy.png","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","Activity 1)\nhttp://www.nuffieldfoundation.org/practical-biology/investigating-factors-affecting-heart-rate-daphnia\n\nNot temperature- just ethanol\n\nPlease concentrate on ethics of experimenting on living organisms","Activity 1)\npink balloon
\nping pong ball Demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25163","DLN","0","2019-02-04","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25164","DLN","0","2019-02-06","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25165","CML","0","2019-02-05","5","0","8B2/Sc","S1","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("25166","CML","0","2019-02-04","4","0","8B2/Sc","S4","5B.9","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("25167","CML","0","2019-02-06","2","0","8B2/Sc","S4","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("25168","CML","0","2019-02-07","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25169","CML","0","2019-02-08","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25170","CLA","0","2019-02-07","1","0","8E/Sc","S6","5P.12","Reflection 63","","","1) Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("25171","SFD","0","2019-02-04","5","0","8E/Sc","S5","","Landmark Assessment 60","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","","","0","","0000-00-00","0","","0"),
("25172","SFD","0","2019-02-06","4","0","8E/Sc","S5","5P.10","How much does the energy we use cost? 62","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------","","0","","0000-00-00","0","","0"),
("25173","CLA","0","2019-02-05","2","0","8E/Sc","S6","5P.11","Assessment 61","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","Activity 1)\npoo sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25174","PKT","0","2019-02-04","4","0","8S/Sc","S2","5P.06","Skill focus: Planning and Data Collection","","","1) PLANNING & DATA COLLECTION\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","Draft: Amount of boat under water\nLoad: Force applied","","","Activity 1)\nPlastic beaker inside glass beakers.","Activity 1)\n250 ml beakers\ngalley pots\n10g masses\nrulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25175","PKT","0","2019-02-05","5","0","8S/Sc","S2","5P.07","Skill focus: Conclusions and Evaluations","","","1) CONCLUSIONS and EVALUATION:\nAim: To find out how the load in a boat affects the boat's draft (amount of boat under water).","","","","","","Activity 1)\nGradient of line should relate to the diameter of the boat beaker.","","","0","","0000-00-00","0","","0"),
("25176","PKT","0","2019-02-06","2","0","8S/Sc","S2","5P.09","How do we power our homes?","","","1) Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\n2) T: Non-Renewable Energy Resources include:\n - Coal\n - Oil\n - Gas\n - Nuclear\n3) Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\n4) Most of the other appliances in the home are powered by electricity.\n5) Electricity is generated in Power Stations which harness an 'Energy Resource'.\n6) T: Renewable Energy Resources include:\n - Wind\n - Wave\n - Hydro\n - Tidal\n - Solar\n - Biomass\n - Geothermal\n7) W: Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy\n(Intermediate steps optional).\n8) W: Most non-thermal power stations convert Kinetic Energy into Electrical Energy\n(Intermediate steps optional).\n9) W: Solar power stations convert Light Energy into Electrical Energy directly.","What method is used to heat most homes? \nHow do urban homes get this resource? How do rural homes get this resource? Most homes are heated with natural gas. This is piped to most homes through a national grid, although Rural homes may have a gas tank.\nWhat is a non-renewable energy source? Give some examples.:A non-renewable energy source is an energy source that cannot be reused.;Non-Renewable Energy Resources include:; - Coal; - Oil; - Gas; - Nuclear\nWhat is the main difference between homes powered by gas and homes powered by oil? Homes used to be powered by oil. Some homes are still are. There is no national oil pipe network.\nWhat are most of the appliances in the home powered by? Most of the other appliances in the home are powered by electricity.\nWhere is electricity generated? Electricity is generated in Power Stations which harness an 'Energy Resource'.\nWhat is a renewable energy source? Give some examples.:A renewable energy source is an energy source that can be reused.Renewable Energy Resources include:; - Wind; - Wave; - Hydro; - Tidal; - Solar; - Biomass; - Geothermal\nHow do most thermal power stations work? Most thermal power stations convert Chemical (or Nuclear) Energy into thermal by burning and then into Electrical Energy;(Intermediate steps optional).\nHow do most non-thermal power stations work? Most non-thermal power stations convert Kinetic Energy into Electrical Energy;(Intermediate steps optional).\nWhat energy transfers occur in solar power stations? Solar power stations convert Light Energy into Electrical Energy directly.","https://www.mrcorfe.com/MemoryAnchors/ae501405c83d5e4d247dce1c1a7873b9.jpg","Power stations: A site which produces electrical energy.\nResource: An energy store that can be broken up to produce power.\nEnergy\nElectrical\nRenewable: Resources that are easily replenished.\nThermal (Heat)\nLight\nKinetic\nNuclear\nSolar power: A generation device which converts light to electrical energy.\nElectricity: A flow of energy through charged particles.\nNational grid: A system of power lines which link up all around the UK.\nNon-Renewable: Resources which cannot be replenished.\nPower: The rate of transfer of energy. P=E/t\nNatural Gas\nChemical potential","","","Activity 7)\nDraw an Energy Transfer Diagram for a thermal power station.\n\nSteam engine attached to SEP demo board.\nActivity 8)\nDraw an Energy Transfer Diagram for a non-thermal power station.\nActivity 9)\nSEP demo board & lamp.","Activity 9)\nSEP demo board & lamp.\n (Energy transfer kit)\n\nSteam engine\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25177","PKT","0","2019-02-07","5","0","8S/Sc","S2","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25178","PKT","0","2019-02-08","5","0","8S/Sc","S2","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25179","JHT","0","2019-02-04","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25180","JHT","0","2019-02-06","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25181","SNK","0","2019-02-04","2","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25182","SNK","0","2019-02-07","2","0","9A1/Sc","S3","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25183","SNK","0","2019-02-08","3","0","9A1/Sc","S3","P1.3.2","Why does my football shirt cling to me when I take it off? (SEPARATES ONLY)","","Students should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) The further away from the charged object, the weaker the field\n2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) When two electrically charged objects are brought close together they exert a force on each other.\n5) A second charged object placed in the field experiences a force. \n6) Negatively charged electrons are rubbed off one material and on to the other. \n7) Two objects that carry the same type of charge repel. \n8) The electric field is strongest close to the charged object.\n9) The force gets stronger as the distance between the objects decreases.\n10) Two objects that carry different types of charge attract. \n12) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n13) Attraction and repulsion between two charged objects are examples of non-contact force.","When is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","Electric field: A region around a charged particle or object within which a force would be exerted on other charged particles or objects.\nElectrons: A stable subatomic particle with a negative charge.\nStatic: Having no motion.\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 2)\nWhat is static electricity?\nhttps://www.youtube.com/watch?v=fT_LmwnmVNM\n\nPhet - Creating static\nhttps://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_en.html\nActivity 3)\nDemonstrate static electricity using the Van de Graaf generator.\nActivity 6)\nExtended writing:\nDescribe and explain how rubbing materials against each other can get them to become charged, in terms of particle movement.\nActivity 10)\nInvestigate the effect charged objects have on other objects placed near it – both charged and uncharged?\n\nPhet - Interacting charges\nhttps://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_en.html\nActivity 11)\nDiagrams of electric fields\nhttp://www.cyberphysics.co.uk/topics/electricity/higher_electricity/electric_field.htm\nActivity 15)\nDangers of static\nhttps://www.youtube.com/watch?v=FzsTamPPnHc","Activity 3)\nVan de Graaf generator.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25184","CLA","0","2019-02-04","2","0","9A2/Sc","S6","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25185","CLA","0","2019-02-07","2","0","9A2/Sc","S6","x","x","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25186","CLA","0","2019-02-08","3","0","9A2/Sc","S6","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25187","SKT","0","2019-02-04","2","0","9A3/Sc","S2","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","Model of lungs and heart\n\nDEMO: Agar-acid diffusion","","0","","0000-00-00","0","","0"),
("25188","SKT","0","2019-02-07","2","0","9A3/Sc","S2","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("25189","SKT","0","2019-02-08","3","0","9A3/Sc","S2","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("25190","PKT","0","2019-02-04","2","0","9A4/Sc","S1","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25191","PKT","0","2019-02-07","2","0","9A4/Sc","S1","C1.5.2","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","Activity 1)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.\nAccurate balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25192","PKT","0","2019-02-08","3","0","9A4/Sc","S1","C1.3.3","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure.\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice: this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: ball and stick giant lattice and charged ion ionic lattice.","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds.:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D.\nDetermine the empirical formulae of a compound given the ions:\na) Na and N3-\nb) Al3 and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nbrick \nlong bunsen burner \nsodium \nchlorine gas in jar NOT TEST TUBES KERRY, DOH!\n\n-----------","","0","","0000-00-00","0","","0"),
("25193","CLA","0","2019-02-05","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25194","LAN","0","2019-02-04","1","0","9B1/Sc","S7","","review lesson P1.2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25195","LAN","0","2019-02-04","2","0","9B1/Sc","S7","","LA review 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25196","LAN","0","2019-02-07","2","0","9B1/Sc","S7","","LA review 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25197","LAN","0","2019-02-08","4","0","9B1/Sc","S7","B1.3.1","What are the levels of organisation?","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","","","0","","0000-00-00","0","","0"),
("25198","SFD","0","2019-02-07","2","0","9B2/Sc","S5","","Mastery and HWK Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25199","SFD","0","2019-02-08","4","0","9B2/Sc","S5","","Mastery and TR","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25200","SFD","0","2019-02-04","1","0","9B2/Sc","S5","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25201","SFD","0","2019-02-04","2","0","9B2/Sc","S5","c1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25202","CML","0","2019-02-04","1","0","9B3/Sc","S4","","","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","X","","0","","0000-00-00","0","","0"),
("25203","CML","0","2019-02-04","2","0","9B3/Sc","S4","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25204","JHT","0","2019-02-07","2","0","9B3/Sc","S4","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25205","JHT","0","2019-02-08","4","0","9B3/Sc","S4","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25206","SKT","0","2019-02-05","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25207","JHT","0","2019-02-06","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25208","JHT","0","2019-02-05","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25209","JHT","0","2019-02-07","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25210","PKT","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25211","DLN","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25212","CLA","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25213","SSN","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25214","SNK","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25215","CPD","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25216","SKT","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25217","JHT","0","2019-02-04","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25218","DLN","0","2019-02-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25219","SSN","0","2019-02-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25220","CPD","0","2019-02-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25221","SDN","0","2019-02-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25222","JHT","0","2019-02-04","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25223","SFD","0","2019-02-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25224","DLN","0","2019-02-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25225","SSN","0","2019-02-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25226","CPD","0","2019-02-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25227","SKT","0","2019-02-04","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25228","LAN","0","2019-02-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25229","SSN","0","2019-02-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25230","CPD","0","2019-02-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25231","SKT","0","2019-02-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25232","JHT","0","2019-02-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25233","LAN","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25234","DLN","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25235","SSN","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25236","SNK","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25237","CPD","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25238","SKT","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25239","SDN","0","2019-02-04","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25240","SSN","0","2019-02-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25241","CPD","0","2019-02-05","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25242","SFD","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25243","LAN","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25244","DLN","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25245","SSN","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25246","SNK","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25247","CPD","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25248","SKT","0","2019-02-05","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25249","LAN","0","2019-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25250","PKT","0","2019-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25251","SSN","0","2019-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25252","CPD","0","2019-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25253","JHT","0","2019-02-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25254","SSN","0","2019-02-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25255","JHT","0","2019-02-05","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25256","DLN","0","2019-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25257","SSN","0","2019-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25258","CPD","0","2019-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25259","SKT","0","2019-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25260","SDN","0","2019-02-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25261","DLN","0","2019-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25262","CLA","0","2019-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25263","SSN","0","2019-02-06","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25264","LAN","0","2019-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25265","SSN","0","2019-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25266","CPD","0","2019-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25267","SKT","0","2019-02-06","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25268","SSN","0","2019-02-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25269","CPD","0","2019-02-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25270","SKT","0","2019-02-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25271","SDN","0","2019-02-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25272","JHT","0","2019-02-06","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25273","SSN","0","2019-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25274","CPD","0","2019-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25275","SKT","0","2019-02-06","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25276","SFD","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25277","CML","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25278","DLN","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25279","SSN","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25280","CPD","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25281","SKT","0","2019-02-06","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25282","SFD","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25283","LAN","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25284","DLN","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25285","SSN","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25286","SNK","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25287","CPD","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25288","SKT","0","2019-02-07","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25289","CML","0","2019-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25290","DLN","0","2019-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25291","SSN","0","2019-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25292","CPD","0","2019-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25293","SDN","0","2019-02-07","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25294","SFD","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25295","CML","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25296","PKT","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25297","DLN","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25298","SSN","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25299","CPD","0","2019-02-07","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25300","DLN","0","2019-02-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25301","CLA","0","2019-02-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25302","SSN","0","2019-02-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25303","SDN","0","2019-02-07","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25304","LAN","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25305","DLN","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25306","SSN","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25307","SNK","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25308","CPD","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25309","SKT","0","2019-02-07","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25310","DLN","0","2019-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25311","SSN","0","2019-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25312","JHT","0","2019-02-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25313","DLN","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25314","SSN","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25315","CPD","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25316","SKT","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25317","SDN","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25318","JHT","0","2019-02-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25319","SFD","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25320","CML","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25321","LAN","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25322","DLN","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25323","SSN","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25324","CPD","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25325","SDN","0","2019-02-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25326","PKT","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25327","DLN","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25328","SSN","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25329","SNK","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25330","CPD","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25331","SKT","0","2019-02-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25332","LAN","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25333","DLN","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25334","SSN","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25335","SNK","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25336","CPD","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25337","SKT","0","2019-02-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25338","SNK","0","2019-02-15","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25339","SFD","0","2019-02-11","3","0","10ASK/Sc","S5","B1.5.03","What effect do pathogens have on plants?","","","1) Knowledge of plant diseases is restricted to tobacco mosaic virus as a viral disease, black spot as a fungal disease and aphids as insects.\n2) The pathogens that cause malaria are protists.\n3) Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\n4) Rose black spot is spread in the environment by water or wind.\n5) Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\n6) The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\n7) The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","What are three examples of plant diseases you need to know? The three plant diseases you need to know are;1. mosaic virus as a viral disease;2. black spot as a fungal disease ;3. aphids as insects\nWhat are the pathogens that cause malaria called? The pathogens that cause malaria are protists.\nWhat is rose black spot and how does it affect the growth of a plant? Rose black spot is a fungal disease where purple or black spots develop on leaves, which often turn yellow and drop early. It affects the growth of the plant as photosynthesis is reduced.\nHow is rose black spot spread in the environment? Rose black spot is spread in the environment by water or wind.\nHow can rose black spot be treated? Rose black spot can be treated by using fungicides and/or removing and destroying the affected leaves.\nWhat vector is used to spread malaria and what are the symptoms of it? The malarial protist has a life cycle that includes the mosquito. Malaria causes recurrent episodes of fever and can be fatal.\nHow is the spread of malaria controlled? The spread of malaria is controlled by preventing the vectors, mosquitos, from breeding and by using mosquito nets to avoid being bitten.","","Protists: A type of pathogen\nVector: Something that carry's disease\nAphids: Aphids are small sap-sucking insects\nBlack Spot Disease: the most serious disease of roses. It is caused by a fungus\nMosaic Virus: viruses that cause the leaves to have a speckled appearance","","","Activity 1)\nshow students a range of photos of the affected plants and ask them which photo matches to t\nActivity 2)\nShow students a image of a protist and ask them describe if it is more like an animal or plant cell. \n\nShow them the video after: https://www.bbc.com/education/clips/z2tq2hv\nActivity 3)\nStudents use a note maker document (A4 or A3 page split into 4/6/8 boxes) to take notes on information from different stations on the various plant diseases. Answering questions about each one.\nActivity 4)\nEW: Make a script for a video segment for ‘Gardeners’ World’ on plant diseases – how to recognise them and why they harm your plants. (could video if time allows) \nHT: Use ICT to include images etc. or make ‘model’ infected/healthy leaves to show.\nActivity 5)\nGF: Justify why there is a large part of the scientific industry dedicated to the prevention and development of cures for plant diseases?\nActivity 6)\nGF: What is the economic impact of plant diseases on the agricultural community?\nActivity 7)\nAsk students to download a free app for stop time animation and bring devices in for the next lesson","Activity 4)\niPad for videoing\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25340","SFD","0","2019-02-12","4","0","10ASK/Sc","S5","B1.5.05","How are drugs used to treat diseases?","","Students should be able to explain the use of antibiotics and other medicines in treating disease.\n","2) Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body. \n3) It is important that specific bacteria should be treated by specific antibiotics.\n4) The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\n5) However, the emergence of strains resistant to antibiotics is of great concern.\n6) Antibiotics cannot kill viral pathogens.\n7) Painkillers and other medicines are used to treat the symptoms of disease but do not kill pathogens.\n8) It is difficult to develop drugs that kill viruses without also damaging the body?s tissues.","How are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","","Infectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nPenicillin: The first antibiotic to be discovered.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 1)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 2)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 3)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 4)\nInterpret graphs showing bacterial population growth\nActivity 5)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 6)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 8)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25341","SFD","0","2019-02-12","5","0","10ASK/Sc","S5","","Homework Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25342","SFD","0","2019-02-13","1","0","10ASK/Sc","S5","B1.5.06","How are new drugs developed?","","Students should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Traditionally drugs were extracted from plants and microorganisms.\n2) The heart drug digitalis originates from foxgloves.\n3) The painkiller aspirin originates from willow.\n4) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n5) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n6) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n7) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n8) Clinical trials use healthy volunteers and patients.\n\n9) Very low doses of the drug are given at the start of the clinical trial.\n10) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n11) In double blind trials, some patients are given a placebo.\n12) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Where are drugs traditionally extracted from? Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.\nWhat are the stages involved in developing a new drug? The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.","","Optimum dose: The best amount of drug to treat a disease effectively\nDose: The amount of drug given to a patient/volunteer\nVolunteers: People who offer to test out new drugs to see their side affects\nPreclinical testing: testing done in a laboratory using cells, tissues and live animals.","","","Activity 1)\nUse images of foxgloves and willow with the questions "where are drugs extracted from?"\nActivity 4)\nhttps://www.youtube.com/watch?v=0ZWjzcsTd5M \n\nwatch the video and highlight the key points in a circle map\nActivity 7)\nDiscuss drug safety and how drugs are tested today.\nActivity 9)\nThink, Pair Share possible effects if the dosage was incorrect. List ideas in a circle map.\nActivity 13)\nWatch a video that show the stages of preclinical trials https://www.youtube.com/watch?v=fYfp4IdVsXI\n\nSummarise the key steps using a flow map or a cartoon strip style.","Activity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25343","SFD","0","2019-02-15","5","0","10ASK/Sc","S5","","Off Timetable","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25344","CML","0","2019-02-11","3","0","10BSK/Sc","S2","B1.5.05","How are drugs used to treat diseases?","","Students should be able to explain the use of antibiotics and other medicines in treating disease.\n","2) Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body. \n3) It is important that specific bacteria should be treated by specific antibiotics.\n4) The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\n5) However, the emergence of strains resistant to antibiotics is of great concern.\n6) Antibiotics cannot kill viral pathogens.\n7) Painkillers and other medicines are used to treat the symptoms of disease but do not kill pathogens.\n8) It is difficult to develop drugs that kill viruses without also damaging the body?s tissues.","How are infective diseases treated? Infected diseases can be treated by antibiotics and other medicines such as fungal creams\nHow are drugs used to cure bacterial diseases? Antibiotics, such as penicillin, are medicines that help to cure bacterial disease by killing infective bacteria inside the body.\nWhy are specific antibiotics prescribed by doctors? Doctors prescribe specific antibiotics because specific bacteria must be treated by specific antibiotics\nWhat has the impact of using antibiotics to treat infectious bacterial diseases? The use of antibiotics has greatly reduced deaths from infectious bacterial diseases.\nWhy are doctors advised to not overly prescribe antibiotics? Over prescription of antibiotics can lead to strains of bacteria that are resistant to the antibiotics\nWhy can antibiotics not be used to treat viral infections? Antibiotics cannot be used to treat viral infections because they do not kill viral pathogens \nWhy do people take painkillers and other medicines when suffering from an infectious disease? People take painkillers and other medicines to treat the symptoms of disease but do not kill pathogens.\nWhy are there no drugs to kill viruses? (vaccinations prevent infection):There are no drugs to kill viruses that don't also damage the body's tissues.","","Infectious: Diseases that can be passed from person to person through touch, air, water, bodily fluids.\nAntibiotics: Drugs that are used to destroy bacteria that infectious diseases.\nPenicillin: The first antibiotic to be discovered.\nDisease: a disorder of structure or function in a human, animal, or plant.","","","Activity 1)\nEW: Describe the importance of antibiotics and the impact of antibiotic resistance. Explain how this has impacted on cleaning practices in Britain’s hospitals. Research MRSA and C. difficile infections and treatment. \n\nGF: Suggest what patients, doctors and scientists should do to ensure we will have effective antibiotics in the future.\nActivity 2)\nCreate some illness cards and students act out role play situations for doctors and patients. Doctors needs to prescribe a course of treatment.\nActivity 3)\nModelling of lock and key theory using plasticine shapes either as teacher demo to explain or with students making own to assess understanding.\nActivity 4)\nInterpret graphs showing bacterial population growth\nActivity 5)\nDiscuss the impact of overuse of antibiotics after watching the video: https://www.nhs.uk/video/pages/antibiotics-dont-work-for-everything.aspx\nActivity 6)\nRecall the structure of a virus and how it attacks the body and how drugs travel in the body (in the blood). \nThen ask the question why are antibiotics not given for viral infections?\nActivity 8)\nEW: Explain why doctors will not prescribe antibiotics for viral infections.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25345","CML","0","2019-02-11","4","0","10BSK/Sc","S2","","Aseptic technique","","","","","","","","","","Class set of:\nagar plates\nbacteria solution\nspreading loop\nsellotape to seal petri dishes for incubation\npermanent markers to name petri dish\ndisinfectant and cotton wool\n\nAntibiotic discs if available?","","0","","0000-00-00","0","","0"),
("25346","CML","0","2019-02-12","4","0","10BSK/Sc","S2","B1.5.06","How are new drugs developed?","","Students should be able to describe the process of discovery and development of potential new medicines, including preclinical and clinical testing.\n","1) Traditionally drugs were extracted from plants and microorganisms.\n2) The heart drug digitalis originates from foxgloves.\n3) The painkiller aspirin originates from willow.\n4) Penicillin was discovered by Alexander Fleming from the Penicillium mould.\n5) Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\n6) New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\n7) Preclinical testing is done in a laboratory using cells, tissues and live animals.\n8) Clinical trials use healthy volunteers and patients.\n\n9) Very low doses of the drug are given at the start of the clinical trial.\n10) If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\n11) In double blind trials, some patients are given a placebo.\n12) Students understand that the results of testing and trials are published only after scrutiny by peer review. (WS)","Where are drugs traditionally extracted from? Traditionally drugs were extracted from plants and microorganisms.\nWhich plant does the heart drug digitalis orginate from? The heart drug digitalis originates from foxgloves.\nWhich plant does the painkiller aspirin orginate from? :The painkiller aspirin originates from willow.\nWho discovered pneicillin and from what? Penicillin was discovered by Alexander Fleming from the Penicillium mould.\nHow are most new drugs synthesised by chemists? Most new drugs are synthesised by chemists in the pharmaceutical industry. However, the starting point may still be a chemical extracted from a plant.\nWhy are new drugs tested and trialled before being used? New medical drugs have to be tested and trialled before being used to check that they are safe and effective.\nWhat happens during preclinical testing? :Preclinical testing is done in a laboratory using cells, tissues and live animals.\nWhat happens during clinical trials? Clinical trials give the new drug to healthy volunteers and patients and observe the effects;\nWhat level of dose is used at the start of the clinical trial? During the clinical trial very low doses of the drug are given at the start of the clinical trial.\nIf the new drug is found to be safe during the initial clinical trial what do scientists do to the dosage? If the drug is found to be safe, further clinical trials are carried out to find the optimum dose for the drug.\nWhat does a double blind trial mean? In double blind trials, some patients are given a placebo but neither the scientist or the patients know who has the drug and who has the placebo\nWhat is the final stage of the drug trial? The final stage of a drug trial is for the drug to scruntised by peer review.\nWhat are the stages involved in developing a new drug? The stages involved in developing a drug include preclinical, clinical trials with healthy volunteers and patients, then further trails to establish dosage, final stage is for the findings to be peer reviewed.","","Optimum dose: The best amount of drug to treat a disease effectively\nDose: The amount of drug given to a patient/volunteer\nVolunteers: People who offer to test out new drugs to see their side affects\nPreclinical testing: testing done in a laboratory using cells, tissues and live animals.","","","Activity 1)\nUse images of foxgloves and willow with the questions "where are drugs extracted from?"\nActivity 4)\nhttps://www.youtube.com/watch?v=0ZWjzcsTd5M \n\nwatch the video and highlight the key points in a circle map\nActivity 7)\nDiscuss drug safety and how drugs are tested today.\nActivity 9)\nThink, Pair Share possible effects if the dosage was incorrect. List ideas in a circle map.\nActivity 13)\nWatch a video that show the stages of preclinical trials https://www.youtube.com/watch?v=fYfp4IdVsXI\n\nSummarise the key steps using a flow map or a cartoon strip style.","Activity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25347","CML","0","2019-02-12","5","0","10BSK/Sc","S2","B1.5.07","What are monoclonal antibodies?","","Students should be able to describe how monoclonal antibodies are produced.\n\nStudents should be able to describe some of the ways in which\nmonoclonal antibodies can be used.\n\n* Appreciate the power of monoclonal antibodies and consider any ethical issues (WS).\n","2) Monoclonal antibodies are produced from a single clone of cells.\n3) The antibodies are specific to one binding site on one protein antigen and so are able to target a specific chemical or specific cells in the body.\n4) Antibodies are produced by stimulating mouse lymphocytes to make a particular antibody. \n5) The lymphocytes are combined with a particular kind of tumour cell to make a cell called a hybridoma cell. The hybridoma cell can both divide and make the antibody. \n6) Single hybridoma cells are cloned to produce many identical cells that all produce the same antibody. \n7) A large amount of the antibody can be collected and purified.\n9) Some examples [of monoclonal antibodies] include:\n? for diagnosis such as in pregnancy tests\n? in laboratories to measure the levels of hormones and other chemicals in blood, or to detect pathogens\n? in research to locate or identify specific molecules in a cell or tissue\nby binding to them with a fluorescent ?dye to treat some diseases (e.g. cancer) \n10) Monochlonal antibodies are used to treat cancer. The antibody can be
\nbound to a radioactive substance, a toxic drug or a chemical which
\nstops cells growing and dividing.\n11) Monochlonal antibodies deliver the substance to the
\ncancer cells without harming other cells in the body.\n12) Students are not expected to recall any specific tests or treatments but given appropriate information they should be able to explain how they work.\n13) Monoclonal antibodies create more side effects than expected. They are not yet as widely used as everyone hoped when they were first developed.\n14) * Evaluate the advantages and disadvantages of monoclonal antibodies.","(Bio only) How are monoclonal antibodies produced? Monoclonal antibodies are produced from a single clone of cells. \n(Bio only) How many clone of cells produce monoclonal antibodies:Monoclonal antibodies are produced from a single clone of cells.\n(Bio only) Why are monoclonal antibodies important? Monoclonal antibodies are specific to one binding site on one protein antigen and so are able to target a specific chemical or specific cells in the body.\n(Bio only) How can monoclonal antibodies produced? Monoclonal antibodies are produced by stimulating mouse lymphocytes to make a particular antibody. \n(Bio only) How are hybridoma cells made and why are they useful? Lymphocytes from mice are combined with a particular kind of tumour cell to make a cell called a hybridoma cell. The hybridoma cell can both divide and make the antibody. \n(Bio only) Why are single hybridoma cells cloned? Single hybridoma cells are cloned to produce many identical cells that all produce the same antibody. \n(Bio only) Why is the use of hybridoma cells important? The use of hybridoma cells are important because a large amount of the antibodiy can be collected and purified\n(Bio only) What ethical issues are there in the use of monochlonal antibodies? The ethical issues surrounding monochlonal antibodies surround the extraction of lympocytes from white blood cells \n(Bio only) List 6 ways that monoclonal antibodies can be used:Diagnosis in pregnancy tests;to measure hormones and other chemicals in blood;detect pathogens in the blood ;to locate or identify specific moleucles in cells or tissues by binding with fluorescent dye;to treat diseases \n(Bio only) How can monochlonal diseases be used to treat cancer? The antibody can be;bound to a radioactive substance, a toxic drug or a chemical which stops cells growing and dividing.\n(Bio only) Does the use of monochlonal antibodies harm other cells in the body? No, other cells are not harmed as they are specific for antigens \n(Bio only) List examples of how monoclonal antibodies are useful as treatments or tests.:Monoclonal antibodies can be used in pregnacy tests.
;Glucose tests for diabetics. Testing for specific cancers.\n(Bio only) What are the disadvantages of using monoclonal antibodies? Monoclonal antibodies create more side effects than expected. They are not yet as widely used as everyone hoped when they were first developed.\n(Bio only) What are the advantages of monoclonal antibodies? Monoclonal antibodies enable fast treatment of diseases and may eradicate the need for human donars","","","","","Activity 1)\nResearch MAB production and uses using ABPI and cancer research websites. Draw a flow diagram to describe how MABs are produced.\nActivity 3)\nDiscussion – would you choose to be treated with MABs?\n\nEW: Evaluate the advantages and disadvantages of MABs.\nActivity 4)\nGF: What are the the power and limitations the technological applications of science \nEW: evaluate risks in relation to MABs.\nActivity 14)\nMarketplace activity: provide stations with information sheets and diagrams. Students fill in a summary table and use info to create a poster:\n• for diagnosis, eg to bind to HCG in pregnancy tests\n• to measure levels of hormones and chemicals in the blood\n• to locate specific molecules in a cell using a fluorescent dye\n• to treat some diseases, eg to deliver a chemical to cancer cells without harming healthy cells.","Activity 2)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25348","CML","0","2019-02-13","1","0","10BSK/Sc","S2","B1.5.08","How are plants adapted to fight diseases?","","Students should be able to describe physical and chemical plant defence responses.\n","1) Plants can be infected by a range of viral, bacterial and fungal pathogens as well as by insects.\n\n\n2) Plants can be damaged by a range of ion deficiency conditions.\n\nKnowledge of ions is limited to nitrate ions needed for protein synthesis and therefore growth, and magnesium ions needed to make chlorophyll.\n\n* The understanding of ion deficiencies allows horticulturists to provide optimum conditions for plants.\n3) Stunted growth caused by nitrate deficiency\n4) Chlorosis caused by magnesium deficiency\n6) Physical defence responses to resist invasion of microorganisms.\n? Cellulose cell walls.\n? Tough waxy cuticle on leaves.\n? Layers of dead cells around stems (bark on trees) which fall off.\n7) Chemical plant defence responses.\n? Antibacterial chemicals.\n? Poisons to deter herbivores.\n8) (HT only) Plant diseases can be detected by:\n? stunted growth\n? spots on leaves\n? areas of decay (rot)\n? growths\n? malformed stems or leaves\n? discolouration\n? the presence of pests.\n9) (HT only) Identification can be made by:\n? reference to a gardening manual or website\n? taking infected plants to a laboratory to identify the pathogen\n? using testing kits that contain monoclonal antibodies.\n10) Mechanical adaptations.\n? Thorns and hairs deter animals.\n? Leaves which droop or curl when touched.\n? Mimicry to trick animals.","(Bio only) What can cause plant infections? Plants can be infected by a range of viral, bacterial and fungal pathogens as well as by insects.\n(Bio only) What causes deficiency conditions in plants? Deficiency conditions in plants can be caused by a lack of ions\n(Bio only) What ion can cause stunted growth and why? Stunted growth is caused by nitrate deficiency, this is caused by reduced protein synthesis. \n(Bio only) What ion can cause chlorosis (pale green leaves)? Chlorosis is caused by magnesium deficiency\n(Bio only) What are the chemical and physical plant defence responses.:Physical-Thorns
;Chemical-Toxins produced example stinging nettle.Some plants are poisionous.\n(Bio only) What are the physical defences that plants have to resist invasion of microorganisms? The physical defence responses to resist invasion of microorganisms include:
;? Cellulose cell walls.
;? Tough waxy cuticle on leaves.
;? Layers of dead cells around stems (bark on trees) which fall off.\n(Bio only) What are the chemical defences that plants have to resist invasion of microorganisms? The chemical plant defence responses to resist invasion of microorganisms include:;- Antibacterial chemicals.;- Poisons to deter herbivores.\n(Bio only) What are the different ways that plant diseases can be detected? (HT) Plant diseases can be detected by:;- stunted growth;- spots on leaves;- areas of decay (rot);- growths;- malformed stems or leaves;- discolouration;- the presence of pests.\n(Bio only) How can plant diseases be identified? (give three ways):(HT) Plant diseases can be identified by:;- reference to a gardening manual or website;- taking infected plants to a laboratory to identify the pathogen;- using testing kits that contain monoclonal antibodies.\n(Bio only) What are the mechanical adaptations that plants have to resist invasion of microoganisms? The mechnical adaptations that plants have to resist invasion of microorganisms are: ;- Thorns and hairs deter animals.;- Leaves which droop or curl when touched.;- Mimicry to trick animals.","","Discoloration: loss of colour in tissues\nmalformed: incorrectly shaped stems\ndecay: rotting of tissues\nStunted growth: limited growth","","","Activity 1)\nThink, pair, Share "What can cause plant infection" Use a circle map to record ideas.\nActivity 3)\nCreate a matrix map / table to show the cause, impact and possible solutions for different plant deficiencies and diseases\nActivity 5)\nAnnoate a simple diagram of a plant to show the physical and chemical defenses of a plant.\nActivity 6)\nEW: Describe the physical and chemical defenses that plants have against the invasion of microorganisms.\nActivity 7)\nGF: Suggest how plants have adapted to have these physical and chemical features to aid survival\nActivity 8)\nObserve an exhibition of plants or photographs showing evidence of plant disease (as listed in the specification) and garden manuals, internet websites, testing kits (HT).\nSearch for illustrations on the internet to include in a report (HT).\nActivity 9)\n"Dear Dr Gardner"\nwrite an email to a help section of a gardening website asking for a diagnosis of a plant. Write a response including possible treatment or prevention.\nActivity 10)\nmodelling adaptations of plants","Activity 10)\nmodelling materials: \nstraws\ntoilet rolls centers \nsellotape \ntissue paper \ncard\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25349","CML","0","2019-02-15","4","0","10BSK/Sc","S2","","B1.5 summary","","","","","","","","","","Bacteria plates from Monday's lesson to view the results.","","0","","0000-00-00","0","","0"),
("25350","LAN","0","2019-02-11","3","0","10CLA/Sc","S7","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25351","LAN","0","2019-02-12","4","0","10CLA/Sc","S7","B1.4.4","What factors affect the rate of photosynthesis? - Planning","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","Concentration : the amount of particles in a given space.\nCollisions : when one particle bumps into another.\nLimiting factor : something that stops the rate of reaction from increasing past a point.\nRate : how fast something occurs.","","","Activity 1)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.","","","0","","0000-00-00","0","","0"),
("25352","LAN","0","2019-02-12","5","0","10CLA/Sc","S7","B1.4.5","Required Practical - Photosynthesis","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","Activity 1)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25353","LAN","0","2019-02-13","1","0","10CLA/Sc","S7","","RP write up","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","x","","0","","0000-00-00","0","","0"),
("25354","LAN","0","2019-02-15","5","0","10CLA/Sc","S7","B1.4.6","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","Activity 1)\nScreaming Jelly Baby\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25355","DLN","0","2019-02-13","1","0","10JCE/Sc","S1","P1.5.1","How do atoms interact with electromagnetic radiation?","","","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) ","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Atomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nElectron : a stable subatomic particle with a charge of negative electricity.\nAtom : the smallest particle of a chemical element that can exist.","","","Activity 2)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 6)\nResearch how absorption and emission spectra are formed.","","","0","","0000-00-00","0","","0"),
("25356","PKT","0","2019-02-11","3","0","10JCE/Sc","S1","C1.5.5","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","","","0","","0000-00-00","0","","0"),
("25357","PKT","0","2019-02-11","4","0","10JCE/Sc","S1","C1.5.6","What is a limiting factor?","","Students should be able to explain the effect of a limiting quantity of a reactant on the amount of products it is possible to obtain in terms of amounts in moles or masses in grams.\n","1) In a chemical reaction involving two reactants, it is common to use an excess of one of the reactants to ensure that all of the other reactant is used.\n2) The reactant that is completely used up is called the limiting reactant because it limits the amount of products.","(HT only)What is meant when a reactant is said to be in excess? An?excess?reactant is any reactant in a?chemical reaction with a greater amount than necessary to react completely with the all other reactants.\nWhat is meant when a reactant is described as a limiting reactant? A limiting reactant is a reactant that when completely used up the reaction will cease. This is because it limits the amount of products that can be made.\n(HT only)\n2H2 O2 --> 2H2O\nYou react 10g of oxygen with 10g of hydrogen. Only 11.25g of product is made the rest of the reactants remain unused. Suggest why the full mass of reactants did not react. What is the leftover unreacted substance? Oxygen is the limiting reactant in this example. Once all of the oxygen is used up the reaction will be unable to continue. Hydrogen therefore we would describe as being in excess, so the 8.75g of leftover reactant would be unused hydrogen that was not used up during the chemical reaction.","","Excess: more chemical than required for the reaction to go to completion.\nThe limiting reagent (or limiting reactant, LR) in a chemical reaction is the substance that is totally consumed when the chemical reaction is complete. The amount of product formed is limited by this reagent, since the reaction cannot continue without it
\nLimiting factor: Search Results","","","Activity 1)\nDefine the term limiting reactant.
\nLink the limiting reactant to the number of moles.
\nLink the limiting reactant to the masses in grams.
\n
\nUse a small strip of magnesium ribbon in 20 ml HCl acid. Identify which reactant is the limiting reactant and state the reason for this choice.","Activity 1)\nHCl
\nMagnesium Ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25358","PKT","0","2019-02-12","4","0","10JCE/Sc","S1","C1.5.7","What are solutions?","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","","","0","","0000-00-00","0","","0"),
("25359","PKT","0","2019-02-12","5","0","10JCE/Sc","S1","","C1.5 Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25360","PKT","0","2019-02-13","1","0","10JCE/Sc","S1","P1.5.1","How do atoms interact with electromagnetic radiation?","","Students should be able to, given appropriate information, interpret\nevidence and evaluate different theories about the Earth's early\natmosphere.\n\nStudents should be able to describe the main changes in the atmosphere over time and some of the likely causes of these changes\n\nStudents should be able to describe and explain the formation of deposits of limestone, coal, crude oil and natural gas.","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Atomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nElectron : a stable subatomic particle with a charge of negative electricity.\nAtom : the smallest particle of a chemical element that can exist.","","","Activity 2)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 6)\nResearch how absorption and emission spectra are formed.","Activity 6)\nAquatic plant in water with high carbonate concentration.\nLamp\ndifferent coloured acetates \nmeter ruler\n\n-----------\n\nActivity 10)\nDemo 1: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe. \n\ndemo 2: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25361","PKT","0","2019-02-15","4","0","10JCE/Sc","S1","P1.5.2","How do subatomic particles relate to each other?","","Students should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.","1) In an atom the number of electrons is equal to the number of protons in the nucleus. \n2) Atoms have no overall electrical charge.\n3) All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\n4) The total number of protons and neutrons in an atom is called its mass number.\n5) Atoms can be represented as shown in this example:
\n(Mass number) (Atomic number) 23 11 Na\n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms turn into positive ions if they lose one or more outer electron(s).","How does the number of electrons relate to the number of protons in an atom? In an atom the number of electrons is equal to the number of protons in the nucleus.\nWhat is the overall electrical charge of an atom? Atoms have no overall electrical charge.\nWhat do all atoms of a particular element have in common? What do we call this number? All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\nWhat does the mass number of an atom refer to? The mass number of an atom is the total number of protons and neutrons.\nHow can atoms be represented? Atoms can be represented as shown in this example:;(Mass number) (Atomic number) 23 11 Na\nWhat is an isotope? An isotope is a version of an element that has the same number of protons to normal but a different number of neutrons.\nHow can an atom become a positive ion? Atoms turn into positive ions if they lose one or more outer electron(s).\nWhat is an isotope? Isotopes are atoms of an element with the normal number of protons and electrons, but different numbers of neutrons. Isotopes have the same atomic number, but different mass numbers.","","Isotope : forms of the same element that contain equal numbers of protons but different numbers of neutrons in their nuclei, and hence differ in relative atomic mass but not in chemical properties; in particular, a radioactive form of an element.\nElement : each of more than one hundred substances that cannot be chemically broken down into simpler substances and are primary constituents of matter.\nNeutron : a subatomic particle of about the same mass as a proton but without an electric charge, present in all atomic nuclei except those of ordinary hydrogen.\nProton : a stable subatomic particle occurring in all atomic nuclei, with a positive electric charge equal in magnitude to that of an electron.","","","Activity 4)\nCalculate the mass number for a particular element given the number of protons and neutrons in the atom. Rearrange the equation to find number of protons or number of neutrons and the mass number.\nActivity 5)\nProduce a table showing the mass number, atomic number and number of neutrons for an element given in the form (_11^23) Na .\nActivity 6)\nUse simple modelling techniques to show that the number of protons in an isotope of an element remains constant but the number of neutrons changes.\nActivity 7)\nUse students to model losing electrons.","","","0","","0000-00-00","0","","0"),
("25362","CLA","0","2019-02-11","3","0","10MES/Sc","S4","P1.5.01","How do atoms interact with electromagnetic radiation?","","","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) ","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Atomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nElectron : a stable subatomic particle with a charge of negative electricity.\nAtom : the smallest particle of a chemical element that can exist.","","","Activity 2)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 6)\nResearch how absorption and emission spectra are formed.","","","0","","0000-00-00","0","","0"),
("25363","SSN","0","2019-02-12","4","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25364","CLA","0","2019-02-12","5","0","10MES/Sc","S4","P1.5.02","How do subatomic particles relate to each other?","","Students should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n","1) In an atom the number of electrons is equal to the number of protons in the nucleus. \n2) Atoms have no overall electrical charge.\n3) All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\n4) The total number of protons and neutrons in an atom is called its mass number.\n5) Atoms can be represented as shown in this example:
\n(Mass number) (Atomic number) 23 11 Na\n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms turn into positive ions if they lose one or more outer electron(s).","How does the number of electrons relate to the number of protons in an atom? In an atom the number of electrons is equal to the number of protons in the nucleus.\nWhat is the overall electrical charge of an atom? Atoms have no overall electrical charge.\nWhat do all atoms of a particular element have in common? What do we call this number? All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\nWhat does the mass number of an atom refer to? The mass number of an atom is the total number of protons and neutrons.\nHow can atoms be represented? Atoms can be represented as shown in this example:;(Mass number) (Atomic number) 23 11 Na\nWhat is an isotope? An isotope is a version of an element that has the same number of protons to normal but a different number of neutrons.\nHow can an atom become a positive ion? Atoms turn into positive ions if they lose one or more outer electron(s).\nWhat is an isotope? Isotopes are atoms of an element with the normal number of protons and electrons, but different numbers of neutrons. Isotopes have the same atomic number, but different mass numbers.","","Isotope : forms of the same element that contain equal numbers of protons but different numbers of neutrons in their nuclei, and hence differ in relative atomic mass but not in chemical properties; in particular, a radioactive form of an element.\nElement : each of more than one hundred substances that cannot be chemically broken down into simpler substances and are primary constituents of matter.\nNeutron : a subatomic particle of about the same mass as a proton but without an electric charge, present in all atomic nuclei except those of ordinary hydrogen.\nProton : a stable subatomic particle occurring in all atomic nuclei, with a positive electric charge equal in magnitude to that of an electron.","","","Activity 4)\nCalculate the mass number for a particular element given the number of protons and neutrons in the atom. Rearrange the equation to find number of protons or number of neutrons and the mass number.\nActivity 5)\nProduce a table showing the mass number, atomic number and number of neutrons for an element given in the form (_11^23) Na .\nActivity 6)\nUse simple modelling techniques to show that the number of protons in an isotope of an element remains constant but the number of neutrons changes.\nActivity 7)\nUse students to model losing electrons.","","","0","","0000-00-00","0","","0"),
("25365","CLA","0","2019-02-13","1","0","10MES/Sc","S4","P1.5.03","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment by flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\n1p pieces and 2p pieces.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25366","CLA","0","2019-02-15","5","0","10MES/Sc","S4","P1.5.04","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.\n","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term \'activity\' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of \'count rate\' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (ĂŽÂł)? A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:
;*Thickness of paper.
;* Detecting leaks in pipes.
;* Cancer treatment.
;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","Activity 6)\nPlasticine \nCameras\n\n-----------\n\nActivity 10)\nRadioactive sources\nGeiger muller tube\ncounter.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25367","SNK","0","2019-02-15","4","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25368","SNK","0","2019-02-11","3","0","10SNK/Sc","S3","C1.5.7","What are solutions?","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","","","0","","0000-00-00","0","","0"),
("25369","SNK","0","2019-02-11","4","0","10SNK/Sc","S3","","","","","","","","","","","","Recap","","0","","0000-00-00","0","","0"),
("25370","SNK","0","2019-02-12","4","0","10SNK/Sc","S3","","","","","","","","","","","","Revision","","0","","0000-00-00","0","","0"),
("25371","SNK","0","2019-02-12","5","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25372","SNK","0","2019-02-13","1","0","10SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25373","CML","0","2019-02-12","2","0","11CML/Sc","S4","","Walking, talking mock","","","","","","","","","","Flash cards x200 please.","","0","","0000-00-00","0","","0"),
("25374","CML","0","2019-02-13","4","0","11CML/Sc","S4","C2.5.04","Required practical - purifying water","","Students should be able to carry out analysis and purification of water samples from different sources, including pH, dissolved solids and distillation.","2) Required practical 8 - purifying water (AT skills 2,3,4)","How can analysis of the purity of water be carried out? It is possible to analyse the purity of water by the boiling point. The closer the boiling point is to that of pure water, the more pure it is.","","Purification: The removal of contaminants from something.\nBoiling point: The temperature at which a liquid boils and turns to vapour.\nPurity: The measure of how pure a substance is.\nAnalysis: Detailed examination of the elements or structure of something.","","","","Activity 2)\nSalt water\nNichrome wire loops\n0.4M Nitric acid\n0.05M silver nitrate soln\nconical flasks\ndelivery tubes\ntest tubes\nUniversal indic. soln\n\n-----------","","0","","0000-00-00","0","","0"),
("25375","CML","0","2019-02-14","5","0","11CML/Sc","S4","","C2.5 summary","","","","","","","","","","Nothing thank you!","","0","","0000-00-00","0","","0"),
("25376","CML","0","2019-02-15","1","0","11CML/Sc","S4","","Paper 2 revision","","","","","","","","","","Nothing thank you!","","0","","0000-00-00","0","","0"),
("25377","CML","0","2019-02-15","2","0","11CML/Sc","S4","","Paper 2 revision","","","","","","","","","","Nothing thank you!","","0","","0000-00-00","0","","0"),
("25378","CPD","0","2019-02-12","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25379","CPD","0","2019-02-13","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25380","CPD","0","2019-02-14","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25381","CPD","0","2019-02-15","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25382","CPD","0","2019-02-15","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25383","LAN","0","2019-02-12","2","0","11LAN/Sc","S7","","OVERLAP: How are pyramids of biomass used to calculate energy efficiency?","","Students should be able to construct accurate pyramids of biomass from appropriate data.\n\nStudents should be able to describe pyramids of biomass\n\nStudents should be able to explain how biomass is lost between the different trophic levels\n\nStudents should be able to calculate the efficiency of biomass transfers between trophic levels by percentages or fractions of mass.\n\nStudents should be able to explain how this affects the number of organisms at each trophic level\n","1) Pyramids of biomass can be constructed to represent the relative amount of biomass in each level of a food chain. Trophic level 1 is at the bottom of the pyramid\n5) Producers are mostly plants and algae which transfer about 1 % of the incident energy from light for photosynthesis.\n6) Only approximately 10 % of the biomass is transferred up each trophic level.\n7) Losses of biomass are due to:
\n? not all the ingested material is absorbed, some is egested as faeces
\n? some absorbed material is lost as waste, such as carbon dioxide and water in respiration and water and urea in urine.\n8) Large amounts of glucose are used in respiration.\n9) (MS) Calculate the efficiency of biomass transfer between trophic levels.","What do pyramids of biomass represent and where can trophic level 1 be found? Pyramids of biomass can be constructed to represent the relative amount of biomass in each level of a food chain. Trophic level 1 is at the bottom of the pyramid.\nWhat is the shape of a pyramid of biomass? A pyramid of biomass is large at the bottom and narrower at the top.\nHow is biomass lost between different trophic levels? Biomass is lost at each trophic level through not being digested, being excreted or being used as energy by the organism.\nName examples of producers.:Producers are mostly plants and algae which transfer about 1 % of the incident energy from light for photosynthesis.\nWhat % of biomass is transferred up each trophic level? Only approximately 10 % of the biomass is transferred up each trophic level.\nWhat are losses of biomass due to? Losses of biomass are due to:
;- not all the ingested material is absorbed, some is egested as faeces
;- some absorbed material is lost as waste, such as carbon dioxide and water in respiration and water and urea in urine.\nWhat is used in respiration? Large amounts of glucose are used in respiration\nIf the producer trophic level has 4200J of energy and the primary consumer has 800J what is the efficiency of transfer between these trophic levels? 800J/4200J = 0.19;Which is 19%\nHow can the efficiency of biomass transfers between trophic levels be calculated? To calculate the efficiency of biomass transfers between trophic levels, percentages or fractions of mass must be used.\nHow does lost biomass affect the amount of organisms at each trophic level? The loss of biomass means that the number of organisms decrease at each trophic level as the amount of energy passed on between the trophic levels decreases.","","Efficiency\nRespiration\nTrophic level\nBiomass","","","","","","0","","0000-00-00","0","","0"),
("25384","LAN","0","2019-02-13","4","0","11LAN/Sc","S7","b2.6.1","","","Students should be able to describe some of the biological consequences of global warming\n","1) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n2) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n3) Pollution kills plants and animals which can reduce biodiversity\n4) (WS) Evaluate the environmental implications of deforestation\n\n6) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n7) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n8) (WS) Explain why evidence is uncertain or incomplete in a complex context","How can an increase in human population affect pollution? Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\nWhere can pollution occur and what does it occur from? Pollution can occur:;- in water, from sewage, fertiliser or toxic chemicals;- in air, from smoke and acidic gases;- on land, from landfill and from toxic chemicals.\nHow can pollution affect biodiversity? Pollution kills plants and animals which can reduce biodiversity.\nWhat are the environmental implications of deforestation? Deforestation vastly affects the environment as well as reducing biodiversity. This occurs due to forest habitats being destroyed,;soil erosion increasing, which causes barren land, flooding and land slides. Also atmospheric pollution is caused when forests are cleared by burning trees increasing global warming.\nWhat are the biological consequences of global warming? A rise of just a few degrees in world temperatures will have a dramatic impact on the climate:;;Global weather patterns will change, causing drought in some places and flooding in others.;Melting of polar ice caps will raise sea levels, causing increased coastal erosion and flooding of low-lying land – including land where major cities lie.\nWhy is global warming increasing? Levels of carbon dioxide and methane in the atmosphere are increasing, and these contribute to global warming.\nWhat does the scientific consensus say about global warming and climate change? The scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\nN/A:N/A","","","","","Activity 2)\nComputer room needed!\n\nPut the class into groups and assign each group one topic to research (human population explosion; land pollution; water pollution; or air pollution).\nEach group studies their one topic and creates a ppt to describe their topic and explain its effect on biodiversity to the rest of the class. Students should use the ppt template on the shared area for guidance.\nStudents copy the pollution table on to a whole page in their books.\nEach group presents their ppt to the class and students fill in the mind map for that topic.\nActivity 3)\nOptional practical: How does fertiliser affect duckweed? Can observe the results after two lessons.","","","0","","0000-00-00","0","","0"),
("25385","LAN","0","2019-02-14","5","0","11LAN/Sc","S7","b2.6.2","","","Students should be able to describe both positive and negative human interactions in an ecosystem and explain their impact on biodiversity.\n","1) Biodiversity is the variety of all the different species of organisms on\nearth, or within an ecosystem.\n2) Humans reduce the amount of land available for other animals and plants by building, quarrying, farming and dumping waste\n3) A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\n4) The destruction of peat bogs, and other areas of peat to produce garden compost, reduces the area of this habitat and thus the variety of different plant, animal and microorganism species that live there (biodiversity).\n5) The future of the human species on Earth relies on us maintaining\na good level of biodiversity.\n6) The decay or burning of the peat releases carbon dioxide into the atmosphere.\n7) Many human activities are reducing\nbiodiversity and only recently have measures been taken to try to stop this reduction.\n8) (WS) Understand the conflict between the need for cheap available compost to increase food production and the need to conserve peat bogs and peatlands as habitats for biodiversity and to reduce carbon dioxide emissions\n9) (WS) Explain how waste, deforestation and global warming have an impact on biodiversity.\n10) Large-scale deforestation in tropical areas has occurred to:\n? provide land for cattle and rice fields\n? grow crops for biofuels.","What is the definition of biodiversity? Biodiversity is the variety of all the different species of organisms on;earth, or within an ecosystem.\nHow do humans reduce the amount of land available for other animals? Humans reduce the amount of land available for other animals and plants by building, quarrying, farming and dumping waste.\nWhat is the benefit of having a great biodiversity? A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\nHow does the destruction of peat bogs affect biodiversity? The destruction of peat bogs, and other areas of peat to produce garden compost, reduces the area of this habitat and thus the variety of different plant, animal and microorganism species that live there (biodiversity).\nWhy is it so important to maintain biodiversity? The future of the human species on Earth relies on us maintaining;a good level of biodiversity.\nWhat does the decay or burning of peat lead to? The decay or burning of the peat releases carbon dioxide into the atmosphere.\nWhat effect to human activities have on biodiversity in general? Many human activities are reducing;biodiversity and only recently have measures been taken to try to stop this reduction.\nWhy is there conflict of opinion when it comes to the peat industry? There is a need for cheap available compost to increase food production and the need to conserve peat bogs and peatlands as habitats for biodiversity and to reduce carbon dioxide emissions\nWhat effect do waste, deforestation and global warming have on biodiversity? Deforestation destroys the habitats of many species and therefore reduces their numbers within an environment. This reduces biodiversity drastically. ;Waste can have toxic effects on many species and therefore reduces numbers. In other cases, such as with algae, certain wastes can increase the numbers of certain species meaning they have a detrimental effect on the others around them. ;Global warming is causing the Earth's temperature to increase. This is having an effect on many species as it is changing their environment and therefore causing them problems such as lack of food or habitat.\nWhat two main reasons are there for large-scale deforestation in tropical areas? Large-scale deforestation in tropical areas has occurred due to:;- providing land for cattle and rice fields;- growing crops for biofuels.\nWhat is the impact of both positive and negative human interactions in an ecosystem? Positive impact increases population levels of certain species in a food chain.
;Negative impacts decrease population levels of certain species.","","","","","Activity 8)\nLetter to future generations:\nhttps://www.youtube.com/watch?v=eRLJscAlk1M \n\nBiodiversity is ‘the variety of different life found on earth’\n1) Show video clip from PPt. Students to read article on ‘Why should I care about the Everglades?’ and write a summary of this article in 10 sentences.\n2) Repeat this task for “Deforestation” and “Peat Bogs” – Read supporting materials and summarise the issues in 10 sentences.\n3) Impact of loss of endangered species on a food web (optional)\n4) Having now looked at one example the students should be in a position to independently research a habitat that is found regularly on the Natural World Heritage Site where biodiversity is at risk. There won’t be enough information to look up very specific individual places but they could look at:\na) Coral reefs\nb) Rainforests\nc) Mangroves\nd) The Congo basin\n5) There is some structure to assist them on this. Suggested websites are available and book boxes could be ordered from the library.\n6) Present their research to the class. Pair the students together with another student who researched the same area and combining their research they should summarise in a poster/powerpoint/speech what they have found.","Activity 8)\nThe Everglades article, Deforestation factsheet, peat bog factsheet, Congo Basin factsheet, Research on biodiversity WS.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25386","LAN","0","2019-02-15","1","0","11LAN/Sc","S7","B2.6.3","","","","1) Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity\n2) These include:\n? breeding programmes for endangered species\n? protection and regeneration of rare habitats\n? reintroduction of field margins and hedgerows in agricultural areas\nwhere farmers grow only one type of crop\n? reduction of deforestation and carbon dioxide emissions by some governments\n? recycling resources rather than dumping waste in landfill.","Why have scientists and concerned citizens had to put programmes in place to protect the environment? Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity.\nWhat are some of the programmes put in place by scientists and concerned citizens to protect the environment? Some of the programmes put in place to protect the environment are:;- breeding programmes for endangered species;- protection and regeneration of rare habitats;- reintroduction of field margins and hedgerows in agricultural areas;where farmers grow only one type of crop;- reduction of deforestation and carbon dioxide emissions by some governments;- recycling resources rather than dumping waste in landfill.","","","","","Activity 2)\nStarter:\nMoney for Nothing playing as students enter.\nCan you describe the difference in these pictures of the edges of farmers’ fields.\n\nMain:\nPut class into mixed ability groups of four and assign each student within the group the appropriate colour:\n• Lower ability = pink or yellow.\n• Higher ability = blue or green.\nEach student in the group will study a different text (colour coded). Students move to sit with others studying the same text. Students write a brief summary statement on a post-it note for each key point in the text. Students should share their ideas with others studying the same text.\nStudents return to their original groups and share their findings. Students then divide all ideas into one of three categories:\n• Advantages to wildlife.\n• Advantages to farmers.\n• Scientific fact.\nFinally, as a group students prioritise the ideas within each category.\n\nPlenary:\nFarmers are being paid to sacrifice farmland for larger field margins. Explain the advantages or this to both wildlife and the farmers. (10 marks)","Activity 2)\nColour coded field margin texts,\nField margins 10 marks question WS\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25387","LAN","0","2019-02-15","2","0","11LAN/Sc","S7","B2.6.4","","","Students should be able to describe the differences between the trophic levels of organisms within an ecosystem\n","1) \n3) Level 1: Plants and algae make their own food and are called producers.\n4) Level 2: Herbivores eat plants/algae and are called primary consumers\n5) \n6) Level 3: Carnivores that eat herbivores are called secondary consumers\n7) Level 4: Carnivores that eat other carnivores are called tertiary consumers. Apex predators are carnivores with no predators.\n8) Decomposers break down dead plant and animal matter by secreting enzymes into the environment.\n9) Small soluble food molecules then diffuse into the microorganism.","What is the difference between a producer and primary consumer? A producer is a green plant or algae that gains energy through photosynthesis. A primary consumer is a herbivore or omnivore that eats the producer.\nWhat is a producer? Plants and algae make their own food and are called producers.\nWhat is a primary consumer? Herbivores eat plants/algae and are called primary consumers.\nWhat are predators that eat herbivores called? Predators that eat herbivores are called secondary consumers.\nWhat is an apex predator? Apex predators are carnivores or omnivores with no predators.\nWhat is the role of a decomposer and how do they do it? Decomposers break down dead plant and animal matter by secreting enzymes into the environment.\nHow do the food molecules broken down by decomposers get into the microorganism? The food molecules get into the microorganism through diffusion.","","","","","","","","0","","0000-00-00","0","","0"),
("25388","PKT","0","2019-02-12","2","0","11PKT/Sc","S1","","WTM","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25389","PKT","0","2019-02-13","4","0","11PKT/Sc","S1","C2.4.1","How has the Earth's atmopshere changed since its formation?","","Students should be able to, given appropriate information, interpret\nevidence and evaluate different theories about the Earth's early\natmosphere.\n\nStudents should be able to describe the main changes in the atmosphere over time and some of the likely causes of these changes\n\nStudents should be able to describe and explain the formation of deposits of limestone, coal, crude oil and natural gas.\n","1) Students to recall current composition of the earths atmosphere: about four-fifths (approximately 80 %) nitrogen, about one-fifth (approximately 20 %) oxygen and small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) One theory suggests that during the first billion years of the Earth's\nexistence there was intense volcanic activity that released gases that\nformed the early atmosphere and water vapour that condensed to\nform the oceans. At the start of this period the Earth's atmosphere\nmay have been like the atmospheres of Mars and Venus today,\nconsisting of mainly carbon dioxide with little or no oxygen gas.\n4) Volcanoes also produced nitrogen which gradually built up in the\natmosphere and there may have been small proportions of methane\nand ammonia.\n\n5) When the oceans formed carbon dioxide dissolved in the water and\ncarbonates were precipitated producing sediments, reducing the\namount of carbon dioxide in the atmosphere. No knowledge of other\ntheories is required.\n6) Algae and plants produced the oxygen that is now in the atmosphere\nby photosynthesis, which can be represented by the equation.\n7) Algae first produced oxygen about 2.7 billion years ago and soon after\nthis oxygen appeared in the atmosphere. Over the next billion years\nplants evolved and the percentage of oxygen gradually increased to a\nlevel that enabled animals to evolve.\n8) Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\n9) Carbon dioxide was also decreased by the formation of sedimentary rocks and fossil fuels that contain carbon.","What is the composition of the earths atmosphere? about four-fifths (approximately 80 %) nitrogen;? about one-fifth (approximately 20 %) oxygen;? small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nWhat types of gases did volcanoes produce? Volcanoes produced nitrogen which gradually built up in the;atmosphere and there may have been small proportions of methane and ammonia.\nWhat happened to the atmopshere when the oceans formed? When the oceans formed carbon dioxide dissolved in the water and;carbonates were precipitated producing sediments, reducing the;amount of carbon dioxide in the atmosphere.\nWhat process has caused oxygen levels in our atmosphere to increase since its formation? Photosynthesis, carried out by organisms such as algae and plants converted carbon dioxide into the oxygen now found in the atmosphere.\nWhen did Algae first produce oxygen? Algae first produced oxygen about 2.7 billion years ago and soon after;this oxygen appeared in the atmosphere. Over the next billion years;plants evolved and the percentage of oxygen gradually increased to a;level that enabled animals to evolve.;\nHow did Algae and plants affect the atmosphere? Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\nApart from through the process of photosynthesis, what else has caused carbon dioxide levels in the atmosphere to decrease since its formation? Carbon dioxide levels also decreased due to some dissolving into the oceans, the formation of sedimentary rocks and the formation of fossil fuels.\nHow did the Earth's atmosphere change over time? Why did these changes happen? Volcanic activity caused high levels of carbon dioxide, as the volancos died out the Earth's temperature cooled. The water vapour produced by volcanos condensed to form oceans. The carbon dioxide levels decreased as it dissolved into the oceans and formed part of the shells of marine animals.\nHow and why did limestone, coal, crude oil and natural gas form? Limestone, crude oil and natural gas all contain carbon. Limestone was formed by the calcium carbonate from sea organisms and their shells. Crude oil and natural gas form from the decomposition of living animals and plants.","","Denitrification: A microbially facilitated process where nitrate is reduced and ultimately produces molecular nitrogen..\nPhotosynthesis: The process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water.\nCondensation: The conversion of a vapour or gas to a liquid.\nAtmosphere: the envelope of gases surrounding a planet, held in place by its gravitational pull.","","","Activity 1)\nDraw accurate pie charts for the composition of the atmosphere.\nActivity 2)\nEarths early atmosphere:\nhttps://www.youtube.com/watch?v=Gyn754vw8ZQ\nActivity 3)\nEvolution of the Earth's atmosphere:\nhttps://www.youtube.com/watch?v=gwGeH9O8Rx4\nActivity 6)\nDemo: Aquatic plants (eg Elodea) producing oxygen in daylight. \n(Interleaving opportunity to require practical with colours and ruler for intensity).\nActivity 10)\n2 x Demos to show the reactions occurring in a volcano\n\nEW: Describe the theory of the evolution of the Earth’s early atmosphere.\nor\nExplain why the composition of the atmosphere has changed over billions of years.\nor\nCompare the Earth’s atmosphere to that of Mars and Venus.","Activity 6)\nAquatic plant in water with high carbonate concentration.\nLamp\ndifferent coloured acetates \nmeter ruler\n\n-----------\n\nActivity 10)\nDemo 1: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe. \n\ndemo 2: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe.\n\n-----------","","0","","0000-00-00","0","","0"),
("25390","PKT","0","2019-02-14","5","0","11PKT/Sc","S1","C2.4.2","How does carbon dioxide help sustain earths climate?","","Students should be able to describe the greenhouse effect in terms of the interaction of short and long wavelength radiation with matter.\n\nSome human activities increase the amounts of greenhouse gases in the atmosphere. These include:\n- carbon dioxide\n- methane.\nStudents should be able to recall two human activities that increase the amounts of each of the greenhouse gases carbon dioxide and methane.\n\nStudents should be able to evaluate the quality of evidence in a report about global climate change given appropriate information\n\nStudents should be able to describe uncertainties in the evidence base\n\nStudents should be able to recognise the importance of peer review of results and of communicating results to a wide range of audiences.","1) Oreenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\n4) Based on peer-reviewed evidence, many scientists believe that human activities will cause the temperature of the Earth's atmosphere to increase at the surface and that this will result in global climate change.\n5) There are difficulties in such complex systems as global climate change. This leads to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.","How does the atmosphere help the Earth maintain stable surface temperatures? Greenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\nWhat are the long and short term impacts of the greenhouse effect? Short term effects: Average surface temperature of earth increases. Long term effect: Rising sea levels, more extreme weather patterns.\nWhat types of human activities increase the amounts of greenhouse gases in the atmosphere? Any human activity that produces carbon dioxide and methane.\nWhat do most scientists believe will happen to the Earth?s atmosphere? Many scientists believe that human activities will cause the temperature of the Earth?s atmosphere to increase at the surface and that this will result in global climate change.\nWhat difficulties can such complex systems as global climate change cause? They lead to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.\nWhat is the importance of peer reviewing results and of communicating results to a wide range of audiences.:Peer reviewing is important within the science community as it prevents bias and allows links to be made within and outside certain specialisms as well as to educate wider audiances.","","Peer review: 1.evaluation of scientific, academic, or professional work by others working in the same field.\nClimate: The weather conditions prevailing in an area in general or over a long period.\nTemperature: the degree or intensity of heat present in a substance or object.\nGreenhouse gas: a gas that contributes to the greenhouse effect by absorbing infrared radiation.","","","Activity 1)\nDescribe the effect of greenhouse gases on wavelength.\nActivity 8)\nUse the internet to obtain data for concentrations of greenhouse gases. \nEvaluate the reliability of the data available on the internet.\n\nResearch the process of peer review in reporting results/data.","","","0","","0000-00-00","0","","0"),
("25391","PKT","0","2019-02-15","1","0","11PKT/Sc","S1","C2.4.3","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 2)\nGreenhouse effect and global warming\nhttps://www.youtube.com/watch?v=dP-tg4atr5M\n\nWatch the polar ice caps melting and water levels rising but building land with the plasticine, add water and 1 ice cube. Mark water level on the beaker, allow ice to melt and check water level and effects on land.\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","Activity 2)\nBeakers\nplasticine \nice \nOHP pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25392","PKT","0","2019-02-15","2","0","11PKT/Sc","S1","C2.4.4","What are the consequences of burning fossil fuels upon the atmopshere?","","Students should be able to describe how carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen are produced by burning fuels.\n\nStudents should be able to describe and explain the problems caused by increased amounts of these pollutants in the air.\n","1) The combustion of fuels is a major source of atmospheric pollutants.\n2) Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\n3) The gases released into the atmosphere when a fuel is burned may include carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\n5) Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\n6) Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\n7) Particulates cause global dimming and health problems for humans.","What human activity is the biggest contributor to an increase in atmospheric pollutants? The combustion of fossil fuels is a major source of atmospheric pollutants.\nWhat do most fuels contain? Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\nName the gases commonly released into the atmosphere when a fuel is burned? Carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\nHow does burning fuels produce carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen? Carbon monoxide is produced through incomplete combustion due to limited oxygen.;Soot is produced from carbon that has not reacted during combustion. ;Sulfur dioxide is produced due to sulfur in the fuel reacting with oxygen in hot enginges. ;Nirtogen oxides are formed from nitrogen in the air reacting with oxygen.\nWhat are the impacts of emissions of carbon monoxide? Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\nWhat environmental impact does the emission of sulfur dioxide and oxides of nitrogen cause? Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\nWhat environmental impact do particulates cause? Particulates cause global dimming and health problems for humans.\nDescribe and explain the problems caused by increased amounts of the following pollutants in the atmosphere:\na) Carbon Dioxide\nb) Nitrogen Oxides\nc) Sulfur Dioxide\nd) Particulates:a) Greenhouse gas that contributes to global warming.;b) Dissolves in water droplets in clouds, it makes the rain more acidic than normal. This is called acid rain.;c) Same as b);d) Very small pieces of solids, mainly carbon, that are released into the air during incomplete combustion. Contribute towards global dimming (the reduction of sunlight that makes it to the earths surface).","","Global dimming: is the gradual reduction in the amount of global direct irradiance at the Earth's surface.\nAcid rain: A rain or any other form of precipitation that is unusually acidic.\nFuel: A material such as coal, gas, or oil that is burned to produce energy.\nPollutant: a substance that pollutes something, especially water or the atmosphere.","","","Activity 2)\nWhat is combustion?\nhttps://www.youtube.com/watch?v=zEjEqnMBdEM\nActivity 3)\nCombustion and acid rain\nhttps://www.youtube.com/watch?v=HE6Y0iEuXMQ\n\nExplain why the following can be produced in combustion:\n• Carbon dioxide\n• Carbon monoxide\n• Soot\n• Water vapour\n• Sulfur dioxide\n• Oxides of nitrogen.\nActivity 4)\nResearch task: Study the effects of emisions of:\n• Carbon monoxide on the human body.\n• Sulfur dioxide and oxides of nitrogen on acidity of rain water. \n• Sulfur dioxide and oxides of nitrogen on respiratory system.\n• Particulates on global dimming.\n• Particulates on human health problems.\nActivity 5)\nInvestigate the effects of pollution on rain water using titration. Aim To find out how much alkali is needed to neutralise four samples of rain water. \nenough samples for each group to test one once (20mL per group) and shared results. \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nPhenolphthalein colourless in acidic and pink in alkaline solutions.","Activity 4)\ndemo: \nglass fish tank\nCO data logger\nmatches\n\n-----------\n\nActivity 5)\n4 samples of "rain water" spliked to have different pH values labelled as: \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nenough samples for each group to test one once (20mL per group) and shared results. \n\nalkali solution that will neutralise each sample at a suitable concentration. \nburettes \nconical flasks\nPhenolphthalein indicator \npipettes \n20mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25393","SFD","0","2019-02-13","4","0","11SFD/Sc","S5","","Mastery and Total Recall","","Students should be able to explain how temperature, water and availability of oxygen affect the rate of decay of biological material.\n\nStudents should be able to calculate rate changes in the decay of biological material (MS)\n\nStudents should be able to translate information between numerical and graphical form (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scales for the axes. (MS)\n","5) Gardeners and farmers try to provide optimum conditions for rapid decay of waste biological material.\n6) The compost produced is used as a natural fertiliser for growing garden plants or crops.\n7) Anaerobic decay produces methane gas. Biogas generators can be used to produce methane gas as a fuel.\n8) Required Practical 10 - Rate of Decay (AT skills 1,3,4,5)","What three factors affect the rate of decay of biological material? Temperature, water and the availability of oxygen affect the rate of decay.\nName two groups of people would want to provide optimum conditions for rapid decay of waste biological material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste biological material.\nWhy would gardeners and farmers want to provide optimum conditions for rapid decay of waste material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste material to provide compost as a natural fertiliser for their soils for growing plants.\nUnder what conditions can decay produce methane that can be used a biogas fuel? Anaerobic condition can produce methane gas. Biogas generators can be used to produce methane gas as a fuel.","","","","","","","","0","","0000-00-00","0","","0"),
("25394","SFD","0","2019-02-15","1","0","11SFD/Sc","S5","C2.3.02","How can we use chemical tests to identify an unknown gas?","","","1) The test for carbon dioxide uses an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\n2) Students do not need to know the names of components in proprietary products.\n3) The test for hydrogen uses a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\n4) The test for chlorine uses litmus paper. When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\n5) The test for oxygen uses a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","How would you test if carbon dioxide was present In a reaction? Use an aqueous solution of calcium hydroxide (lime water). When carbon dioxide is shaken with or bubbled through limewater the limewater turns milky (cloudy).\nHow would you test if Hydrogen was present In a reaction? Use a burning splint held at the open end of a test tube of the gas. Hydrogen burns rapidly with a pop sound\nHow would you test if chlorine was present In a reaction? When damp litmus paper is put into chlorine gas the litmus paper is bleached and turns white.\nHow would you test if Oxygen was present In a reaction? Use a glowing splint inserted into a test tube of the gas. The splint relights in oxygen","","Litmus paper: paper stained with litmus which is used to indicate the acidity or alkalinity of a substance.\nQuantitative test\nQualitative test: This type of test identifies whether a substance is present, but not how much of it exists. A common example would be using a pH indicator to see if an acid is present.\nLime water: An aqueous solution of calcium hydroxide.","","","Activity 1)\nPractical: Testing for different gases\n- Hydrogen\n- Carbon dioxide\n- Oxygen\n- Chlorine\n\nStudents to plan and investigate the gas tests","Activity 1)\nPractical: Testing for different gases\nPrepared samples of:\n- Hydrogen\n- Oxygen\n- Chlorine\n\nEquipment to prepare Carbon dioxide:\n-Marble chips\n-Hydrochloric acid\n-Delivery tubes\n-Conical flasks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25395","SFD","0","2019-02-15","2","0","11SFD/Sc","S5","C2.3.03","How can we use paper chromatography to identify an unknown mixture?","","Students should be able to explain how paper chromatography separates mixtures\n\n\nStudents should be able to suggest how chromatographic methods can be used for distinguishing pure substances from impure substances\n\nStudents should be able to interpret chromatograms and determine R values from\nchromatograms\n\nStudents should be able to state advantages of instrumental methods compared with the chemical tests in this specification.\n","1) Chromatography can be used to separate mixtures and can give information to help identify substances. \n2) Chromatography involves a stationary phase and a mobile phase.\n3) Separation depends on the distribution of substances between the phases\n4) The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent can be expressed as its R value\n5) RT = distance moved by substance / distance moved by solvent\n6) Different compounds have different R values in different solvents,\n7) Rf values can be used to help identify the compounds. \n8) The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\n12) provide answers to an appropriate number of significant figures. (MS) \n13) Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.","What can Chromatography be used to separate? Chromatography can be used to separate mixtures such as inks and can give information to help identify the substances from which it is made.\nWhat are the names of the two phases involved in chromatography? Stationary phase and mobile phase.\nWhat does seperation depend on? Separation depends on the distribution of substances between the phases.\nHow should the Rf value be expressed? The ratio of the distance moved by a compound (centre of spot from origin) to the distance moved by the solvent\nHow is the Rf value calculated? Rf = distance moved by substance / distance moved by solvent\nHow do the Rf values of compounds change in different solvents? Different compounds have different R values in different solvents.\nHow can compounds be identified? Rf values can be used to help identify the compounds.\nHow many spots are produced by a pure compound compared to a compound in a mixture? The compounds in a mixture may separate into different spots depending on the solvent but a pure compound will produce a single spot in all solvents.\nHow can paper chromatography be used to separate mixtures? A spot of each mixture is dropped onto the start line of the paper chromotography. The paper chromatogram is introduced to a solvent and left for seperation to take place.\nHow can chromatographic methods can be used for distinguishing pure substances from impure substances? The compounds in a mixture may separate into multiple spots depending on the solvent, but a pure substance will always produce a single spot in all solvents. \nHow can chromatograms be used to determine R values? The R value can be calculated and compared. RT = distance moved by substance / distance moved by solvent\nHow can elements and compounds be detected? :Elements and compounds can be detected and identified using instrumental methods. Instrumental methods are accurate, sensitive and rapid.\nWhat are the advantages of instrumental methods compared with the chemical tests? ","","Instrumental method: The use of instruments to separate, identify, and quantify matter.\nRf Value: In chromatography is the distance travelled by a given component divided by the distance travelled by the solvent front.\nStationary phase: The phase of a chromatography system on which the materials to be separated are selectively adsorbed.\nMobile phase: flows through the stationary phase and carries the components of the mixture with it.\nChromatography: A technique for the separation of a mixture by passing it in solution or suspension through a medium in which the components move at different rates.","","","Activity 3)\nWatch video of cars racing down runway (attached on ppt on shared drive). Thinking point - Why did the cars cross the line at different times?\nActivity 6)\nStudents use mock chromatograms to calculate Rf values and identify unknown substance. Spice it up as a ransom note.\nActivity 9)\nResearch where chromatography is used in forensics - Inks, colourings, dyes, drugs etc","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25396","SFD","0","2019-02-14","5","0","11SFD/Sc","S5","C2.3.01","How can we identify the purity of a substance?","","Students should be able to use melting point and boiling point data to distinguish pure from impure substances.\n\nStudents should be able to identify formulations given appropriate information.\n","1) In chemistry, a pure substance is a single element or compound, not mixed with any other substance.\n2) A formulation is a mixture that has been designed as a useful product. \n3) Pure elements and compounds melt and boil at specific temperatures. Melting point and boiling point data can be used to distinguish pure substances from mixtures.\n4) Formulations include fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\n5) In everyday language, a pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\n6) Formulations are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","What is a pure substance? A pure substance is a single element or compound, not mixed with any other substance.\nWhat is a formulation? A formulation is a mixture that has been designed to have distinct properties and be used as a useful product.\nWhat can be used to distinguish between pure substances and mixtures? Use Melting point and boiling point data to distinguish between pure substances and mixtures?\nWhat are examples of formulations? Formulations: fuels, cleaning agents, paints, medicines, alloys, fertilisers and foods.\nWhat is a pure substance in everyday language? A pure substance can mean a substance that has had nothing added to it, so it is unadulterated and in its natural state, eg pure milk.\nHow are formulations made? They are made by mixing the components in carefully measured quantities to ensure that the product has the required properties.","",".\nBoiling point: The temperature at which a given liquid will boil.\nMelting point: The temperature at which a given solid will melt.\nFormulation: A mixture where components are carefully measured before being mixed to give a desired set of properties.\nPure: A substance made up of only one element and compound.","","","Activity 1)\nDesign a flow chart assigning elements/compounds/mixtures as pure or impure.\nWhy is 'pure' orange juice not pure?\nActivity 2)\nCase study: How tablets are made to ensure that the taker receives the correct dose of medication.\nActivity 3)\nStudy a range of melting points of pure and impure substances. Students draw conclusions from this.\nActivity 4)\nStudy a recipe and discuss how changing the recipe may affect the food product made. Link to formulations and why we use formulations\nActivity 6)\nSuggested practical:\nMaking mayonnaise\nActivity 7)\nAnalyse information on the melting points of pure gold against counterfeits as a method for determining purity","Activity 6)\nMaking mayonnaise\n\nPer group: \n•Small screw top bottles (100 cm3) or test tubes and bungs\n• Pipettes\n• Teaspoons (or disposable plastic spoons)\n• Cooking oil\n• Washing up liquid\n• Sugar\n• Flour\n• Mustard powder\n• Egg\n• 2 bowls (or 100 cm3 glass beakers)\n• Egg yolk separator\n•Plastic disposable gloves\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25397","SFD","0","2019-02-12","2","0","11SFD/Sc","S5","B2.5.05","How is material recycled by the living world?","","Students should recall that many different materials cycle through the abiotic and biotic components of an ecosystem\n\nStudents should be able to explain the importance of the carbon and water cycles to living organisms\n\n(WS) Students should be able to interpret and explain the processes in diagrams of the carbon cycle, the water cycle.\n\nStudents should be able to explain the role of microorganisms in cycling materials through an ecosystem by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.\n","3) All materials in the living world are recycled to provide the building blocks for future organisms. Students are not expected to study the nitrogen cycle.\n5) The carbon cycle returns carbon from organisms to the atmosphere as\ncarbon dioxide to be used by plants in photosynthesis.\n6) The water cycle provides fresh water for plants and animals on land\nbefore draining into the seas.\n7) Water is continuously evaporated and\nprecipitated.","What different parts of the ecosystem do materials cycle through? Many different materials cycle through the abiotic and biotic components of an ecosystem.\nWhy is it important that carbon and water are cycled through the ecosystem.:It is important that carbon and water are cycled through the ecosystem because there is only a finite number atoms.\nWhy do materials need to be recycled? Materials need to be recycled to provide the building blocks for future organisms.\nWhat process are carbon to be cycled from A) carbon dioxide to producers, B) producers to consumers, C) Producers/consumers/decomposers to carbon dioxide and D) fossil fuels to carbon dioxide:A) Photosynthesis cycles carbon dioxide to producers.;B) Feeding cycles producers to consumers.;C) Respiration cycles producers/consumers/decomposers to carbon dioxide ;D) Combustion cycles fossil fuels to carbon dioxide.\nWhy is precipitation important for organisms in ecosystems? Precipitation provides fresh water for plants and animals on land before it drains into the seas.\nHow does water get from the land to the air and the air back to the land? water turns to water vapour in the air through evaporation and returns to the land through precipitation.\nHow do microorganisms help to cycle material through an ecosystem? Microorganisms help cycling material by returning carbon to the atmosphere as carbon dioxide and mineral ions to the soil.","","","","","","","","0","","0000-00-00","0","","0"),
("25398","DLN","0","2019-02-12","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25399","SKT","0","2019-02-12","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25400","SKT","0","2019-02-13","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25401","SKT","0","2019-02-14","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25402","SKT","0","2019-02-15","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25403","SKT","0","2019-02-15","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25404","SNK","0","2019-02-12","2","0","11SNK/Sc","S3","","Recap","","Students should be able to explain how temperature, water and availability of oxygen affect the rate of decay of biological material.\n\nStudents should be able to calculate rate changes in the decay of biological material (MS)\n\nStudents should be able to translate information between numerical and graphical form (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scales for the axes. (MS)\n","5) Gardeners and farmers try to provide optimum conditions for rapid decay of waste biological material.\n6) The compost produced is used as a natural fertiliser for growing garden plants or crops.\n7) Anaerobic decay produces methane gas. Biogas generators can be used to produce methane gas as a fuel.\n8) Required Practical 10 - Rate of Decay (AT skills 1,3,4,5)","What three factors affect the rate of decay of biological material? Temperature, water and the availability of oxygen affect the rate of decay.\nName two groups of people would want to provide optimum conditions for rapid decay of waste biological material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste biological material.\nWhy would gardeners and farmers want to provide optimum conditions for rapid decay of waste material.:gardeners and farmers would want to provide optimum conditions for rapid decay of waste material to provide compost as a natural fertiliser for their soils for growing plants.\nUnder what conditions can decay produce methane that can be used a biogas fuel? Anaerobic condition can produce methane gas. Biogas generators can be used to produce methane gas as a fuel.","","","","","","","","0","","0000-00-00","0","","0"),
("25405","SNK","0","2019-02-13","4","0","11SNK/Sc","S3","C2.4.1","How has the Earth's atmopshere changed since its formation?","","Students should be able to, given appropriate information, interpret\nevidence and evaluate different theories about the Earth's early\natmosphere.\n\nStudents should be able to describe the main changes in the atmosphere over time and some of the likely causes of these changes\n\nStudents should be able to describe and explain the formation of deposits of limestone, coal, crude oil and natural gas.\n","1) Students to recall current composition of the earths atmosphere: about four-fifths (approximately 80 %) nitrogen, about one-fifth (approximately 20 %) oxygen and small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) One theory suggests that during the first billion years of the Earth's\nexistence there was intense volcanic activity that released gases that\nformed the early atmosphere and water vapour that condensed to\nform the oceans. At the start of this period the Earth's atmosphere\nmay have been like the atmospheres of Mars and Venus today,\nconsisting of mainly carbon dioxide with little or no oxygen gas.\n4) Volcanoes also produced nitrogen which gradually built up in the\natmosphere and there may have been small proportions of methane\nand ammonia.\n\n5) When the oceans formed carbon dioxide dissolved in the water and\ncarbonates were precipitated producing sediments, reducing the\namount of carbon dioxide in the atmosphere. No knowledge of other\ntheories is required.\n6) Algae and plants produced the oxygen that is now in the atmosphere\nby photosynthesis, which can be represented by the equation.\n7) Algae first produced oxygen about 2.7 billion years ago and soon after\nthis oxygen appeared in the atmosphere. Over the next billion years\nplants evolved and the percentage of oxygen gradually increased to a\nlevel that enabled animals to evolve.\n8) Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\n9) Carbon dioxide was also decreased by the formation of sedimentary rocks and fossil fuels that contain carbon.","What is the composition of the earths atmosphere? about four-fifths (approximately 80 %) nitrogen;? about one-fifth (approximately 20 %) oxygen;? small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nWhat types of gases did volcanoes produce? Volcanoes produced nitrogen which gradually built up in the;atmosphere and there may have been small proportions of methane and ammonia.\nWhat happened to the atmopshere when the oceans formed? When the oceans formed carbon dioxide dissolved in the water and;carbonates were precipitated producing sediments, reducing the;amount of carbon dioxide in the atmosphere.\nWhat process has caused oxygen levels in our atmosphere to increase since its formation? Photosynthesis, carried out by organisms such as algae and plants converted carbon dioxide into the oxygen now found in the atmosphere.\nWhen did Algae first produce oxygen? Algae first produced oxygen about 2.7 billion years ago and soon after;this oxygen appeared in the atmosphere. Over the next billion years;plants evolved and the percentage of oxygen gradually increased to a;level that enabled animals to evolve.;\nHow did Algae and plants affect the atmosphere? Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\nApart from through the process of photosynthesis, what else has caused carbon dioxide levels in the atmosphere to decrease since its formation? Carbon dioxide levels also decreased due to some dissolving into the oceans, the formation of sedimentary rocks and the formation of fossil fuels.\nHow did the Earth's atmosphere change over time? Why did these changes happen? Volcanic activity caused high levels of carbon dioxide, as the volancos died out the Earth's temperature cooled. The water vapour produced by volcanos condensed to form oceans. The carbon dioxide levels decreased as it dissolved into the oceans and formed part of the shells of marine animals.\nHow and why did limestone, coal, crude oil and natural gas form? Limestone, crude oil and natural gas all contain carbon. Limestone was formed by the calcium carbonate from sea organisms and their shells. Crude oil and natural gas form from the decomposition of living animals and plants. ","","Denitrification: A microbially facilitated process where nitrate is reduced and ultimately produces molecular nitrogen..\nPhotosynthesis: The process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water.\nCondensation: The conversion of a vapour or gas to a liquid.\nAtmosphere: the envelope of gases surrounding a planet, held in place by its gravitational pull.","","","Activity 1)\nDraw accurate pie charts for the composition of the atmosphere.\nActivity 2)\nEarths early atmosphere:\nhttps://www.youtube.com/watch?v=Gyn754vw8ZQ\nActivity 3)\nEvolution of the Earth's atmosphere:\nhttps://www.youtube.com/watch?v=gwGeH9O8Rx4\nActivity 6)\nDemo: Aquatic plants (eg Elodea) producing oxygen in daylight. \n(Interleaving opportunity to require practical with colours and ruler for intensity).\nActivity 10)\n2 x Demos to show the reactions occurring in a volcano\n\nEW: Describe the theory of the evolution of the Earth’s early atmosphere.\nor\nExplain why the composition of the atmosphere has changed over billions of years.\nor\nCompare the Earth’s atmosphere to that of Mars and Venus.","Activity 6)\nAquatic plant in water with high carbonate concentration.\nLamp\ndifferent coloured acetates \nmeter ruler\n\n-----------\n\nActivity 10)\nDemo 1: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe. \n\ndemo 2: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25406","SNK","0","2019-02-14","5","0","11SNK/Sc","S3","C2.4.2","How does carbon dioxide help sustain earths climate?","","Students should be able to describe the greenhouse effect in terms of the interaction of short and long wavelength radiation with matter.\n\nSome human activities increase the amounts of greenhouse gases in the atmosphere. These include:\n- carbon dioxide\n- methane.\nStudents should be able to recall two human activities that increase the amounts of each of the greenhouse gases carbon dioxide and methane.\n\nStudents should be able to evaluate the quality of evidence in a report about global climate change given appropriate information\n\nStudents should be able to describe uncertainties in the evidence base\n\nStudents should be able to recognise the importance of peer review of results and of communicating results to a wide range of audiences.\n","1) Oreenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\n4) Based on peer-reviewed evidence, many scientists believe that human activities will cause the temperature of the Earth's atmosphere to increase at the surface and that this will result in global climate change.\n5) There are difficulties in such complex systems as global climate change. This leads to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.","How does the atmosphere help the Earth maintain stable surface temperatures? Greenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\nWhat are the long and short term impacts of the greenhouse effect? Short term effects: Average surface temperature of earth increases. Long term effect: Rising sea levels, more extreme weather patterns.\nWhat types of human activities increase the amounts of greenhouse gases in the atmosphere? Any human activity that produces carbon dioxide and methane.\nWhat do most scientists believe will happen to the Earth?s atmosphere? Many scientists believe that human activities will cause the temperature of the Earth?s atmosphere to increase at the surface and that this will result in global climate change.\nWhat difficulties can such complex systems as global climate change cause? They lead to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.\nWhat is the importance of peer reviewing results and of communicating results to a wide range of audiences.:Peer reviewing is important within the science community as it prevents bias and allows links to be made within and outside certain specialisms as well as to educate wider audiances.","","Peer review: 1.evaluation of scientific, academic, or professional work by others working in the same field.\nClimate: The weather conditions prevailing in an area in general or over a long period.\nTemperature: the degree or intensity of heat present in a substance or object.\nGreenhouse gas: a gas that contributes to the greenhouse effect by absorbing infrared radiation.","","","Activity 1)\nDescribe the effect of greenhouse gases on wavelength.\nActivity 8)\nUse the internet to obtain data for concentrations of greenhouse gases. \nEvaluate the reliability of the data available on the internet.\n\nResearch the process of peer review in reporting results/data.","","","0","","0000-00-00","0","","0"),
("25407","SNK","0","2019-02-15","1","0","11SNK/Sc","S3","C2.4.3","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 2)\nGreenhouse effect and global warming\nhttps://www.youtube.com/watch?v=dP-tg4atr5M\n\nWatch the polar ice caps melting and water levels rising but building land with the plasticine, add water and 1 ice cube. Mark water level on the beaker, allow ice to melt and check water level and effects on land.\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","Activity 2)\nBeakers\nplasticine \nice \nOHP pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25408","SNK","0","2019-02-15","2","0","11SNK/Sc","S3","C2.4.4","What are the consequences of burning fossil fuels upon the atmopshere?","","Students should be able to describe how carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen are produced by burning fuels.\n\nStudents should be able to describe and explain the problems caused by increased amounts of these pollutants in the air.\n","1) The combustion of fuels is a major source of atmospheric pollutants.\n2) Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\n3) The gases released into the atmosphere when a fuel is burned may include carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\n5) Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\n6) Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\n7) Particulates cause global dimming and health problems for humans.","What human activity is the biggest contributor to an increase in atmospheric pollutants? The combustion of fossil fuels is a major source of atmospheric pollutants.\nWhat do most fuels contain? Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\nName the gases commonly released into the atmosphere when a fuel is burned? Carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\nHow does burning fuels produce carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen? Carbon monoxide is produced through incomplete combustion due to limited oxygen.;Soot is produced from carbon that has not reacted during combustion. ;Sulfur dioxide is produced due to sulfur in the fuel reacting with oxygen in hot enginges. ;Nirtogen oxides are formed from nitrogen in the air reacting with oxygen.\nWhat are the impacts of emissions of carbon monoxide? Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\nWhat environmental impact does the emission of sulfur dioxide and oxides of nitrogen cause? Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\nWhat environmental impact do particulates cause? Particulates cause global dimming and health problems for humans.\nDescribe and explain the problems caused by increased amounts of the following pollutants in the atmosphere:\na) Carbon Dioxide\nb) Nitrogen Oxides\nc) Sulfur Dioxide\nd) Particulates:a) Greenhouse gas that contributes to global warming.;b) Dissolves in water droplets in clouds, it makes the rain more acidic than normal. This is called acid rain.;c) Same as b);d) Very small pieces of solids, mainly carbon, that are released into the air during incomplete combustion. Contribute towards global dimming (the reduction of sunlight that makes it to the earths surface).","","Global dimming: is the gradual reduction in the amount of global direct irradiance at the Earth's surface.\nAcid rain: A rain or any other form of precipitation that is unusually acidic.\nFuel: A material such as coal, gas, or oil that is burned to produce energy.\nPollutant: a substance that pollutes something, especially water or the atmosphere.","","","Activity 2)\nWhat is combustion?\nhttps://www.youtube.com/watch?v=zEjEqnMBdEM\nActivity 3)\nCombustion and acid rain\nhttps://www.youtube.com/watch?v=HE6Y0iEuXMQ\n\nExplain why the following can be produced in combustion:\n• Carbon dioxide\n• Carbon monoxide\n• Soot\n• Water vapour\n• Sulfur dioxide\n• Oxides of nitrogen.\nActivity 4)\nResearch task: Study the effects of emisions of:\n• Carbon monoxide on the human body.\n• Sulfur dioxide and oxides of nitrogen on acidity of rain water. \n• Sulfur dioxide and oxides of nitrogen on respiratory system.\n• Particulates on global dimming.\n• Particulates on human health problems.\nActivity 5)\nInvestigate the effects of pollution on rain water using titration. Aim To find out how much alkali is needed to neutralise four samples of rain water. \nenough samples for each group to test one once (20mL per group) and shared results. \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nPhenolphthalein colourless in acidic and pink in alkaline solutions.","Activity 4)\ndemo: \nglass fish tank\nCO data logger\nmatches\n\n-----------\n\nActivity 5)\n4 samples of "rain water" spliked to have different pH values labelled as: \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nenough samples for each group to test one once (20mL per group) and shared results. \n\nalkali solution that will neutralise each sample at a suitable concentration. \nburettes \nconical flasks\nPhenolphthalein indicator \npipettes \n20mL measuring cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25409","SDN","0","2019-02-14","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25410","SDN","0","2019-02-15","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25411","SDN","0","2019-02-11","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25412","SDN","0","2019-02-14","4","0","7A1/Sc","S1","","Re - Teach","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","","","0","","0000-00-00","0","","0"),
("25413","SDN","0","2019-02-12","3","0","7A1/Sc","S1","2B.10","Why should we care about insects?","","Progress Observation Opportunity","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","","","0","","0000-00-00","0","","0"),
("25414","SDN","0","2019-02-13","5","0","7A1/Sc","S1","2B.11","Re-teach","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25415","LAN","0","2019-02-14","4","0","7A2/Sc","S7","2P.04","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("25416","CML","0","2019-02-12","3","0","7A2/Sc","S3","2P.02","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------","","0","","0000-00-00","0","","0"),
("25417","CML","0","2019-02-13","5","0","7A2/Sc","S3","2P.03","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------","","0","","0000-00-00","0","","0"),
("25418","PKT","0","2019-02-12","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25419","SDN","0","2019-02-15","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25420","LAN","0","2019-02-13","2","0","7B1/Sc","S7","2P.3","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------","","0","","0000-00-00","0","","0"),
("25421","LAN","0","2019-02-14","2","0","7B1/Sc","S7","2p.4","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nPlanning\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("25422","LAN","0","2019-02-15","3","0","7B1/Sc","S7","2P.5","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel pieces\nCheese puffs\nBurning Pins\nThermomenters\nCopper calorimeters (with lids)\n(Jewellery) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25423","SNK","0","2019-02-14","2","0","7B2/Sc","S5","2B.4","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25424","CLA","0","2019-02-13","2","0","7B2/Sc","S6","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25425","CLA","0","2019-02-15","3","0","7B2/Sc","S6","2B.5","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25426","SDN","0","2019-02-11","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25427","CLA","0","2019-02-12","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25428","CLA","0","2019-02-14","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25429","SDN","0","2019-02-14","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25430","SDN","0","2019-02-11","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25431","SDN","0","2019-02-14","3","0","7C1/Sc","S1","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("25432","SFD","0","2019-02-11","5","0","7C2/Sc","S5","2P.06","Skill focus: Analysis 65","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("25433","SFD","0","2019-02-14","3","0","7C2/Sc","S5","2P.07","Halfway Review 66","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("25434","CLA","0","2019-02-12","3","0","7E/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("25435","CLA","0","2019-02-13","5","0","7E/Sc","S6","2C.1","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25436","CLA","0","2019-02-14","4","0","7E/Sc","S6","2C.2","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\nMagnesium strip\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("25437","DLN","0","2019-02-13","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25438","SNK","0","2019-02-11","5","0","7P/Sc","S3","2B.3","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25439","SNK","0","2019-02-14","3","0","7P/Sc","S3","2B.4","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------","","0","","0000-00-00","0","","0"),
("25440","SDN","0","2019-02-13","2","0","7X/Sc","S1","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("25441","SDN","0","2019-02-14","2","0","7X/Sc","S1","","Re-teach","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25442","SDN","0","2019-02-15","3","0","7X/Sc","S1","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","Activity 8)\nHofmann voltameter\nPower supply\nHydrogen balloon (zinc granuals, copper sulphate crystals and 2m hcl mixed in a conical flask with a lip with a balloon to catch gas)\nSplint on meter rule\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25443","SDN","0","2019-02-12","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25444","SDN","0","2019-02-15","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25445","PKT","0","2019-02-13","2","0","8A1/Sc","S3","5P.10","How much does the energy we use cost?","","Comparing power ratings of domestic appliances in watts (W, kW)\nSample calculations to include: J, kJ, kWhour units.","1) D: Comparing power ratings of domestic appliances in watts (W, kW)\n2) W: Heating appliances use a lot of energy.\n3) W: The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\n4) W: Energy = power x time\n5) D: Sample calculations to include: J, kJ, kWhour units.\n6) T: A unit of electrical energy is the same as a kilowatt hour (kWh).\n7) T: The amount of electrical energy used by a customer is measured by an electrical meter.\n8) W: The cost of electricity is equal to number of units x cost per unit.\n9) T: The cost of an electrical unit is around 15p.\n\nThe cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","What sort of appliances generally use the most energy? Heating appliances use a lot of energy.\nWhat does the amount of energy transferred depend on? The amount of energy transferred by an appliance depends on the power rating of the appliance and the duration.\nWhat is the equation for calculating energy? Energy = power x time\nHow many Joules are there in a kilojoule? There are 1000 joules in a kilojoule.\nWhat is a kilowatt hour? What units are used? The amount of energy transferred in one hour. kWh.\nHow is the amount of energy used by a customer measured? The amount of electrical energy used by a customer is measured by an electrical meter.\nWhat is the equation for calculating the cost of electricity? The cost of electricity is equal to number of units x cost per unit.\nWhat is the rough cost of an electrical unit? The cost of an electrical unit is around 15p.;;The cost of Gas is around 4p per kWh, which is why it is preferred for heating applications.","https://www.mrcorfe.com/MemoryAnchors/PowerRatings.png\nhttps://www.mrcorfe.com/MemoryAnchors/712e8b2707989c5076a005a1819bf56a.jpg","Watts: The unit of measurement of power\nPower: The rate of energy transfer.","","","Activity 1)\nCan we see any patterns in the data in the memory anchor?\n\nSort into categories based on power rating or use.\n\nExcel file to sort on power rating.\nActivity 4)\nCombine and convert proportionalities to an equality.\nActivity 5)\nCost of energy worksheet\nActivity 7)\nMeter readings\nActivity 9)\nhttps://www.confusedaboutenergy.co.uk/index.php/domestic-fuels/fuel-prices","Activity 7)\nEnergy meters\nExamples of electrical items\nhairdryers, cd player, toaster, kettles etc\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25446","PKT","0","2019-02-14","2","0","8A1/Sc","S3","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","Activity 1)\npoo sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25447","PKT","0","2019-02-15","3","0","8A1/Sc","S3","","Landmark Test Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25448","JHT","0","2019-02-13","2","0","8A2/Sc","S2","5B.06","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","","","","0","","0000-00-00","0","","0"),
("25449","JHT","0","2019-02-14","2","0","8A2/Sc","S2","5b.07","Halfway Review","","","1) Review of 5B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("25450","JHT","0","2019-02-15","3","0","8A2/Sc","S2","5b.08","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the 'units' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("25451","CML","0","2019-02-13","2","0","8A3/Sc","S4","5C.01","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n\nActivity 2)\nSheets in Drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25452","CML","0","2019-02-14","2","0","8A3/Sc","S4","5C.02","How do earthquakes happen?","","","1) T: Alfred Wegener observed\n - Matched coastlines of Africa and S.America,\n - Matched rock formations,\n - Common fossils.\n2) W: This could be explained if the continents drifted apart.\n3) Alfred Wegener theory of crustal movement (continental drift) was not generally accepted for many years because he couldn't explain how it could happen.\n\nWe now believe...\n4) W: Convection currents within the Earth's mantle cause the plates.\n5) T: The heat energy drives convection currents in the mantle, through the changing density (particle movement) of the heated mantle.\n6) T: The heat in the core is released by natural radioactive processes.\n7) W: Nuclear energy is transformed into heat energy.\n8) W: The plates move at relative speeds of a few centimetres per year.\n9) W: The movements can be sudden and disastrous. Earthquakes and / or volcanic eruptions occur at the boundaries between tectonic plates.","What 3 forms of evidence did Alfred Wegener base his theory of crustal movement on? Alfred Wegener theory of crustal movement (continental drift) based on:; - Matched coastlines of Africa and S.America,; - Matched rock formations,; - Common fossils.\nWhat was Alfred Wegener's explanation for the forms of evidence? This could be explained if the continents drifted apart.\nWhy was Alfred Wegener\'s theory of continental drift not generally accepted? Alfred Wegener\'s theory of continental drift was not generally accepted for many years because he couldn\'t explain how it could happen.\nWhat moves the tectonic plates? The tectonic plates are moved by convection currents within the Earth’s mantle. The plates to move at relative speeds of a few centimetres per year.\nWhere does the energy come from to cause the movement of the tectonic plates? The heat energy from natural radioactive processes in the core causes the tectonic plates to move.\nWhat creates the heat in the core? The heat in the core is released by natural radioactive processes.\nWhat is the energy transform occurring in the core? Nuclear to Heat\nHow fast do the plates move on average? The plates move at relative speeds of a few centimetres per year.\nWhat do the sudden movements of the tectonic plates cause? The sudden movements of tectonic plates can cause both earthquakes and volcanic eruptions.","","Nuclear\nHeat\nRadioactive\nConvection\nRock formation\nContinent\nFossils","","","Activity 4)\nDemo convection current in flat tray with paper continents floating on water.\n\nmodelling diffusion using potassium permanganate in water could be a different temperatures for rates\nActivity 8)\nThis fence was put up 50 years ago:\n\nhttp://static.flickr.com/134/355247789_c290ad8e7d.jpg\n\nDo tectonic plates move at metres, centimetres or millimetre a year?\nActivity 9)\nModelling earthquakes demo heating the Bunsen burner","Activity 4)\nclass practical: \npotassium permanganate\n25\n\n-----------\n\nActivity 9)\nlarge beaker filled with water and red wax covering the top\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25453","CML","0","2019-02-15","3","0","8A3/Sc","S4","5C.03","What is the structure of the Earth and how do we know?","","","1) The Earth consists of a core, mantle and crust, and is surrounded by the atmosphere.\n2) T: The Core is about half the diameter of the Earth, with the Mantle making up the other half.\n3) DESIRABLE:\n\nOur knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.\n\nEarthquakes produce two types of waves that can travel through the Earth:\n - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;\n - Transverse slower travelling Secondary, S waves, which travel only through solids.\n\nThe S-wave shadow is what give rise to the idea of a core. \n\n\n\nhttp://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","Starting at the center, what are the layers that make up the Earth? The Earth consists of a core, mantle and crust.\nWhat are the relative sizes of the core and mantle in how much of the diameter of the Earth they take up? The Core is about half the diameter of the Earth, with the Mantle making up the other half.\nHow are P and S waves used to discover what the inner Earth is like? DESIRABLE:;;Our knowledge of the structure of the Earth comes mainly from studying how the shockwaves from earthquakes (seismic waves) travel through it.;;Earthquakes produce two types of waves that can travel through the Earth:; - Longitudinal faster travelling Primary, P (pressure) waves, which move through liquids as well as solids;; - Transverse slower travelling Secondary, S waves, which travel only through solids.;;The S-wave shadow is what give rise to the idea of a core. ;;;;http://www.mrcorfe.com/KS4/Edexcel/Physics/P1-11-NowYouSeeIt/EarthStructure.php","","Atmosphere\nCrust\nMantle\nCore","","","Activity 1)\nmodelling the structure of the Earth","Activity 1)\ncream egg \nKnife\nwhite tile\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25454","SDN","0","2019-02-11","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25455","SDN","0","2019-02-12","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25456","SDN","0","2019-02-15","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25457","CLA","0","2019-02-12","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25458","SNK","0","2019-02-14","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25459","CLA","0","2019-02-11","5","0","8B1/Sc","S6","5B.9","How was the structure of DNA discovered? Extracting Kiwi DNA practical","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("25460","CLA","0","2019-02-14","3","0","8B1/Sc","S6","5B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("25461","CML","0","2019-02-11","5","0","8B2/Sc","S4","","LifeLab lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25462","CML","0","2019-02-14","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25463","DLN","0","2019-02-11","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25464","SFD","0","2019-02-13","2","0","8E/Sc","S5","","LifeLab Lesson 1","","","","","","","","","","Get students to read out their marks and input to spreadsheet.","","0","","0000-00-00","0","","0"),
("25465","SFD","0","2019-02-15","3","0","8E/Sc","S5","","LifeLab Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25466","CLA","0","2019-02-14","2","0","8E/Sc","S6","","LifeLab Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25467","PKT","0","2019-02-11","5","0","8S/Sc","S2","5P.11","Assessment","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","Activity 1)\npoo sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25468","PKT","0","2019-02-14","3","0","8S/Sc","S2","","Landmark Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25469","SFD","0","2019-02-14","4","0","9a/Pr1","S5","","PSHCRE day?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25470","PKT","0","2019-02-14","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25471","SNK","0","2019-02-15","5","0","9A1/Sc","S3","P1.3.2","Why does my football shirt cling to me when I take it off? (SEPARATES ONLY)","","Students should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) The further away from the charged object, the weaker the field\n2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) When two electrically charged objects are brought close together they exert a force on each other.\n5) A second charged object placed in the field experiences a force. \n6) Negatively charged electrons are rubbed off one material and on to the other. \n7) Two objects that carry the same type of charge repel. \n8) The electric field is strongest close to the charged object.\n9) The force gets stronger as the distance between the objects decreases.\n10) Two objects that carry different types of charge attract. \n12) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n13) Attraction and repulsion between two charged objects are examples of non-contact force.","When is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","Electric field: A region around a charged particle or object within which a force would be exerted on other charged particles or objects.\nElectrons: A stable subatomic particle with a negative charge.\nStatic: Having no motion.\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 2)\nWhat is static electricity?\nhttps://www.youtube.com/watch?v=fT_LmwnmVNM\n\nPhet - Creating static\nhttps://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_en.html\nActivity 3)\nDemonstrate static electricity using the Van de Graaf generator.\nActivity 6)\nExtended writing:\nDescribe and explain how rubbing materials against each other can get them to become charged, in terms of particle movement.\nActivity 10)\nInvestigate the effect charged objects have on other objects placed near it – both charged and uncharged?\n\nPhet - Interacting charges\nhttps://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_en.html\nActivity 11)\nDiagrams of electric fields\nhttp://www.cyberphysics.co.uk/topics/electricity/higher_electricity/electric_field.htm\nActivity 15)\nDangers of static\nhttps://www.youtube.com/watch?v=FzsTamPPnHc","Activity 3)\nVan de Graaf generator.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25472","SNK","0","2019-02-11","1","0","9A1/Sc","S3","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25473","SNK","0","2019-02-11","2","0","9A1/Sc","S3","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25474","SNK","0","2019-02-12","1","0","9A1/Sc","S3","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25475","SNK","0","2019-02-13","3","0","9A1/Sc","S3","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25476","SNK","0","2019-02-14","1","0","9A1/Sc","S3","","","","","","","","","","","","X PSHCRE DAY","","0","","0000-00-00","0","","0"),
("25477","CLA","0","2019-02-11","2","0","9A2/Sc","S6","C1.3.02","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","","","0","","0000-00-00","0","","0"),
("25478","CLA","0","2019-02-12","1","0","9A2/Sc","S6","C1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------","","0","","0000-00-00","0","","0"),
("25479","CLA","0","2019-02-13","3","0","9A2/Sc","S6","C1.3.05","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("25480","CLA","0","2019-02-14","1","0","9A2/Sc","S6","C1.3.06","C1.3.06","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25481","JHT","0","2019-02-15","5","0","9A2/Sc","S6","C1.3.07","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25482","CLA","0","2019-02-11","1","0","9A2/Sc","S6","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25483","SKT","0","2019-02-11","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25484","SKT","0","2019-02-11","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25485","SKT","0","2019-02-12","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25486","SKT","0","2019-02-13","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25487","SKT","0","2019-02-14","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25488","SKT","0","2019-02-15","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25489","PKT","0","2019-02-11","1","0","9A4/Sc","S1","C1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25490","PKT","0","2019-02-11","2","0","9A4/Sc","S1","C1.3.5","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25491","PKT","0","2019-02-12","1","0","9A4/Sc","S1","","Landmark Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25492","PKT","0","2019-02-13","3","0","9A4/Sc","S1","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25493","PKT","0","2019-02-14","1","0","9A4/Sc","S1","","PSHCRE Day","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","-----------","","0","","0000-00-00","0","","0"),
("25494","PKT","0","2019-02-15","5","0","9A4/Sc","S1","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25495","LAN","0","2019-02-11","1","0","9B1/Sc","S7","B1.3.2","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25496","LAN","0","2019-02-12","3","0","9B1/Sc","S7","B1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
("25497","LAN","0","2019-02-13","5","0","9B1/Sc","S7","B1.3.4","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","https://www.mrcorfe.com/MemoryAnchors/c80f087fa2224f6df15dd740c6bd62b7.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/dfba9902eee0c92c0a840d5672511a05.gif\nhttps://www.mrcorfe.com/MemoryAnchors/fa4533abb26aeb7e868ba233e54b7be9.jpg\nhttps://members.gcsepod.com/shared/podcasts/title/10935/67171","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","","","0","","0000-00-00","0","","0"),
("25498","LAN","0","2019-02-14","1","0","9B1/Sc","S7","B1.3.5","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("25499","LAN","0","2019-02-15","4","0","9B1/Sc","S7","B1.3.6","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("25500","DLN","0","2019-02-11","1","0","9B1/Sc","S7","B1.3.2","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nAnnie (body model)\n\n-----------","","0","","0000-00-00","0","","0"),
("25501","DLN","0","2019-02-12","3","0","9B1/Sc","S7","b1.3.3","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25502","SFD","0","2019-02-12","3","0","9B2/Sc","S5","P1.3.03","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25503","SFD","0","2019-02-13","5","0","9B2/Sc","S5","P1.3.04","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25504","SFD","0","2019-02-14","1","0","9B2/Sc","S5","","Off Timetable","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25505","SFD","0","2019-02-15","4","0","9B2/Sc","S5","P1.3.05","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.","","0","","0000-00-00","0","","0"),
("25506","SFD","0","2019-02-11","1","0","9B2/Sc","S5","P1.3.01","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25507","CML","0","2019-02-11","1","0","9B3/Sc","S4","","LA2 reteach and extend","","","","","","","","","","Nothing thank you!","","0","","0000-00-00","0","","0"),
("25508","CML","0","2019-02-14","1","0","9B3/Sc","S4","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("25509","JHT","0","2019-02-13","5","0","9B3/Sc","S4","B1.3.10","Required Practical - pH and Enzyme Action","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------","","0","","0000-00-00","0","","0"),
("25510","JHT","0","2019-02-12","3","0","9B3/Sc","S4","B1.3.03","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------","","0","","0000-00-00","0","","0"),
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("25633","SKT","0","2019-02-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25634","CML","0","2019-02-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25635","DLN","0","2019-02-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25636","SSN","0","2019-02-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25637","CPD","0","2019-02-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25638","SFD","0","2019-02-26","5","0","10ASK/Sc","S5","C1.5.01","Why are chemical equations always balanced? and HWK","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n","1) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n2) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.","What is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO ","","Balanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nreaction\nchemical\natoms\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.","","","Activity 1)\nModel the law of conservation using molecular model kits.
\nTeacher Demo:
\nLead Nitrate and potassium Iodide.
\n
\nPerform on balance no change in mass.
\n
\nWrite simple word equations.
\n
\nWrite simple symbol equations.
\n
\nBalance symbol equations.
\n
\nExtended writing: describe the equations given in terms of number of moles, reactants and products.
\n
\nGF: balance complex equations and add state symbols.","Activity 1)\nTeacher Demo:\nLead Nitrate and potassium Iodide.\nbalance","","0","","0000-00-00","0","","0"),
("25639","SFD","0","2019-03-01","2","0","10ASK/Sc","S5","C1.5.03","Why do some reactions appear to have a mass change?","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n","1) Some reactions may appear to involve a change in mass but this can usually be explained because a reactant or product is a gas and its mass has not been taken into account. For example: when a metal reacts with oxygen the mass of the oxide produced is greater than the mass of the metal or in thermal decompositions of metal carbonates carbon dioxide is produced and escapes into the atmosphere leaving the metal oxide as the only solid product.\n3) Whenever a measurement is made there is always some uncertainty about the result obtained.","When a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nExplain why in the reaction below the mass of the products would be greater than that of the reactants
\n2Mg (s) O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nA pippette has an uncertainty of +/-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = +/- 0.03mL","","Metal carbonate: A metal that contains carbon and oxygen.\nMetal Oxide: Metal that contains Oxygen\nThermal decomposition: A reaction in which a substance is broken down into at least two other substances by heat\nGas: One of the states of matter with the most amount of energy.","","","Activity 1)\nExtended writing: use measurements of mass before and after an experiment to explain what has happened to the mass during the experiment and why it has happened.","Activity 1)\nUse magnesium ribbon to produce magnesium oxide. Measure the mass of the ribbon at the start of the experiment, burn the ribbon in a strong Bunsen flame (SAFETY required) and measure the mass of the ribbon at the end of the experiment.\n\nUse HCl acid in a conical flask with CaCO3. Measure the mass of the reaction on a top pan balance as the reaction proceeds over two minutes.\n\n-----------\n\nActivity 2)\nKerry prepared for SNK\nwaste bowl\nmagnesium ribbon\nconical flask\nbalances\nweighing boats\ncrucibles and lids\npipettes\npipe clay triangles","","0","","0000-00-00","0","","0"),
("25640","SFD","0","2019-02-26","1","0","10ASK/Sc","S5","","B1.5 Mastery and TR","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25641","SFD","0","2019-02-27","3","0","10ASK/Sc","S5","C1.5.02","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","","","0","","0000-00-00","0","","0"),
("25642","CLA","0","2019-03-01","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25643","CML","0","2019-03-01","2","0","10BSK/Sc","S2","","Mass changes when products/reactants are gas.","","","","","","","","","","Marble chips (any size will do), hydrochloric acid, conical flask, balloons, mini balances, spatulas, measuring cylinders.\nSafety screen and metre ruler with splint attached for demo to light balloons of hydrogen.","","0","","0000-00-00","0","","0"),
("25644","CML","0","2019-02-26","1","0","10BSK/Sc","S2","","Conservation of mass.","","","","","","","","","","Hydrogen bomb demo:\nplastic container filled with hydrogen gas, stoppered and clamped upside down to a retort stand behind a safety screen.\nMetre ruler with a splint attached to the end. Matches.","","0","","0000-00-00","0","","0"),
("25645","CML","0","2019-02-27","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25646","LAN","0","2019-02-26","1","0","10CLA/Sc","S7","b1.4.06","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","Activity 1)\nScreaming Jelly Baby\nHeat packs \n\n(JGN can you support so Tom can do this?)\n\n-----------","","0","","0000-00-00","0","","0"),
("25647","LAN","0","2019-02-26","5","0","10CLA/Sc","S7","B1.4.07","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion\n15) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","Metabolism : the sum of all the chemical reactions in the body.\nCardiovascular : the heart and blood vessels.\nYeast : a microscopic fungus consisting of single oval cells that reproduce by budding.\nAnaerobic : without oxygen.","","","Activity 1)\nGF Why is it important to warm up and warm down before and after vigorous exercise?\nActivity 5)\nSlow mo of Usain Bolt - point out how he holds his breath - ask how he can possibly keep energy going to his muscles without O2.","","","0","","0000-00-00","0","","0"),
("25648","LAN","0","2019-02-27","3","0","10CLA/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25649","LAN","0","2019-03-01","2","0","10CLA/Sc","S7","C1.5.01","Why are chemical equations always balanced?","","Students should understand the use of the multipliers in equations in normal script before a formula and in subscript within a formula.\n","1) The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\n2) This means that chemical reactions can be represented by symbol equations which are balanced in terms of the numbers of atoms of each element involved on both sides of the equation.","What is the law of the conservation of mass? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants.\nWhy must we ensure that chemical equations are balanced? To accurately represent that no atoms are being made or lost during a chemical reaction, they are just converting from one form to another.\nWhat do the multipliers in normal script before a chemical formula represent? Eg 2MgO:The normal script numbers before a chemical formula represent you have that many of that particular atom or molecule. In the example 2MgO, the 2 represents that there are two molecules of MgO ","","Balanced equations: When the total number of atoms in the reactants equals the total number of atoms in the products.\nreaction\nchemical\natoms\nConservation of Mass: No atoms are lost or made during a chemical reaction. This means that the mass is always conserved.","","","Activity 1)\nModel the law of conservation using molecular model kits.
\nTeacher Demo:
\nLead Nitrate and potassium Iodide.
\n
\nPerform on balance no change in mass.
\n
\nWrite simple word equations.
\n
\nWrite simple symbol equations.
\n
\nBalance symbol equations.
\n
\nExtended writing: describe the equations given in terms of number of moles, reactants and products.
\n
\nGF: balance complex equations and add state symbols.","Activity 1)\nTeacher Demo:\nLead Nitrate and potassium Iodide.\nbalance\n\n-----------","","0","","0000-00-00","0","","0"),
("25650","PKT","0","2019-02-26","1","0","10JCE/Sc","S1","P1.5.3","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.\n\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\n\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\nRutherford alpha particle scattering demo (upturned tray with hidden small box and marbles).\n\n---OR---\n\n1p pieces and 2p pieces.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25651","PKT","0","2019-02-27","3","0","10JCE/Sc","S1","P1.5.4","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (γ) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term 'activity' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of 'count rate' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (γ)? A gamma ray (γ) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:\n;*Thickness of paper.\n;* Detecting leaks in pipes.\n;* Cancer treatment.\n;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","Activity 6)\nPlasticine \nCameras\n\n-----------\n\nActivity 10)\nRadioactive sources\nGeiger muller tube\ncounter.\n\n-----------","","0","","0000-00-00","0","","0"),
("25652","PKT","0","2019-03-01","2","0","10JCE/Sc","S1","P1.5.5","How does nuclear radiation change an atom?","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.
;
;For example, radon decays into polonium when it emits an alpha particle.
;
;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.
;
;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:
;The atomic mass number stays the same
;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("25653","DLN","0","2019-02-26","1","0","10JCE/Sc","S1","P1.5.3","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\nRutherford alpha particle scattering demo (upturned tray with hidden small box and marbles).\n\n---OR---\n\n1p pieces and 2p pieces.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25654","DLN","0","2019-02-27","3","0","10JCE/Sc","S1","P.1.5.4","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25655","CLA","0","2019-02-26","1","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25656","CLA","0","2019-02-26","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25657","CLA","0","2019-02-27","3","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25658","CLA","0","2019-03-01","2","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25659","SNK","0","2019-02-26","1","0","10SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("25660","SNK","0","2019-02-27","3","0","10SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("25661","SNK","0","2019-03-01","2","0","10SNK/Sc","S3","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo potometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25662","SMT","0","2019-02-25","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25663","SDN","0","2019-02-26","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25664","SDN","0","2019-02-26","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25665","CML","0","2019-02-26","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25666","CML","0","2019-02-27","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25667","CML","0","2019-02-28","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25668","CML","0","2019-03-01","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25669","CPD","0","2019-02-26","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25670","CPD","0","2019-02-27","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25671","CPD","0","2019-02-28","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25672","CPD","0","2019-03-01","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25673","LAN","0","2019-02-26","4","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25674","LAN","0","2019-02-27","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25675","LAN","0","2019-02-28","4","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25676","LAN","0","2019-03-01","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25677","PKT","0","2019-03-01","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25678","PKT","0","2019-02-26","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25679","PKT","0","2019-02-27","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25680","PKT","0","2019-02-28","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25681","SFD","0","2019-02-27","1","0","11SFD/Sc","S5","","PPE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25682","SFD","0","2019-02-28","4","0","11SFD/Sc","S5","","PPE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25683","SFD","0","2019-02-26","4","0","11SFD/Sc","S5","","PPE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25684","SFD","0","2019-03-01","1","0","11SFD/Sc","D8","","PPE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25685","DLN","0","2019-02-26","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25686","SKT","0","2019-02-26","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25687","SKT","0","2019-02-27","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25688","SKT","0","2019-02-28","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25689","SKT","0","2019-03-01","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25690","SNK","0","2019-02-26","4","0","11SNK/Sc","S3","","","","","","","","","","","","PPE X","","0","","0000-00-00","0","","0"),
("25691","SNK","0","2019-02-27","1","0","11SNK/Sc","S3","","","","","","","","","","","","PPE X","","0","","0000-00-00","0","","0"),
("25692","SNK","0","2019-02-28","4","0","11SNK/Sc","S3","","","","","","","","","","","","PPE X","","0","","0000-00-00","0","","0"),
("25693","SNK","0","2019-03-01","1","0","11SNK/Sc","S3","","","","","","","","","","","","PPE X","","0","","0000-00-00","0","","0"),
("25694","SDN","0","2019-02-25","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25695","SDN","0","2019-02-26","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25696","DLN","0","2019-02-27","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25697","SNK","0","2019-02-27","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25698","SDN","0","2019-02-25","3","0","7A1/Sc","S1","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","","","0","","0000-00-00","0","","0"),
("25699","SDN","0","2019-02-27","5","0","7A1/Sc","S1","2C.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\nMagnesium strip\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("25700","SKT","0","2019-02-28","3","0","7A1/Sc","S2","2C.03","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------","","0","","0000-00-00","0","","0"),
("25701","SKT","0","2019-02-26","3","0","7A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25702","LAN","0","2019-02-27","5","0","7A2/Sc","S7","2p.07","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("25703","LAN","0","2019-02-28","3","0","7A2/Sc","S7","2p.08","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvaseline \ndrawing pins\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25704","CML","0","2019-02-25","3","0","7A2/Sc","S7","2p.05","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","transfer\nenergy \ncombustion \nfuel ","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel pieces\nCheese puffs\nBurning Pins\nThermomenters\nCopper calorimeters (with lids)\n(Jewellery) balances\n\n-----------","","0","","0000-00-00","0","","0"),
("25705","CML","0","2019-02-26","3","0","7A2/Sc","S7","2p.06","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("25706","SDN","0","2019-02-28","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25707","SDN","0","2019-03-01","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25708","LAN","0","2019-02-25","3","0","7B1/Sc","S5","2p.06","Skill focus: Analysis","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?\n2) W: Amount of energy transferred can be measured in Joules.\n3) T: energy as a quantity that can be quantified and calculated; the total energy has the same value before and after a change","What do we measure the amount of energy transferred in? Amount of energy transferred can be measured in Joules.","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Energy\nJoules: The unit in which energy is measured. (kgm^2/s^2)\nTransfer","","","Activity 1)\nAnalysis","","","0","","0000-00-00","0","","0"),
("25709","JHT","0","2019-02-27","5","0","7B1/Sc","S5","2p.08","What direction does Heat travel?","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvaseline \ndrawing pins\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25710","JHT","0","2019-02-28","3","0","7B1/Sc","S5","2p.09","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp x 1\nClass: \n250mL beakers \n100ml beakers\n1 colour of food colouring, put a small amount of food colouring into the 100ml beakers\npipettes\ntimers\nThermometers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25711","LAN","0","2019-02-27","4","0","7B1/Sc","S7","2p.07","Halfway Review","","Review of 2P.1","1) A: Review of 2P.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2P.1","","","0","","0000-00-00","0","","0"),
("25712","CLA","0","2019-02-27","4","0","7B2/Sc","S6","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("25713","SNK","0","2019-02-25","3","0","7B2/Sc","S3","2B.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25714","SNK","0","2019-02-27","5","0","7B2/Sc","S3","2B.8","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25715","SNK","0","2019-02-28","3","0","7B2/Sc","S3","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25716","SDN","0","2019-03-01","4","0","7c/It2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25717","JHT","0","2019-02-26","1","0","7c/It2","L9","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25718","SDN","0","2019-02-27","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25719","SDN","0","2019-02-25","4","0","7C1/Sc","S1","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","-----------","","0","","0000-00-00","0","","0"),
("25720","SDN","0","2019-02-26","3","0","7C1/Sc","S1","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","-----------","","0","","0000-00-00","0","","0"),
("25721","SDN","0","2019-02-27","2","0","7C1/Sc","S1","2C.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\nMagnesium strip\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("25722","SDN","0","2019-02-28","5","0","7C1/Sc","S1","2C.03","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25723","SDN","0","2019-03-01","5","0","7C1/Sc","S1","2C.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","Activity 1)\nGraph paper\nPencils\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25724","SFD","0","2019-02-25","4","0","7C2/Sc","S5","2P.08","What direction does Heat travel? 67","","","1) W: Hot objects have more heat energy than cooler ones.\n2) W: Heat energy flows from hot objects to cooler ones.\n3) W: Heat energy stops flowing when objects are the same temperature.\n4) Heat energy can transfer through contact known as conduction.\n5) Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\n6) Energy is passed on as the fast moving particles slow down as the slower particles speed up.","Why do hot objects have more energy than cooler ones? How is this energy transferred? heating and thermal equilibrium:;temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through; - contact (conduction) or; - radiation; ;such transfers tending to reduce the temperature difference;\nIn which direction does heat energy flow? Heat energy flows from hot objects to cooler ones.\nWhen does heat energy stop flowing? Heat energy stops flowing when objects are the same temperature.\nWhat do we call energy transfer through contact? Heat energy can transfer through contact known as conduction.\nWhen does conduction occur? Conduction occurs when fast moving (hot) particles collide with slower (cooler) particles.\nWhy does energy transfer in conduction? Energy is passed on as the fast moving particles slow down as the slower particles speed up.","","Thermal (Heat)\nEnergy\nConduction: Transfer of heat through contact between particles.\nParticles\nCollide: Where two or more objects hit into each other.\nTransfer\nTemperature: A measure of the thermal energy of the average individual particle.","","","Activity 1)\nDEMO: \nconductivity tray which lights matches\n\nClass: \nConduction of metal rods","Activity 1)\nconductivity tray that lights matches \n\nClass: \ndifferent metal rods \nvaseline \ndrawing pins","","0","","0000-00-00","0","","0"),
("25725","SFD","0","2019-02-26","3","0","7C2/Sc","S5","2P.09","How else can Heat travel? 68","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \ninfrared lamp x 1\nClass: \n250mL beakers \n100ml beakers\n1 colour of food colouring, put a small amount of food colouring into the 100ml beakers\npipettes\ntimers\nThermometers","","0","","0000-00-00","0","","0"),
("25726","SFD","0","2019-02-27","2","0","7C2/Sc","S5","2P.10","What is an insulator? 69","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers","","0","","0000-00-00","0","","0"),
("25727","SFD","0","2019-02-28","5","0","7C2/Sc","S5","2P.11","Progress Observation Opportunity and HWK 70","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("25728","SFD","0","2019-03-01","5","0","7C2/Sc","S5","2P.12","Reflection 71","","","1) W: Reflection","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("25729","CLA","0","2019-02-25","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25730","CLA","0","2019-02-26","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25731","CLA","0","2019-02-27","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25732","CLA","0","2019-02-28","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25733","DLN","0","2019-02-26","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25734","JHT","0","2019-02-28","5","0","7P/Sc","S3","2B.9","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("25735","JHT","0","2019-03-01","5","0","7P/Sc","S3","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25736","SNK","0","2019-02-25","4","0","7P/Sc","S3","2b.6","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------","","0","","0000-00-00","0","","0"),
("25737","SNK","0","2019-02-26","3","0","7P/Sc","S3","2B.7","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("25738","SNK","0","2019-02-27","2","0","7P/Sc","S3","2B.8","Where do organisms get their energy from?","","Review of 2B.1","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\nkettles\n\n-----------","","0","","0000-00-00","0","","0"),
("25739","SDN","0","2019-02-27","4","0","7X/Sc","S1","2C.02","What is the link between Lego and chemistry?","","Complete drawings in AM:ECM Matrix","1) T: There are only around 100 types of atoms (elements) to make up the millions of chemicals.\n2) T: Atoms are the smallest part of a chemical, and can not be split chemically.\n3) T: Groups of bonded atoms are called Molecules.\n4) T: Elements are made up of only one type of atom.\n5) T: Compounds are made up of more than one type of atom, in a fixed combination.\n6) T: A Mixture is a collection of different particles in the same place.\n7) A: Complete drawings in AM:ECM Matrix","How many elements are there and where can we find this list? There are only around 100 types of atoms (elements) to make up the millions of chemicals.\nWhat is an atom? Atom is the smallest part of an element.\nWhat is a molecule? Molecules are atoms that are bonded together.\nWhat is an element? A chemical made up of only one type of atom.\nWhat is a compound? Compounds are made up of more than one type of atom, in a fixed combination.\nWhat is a mixture? A Mixture is a collection of different particles in the same place.","https://www.mrcorfe.com/MemoryAnchors/efeb829d5d3ee002e83e5d640d362170.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/bccab2c54866ae549bfe2fc5e1771321.png","Atom\nChemical\nElement\nMixture\nFixed combination\nMolecule\nBond\nCompound","","","Activity 2)\nBridge map Lego analogy.\n\nModel => Chemical\nBrick => Atom\nColour => Type\nTower => Molecule\nSingle Coloured tower => Element molecule\nMulticoloured tower => Compound\nBlocks in box => mixture\nActivity 3)\nBridge map Lego analogy\nActivity 4)\nBridge map Lego analogy\nActivity 5)\nBridge map Lego analogy\nActivity 6)\nBridge map Lego analogy\n\nShow Air on Atomscope","Activity 2)\nVarious Large Lego bricks\nMagnesium strip\nBlue glass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25740","SDN","0","2019-02-28","3","0","7X/Sc","S1","2C.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","Activity 1)\nGraph paper\nPencils\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25741","PKT","0","2019-02-25","3","0","7X/Sc","S2","2C.01","What did John Dalton work out?","","","1) W: There are millions of chemicals in the world.\n2) T: During the 1800s, John Dalton did experiments to break down chemicals until they could not be split any further.\n3) T: Dalton found some chemicals do not split into other chemicals, these are known as elements.\n4) W: Elements are made of only one type of particle.\n5) W: The type of particle determines the element (chemical).\n6) T: Dalton found some chemical do split into other chemicals, these are known as compounds.\n7) W: Compounds are made up of more than one type of particles.\n8) T: Dalton found compounds always split into the same proportions.\n9) H: SET HOMEWORK: Wordsearch","What are there more of, chemicals or elements? There are more chemicals than elements.\nWhat experiments did John Dalton carry out? John Dalton did experiments to break down chemicals until they could not be split any further.\nWhat are chemicals that can not be split into other chemicals called? Chemicals that do not split into other chemicals are known as elements.\nWhat is an element made of? An element is made of only one type of particle.\nWhat determines the element? The type of particle determines the element. Each element has a unique number of protons.\nWhat are chemicals called that are made of more than one element chemically bonded together? Chemicals made of more than element chemically bonded are known as compounds.\nWhat is a compound made up of? Compounds are made up of more than one type of particle.\nWhat did Dalton find out when he split compounds? Dalton found compounds always split into the same proportions.","https://www.mrcorfe.com/MemoryAnchors/740c0f20fd639c9c7ef27f9dd146f8a2.jpg","Chemical: A substance produced by or used in a chemical process.\nCompound\nElement: A chemical that can not be broken down.\nParticles","","","Activity 8)\nElectrolysis of water.\n\nHydrogen rocket\n\nProve twice as much hydrogen as oxygen in water.","","","0","","0000-00-00","0","","0"),
("25742","PKT","0","2019-02-27","5","0","7X/Sc","S2","2C.03","How do we read and write chemistry?","","Students can identify the number of elements in a compound from its formulae.\nStudents can identify the number of atoms in a compound from its formulae.","1) Each element has a chemical symbol.\n2) Some chemical symbols consist of two letters (as there are more than 26 elements).\n\nChemical symbols start with a capital letter.\n3) T: Compounds have chemical formulae which show the elements in the compound.\n4) W: Compounds have chemical formulae with more than one capital letter in.\n5) W: Elements have chemical formulae with only one capital letter in.\n6) A: Students can identify the number of elements in a compound from its formulae.\n7) A: Students can identify the number of atoms in a compound from its formulae.\n8) W: Mixture 'formulae' have a plus sign in.","How do we represent chemicals universally? chemical symbols and formulae for elements and compounds\nWhat rules apply to all chemical symbols? Some chemical symbols consist of two letters (as there are more than 26 elements).;;Chemical symbols start with a capital letter.\nWhat does the chemical formulae of a compound show? Compounds have chemical formulae which show the elements in the compound.\nHow can you tell a compound from the formula of it? Compounds have chemical formulae with more than one capital letter in.\nHow can you tell an element from the formula of it? Elements have chemical formulae with only one capital letter in.\nHow can we identify the number of elements in a compound? We identify the number of elements in a compound by counting the number capital letters in the formulae.\nIdentify the number of element and atoms in the following formulae:\nCO\nCo\nNaOH\nMgO\nMgSO4\nCaCO3\nCaCl\n\nWhat are the elements in the above formulae? CO 2 atoms, 2 elements. NaOH 4 atoms, 3 elements. MgO 2 atoms, 2 elements. MgSO4 6 atoms, 3 elements. CaCO3 5 atoms, 3 elements. CaCl 2 atoms, two elements. ;CO2 carbon and oxygen. NaOH sodium, oxygen and hydrogen. MgO magnesium and oxygen. MgSO4 magnesium, sulfur and oxygen. CaCO3 calcium, carbon and oxygen. CaCl calcium and chlorine.\nHow can you represent a mixture in writing? Mixture formulae have a plus sign in.","","Element: A substance made of only one type of atom.\nChemical formulae\nCompound: A substance made of more than one type of atom, with all molecules being the same.\nChemical symbol\nMixture\nAtom","","","Activity 4)\nDemo 1: \nshow different properties of elements Fe and S in a mixture compared to as a compound of FeS.","Activity 4)\nmixture of sulfur and iron filings \nmagnet \ntest tube with some sulfur and iron \nhammer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25743","CML","0","2019-03-01","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25744","PKT","0","2019-02-25","5","0","8A1/Sc","S3","","Life Lab Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25745","PKT","0","2019-02-26","2","0","8A1/Sc","S3","","Life Lab Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25746","PKT","0","2019-02-27","4","0","8A1/Sc","S3","","Life Lab Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25747","PKT","0","2019-02-28","1","0","8A1/Sc","S3","","Life Lab Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25748","JHT","0","2019-02-25","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25749","JHT","0","2019-02-26","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25750","JHT","0","2019-02-27","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25751","JHT","0","2019-02-28","1","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25752","CML","0","2019-02-27","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25753","CML","0","2019-02-28","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25754","CML","0","2019-02-25","5","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25755","CML","0","2019-02-26","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25756","JHT","0","2019-03-01","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25757","CLA","0","2019-02-25","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25758","CLA","0","2019-03-01","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25759","CLA","0","2019-02-28","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25760","CLA","0","2019-03-01","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25761","SNK","0","2019-02-26","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25762","CLA","0","2019-02-25","4","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25763","CLA","0","2019-02-27","2","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25764","DLN","0","2019-02-25","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25765","DLN","0","2019-02-27","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25766","CML","0","2019-02-26","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25767","CML","0","2019-02-25","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25768","CML","0","2019-02-27","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25769","CML","0","2019-02-28","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25770","CML","0","2019-03-01","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25771","CLA","0","2019-02-28","1","0","8E/Sc","S6","","Off timetable - LifeLab","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25772","SFD","0","2019-02-25","5","0","8E/Sc","S5","","LifeLab Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25773","SFD","0","2019-02-27","4","0","8E/Sc","S5","","Pick up the pieces of LifeLab. Complete booklets.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25774","CLA","0","2019-02-26","2","0","8E/Sc","S6","5B.01","What is in the human reproductive systems? 64","","","1) T: Structure and function of the male reproductive systems:\n - Testes: Where sperm cells are produced.\n2) T: - Scrotum: A bag of skin which holds the testes away from the body so the testes are cooler.\n3) T: - Glands: Adds fluids to sperm to make semen. Sperm use this fluid as an energy source.\n4) T: - Sperm duct: Tube which carries the semen to the penis.\n5) T: - Penis: Allows insertion into female.\n6) T: - Urethra: Tube which carries sperm out of the penis.\n7) T: Structure and function of the female reproductive systems:\n - Ovary: Where eggs are stored and matured.\n8) T: - Oviducts: Tube which carries eggs from the ovary to the Uterus.\n9) T: - Uterus: Where the baby develops.\n10) T: - Cervix: The opening of the Uterus.\n11) T: - Vagina: Receives the semen.\n12) T: During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.\n\n\n (without details of hormones)","What is the function of the Testes? Testes are where sperm cells are produced.\nWhat is the function of the Scrotum? The Scrotum is a bag of skin which holds the testes away from the body so the testes are cooler.\nWhat is the function of the Glands? The Glands add fluids to sperm to make semen. Sperm use this fluid as an energy source.\nWhat is the function of the Sperm duct? The Sperm duct is a tube which carries the semen to the penis.\nWhat is the function of the Penis? The Penis allows insertion of semen into female.\nWhat is the function of the Urethra? The Urethra is a tube which carries sperm out of the penis.\nWhat is the function of the Ovary? The Ovary is where eggs are stored and matured.\nWhat is the function of the Oviducts? The Oviducts are tubes which carries eggs from the ovary to the Uterus.\nWhat is the function of the Uterus? The Uterus is where the baby develops.\nWhat is the function of the Cervix? The Cervix is the opening of the Uterus.\nWhat is the function of the Vagina? The Vagina receives the semen.\nWhat happens to the lining of the Uterus during the Menstrual cycle? During the Menstrual cycle the blood rich lining of the Uterus thickens in readiness for pregnancy. If not used the lining is shed during menstruation.","https://www.mrcorfe.com/MemoryAnchors/114f35330f36434693a4108fae18b225.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/Male.png\nhttps://www.mrcorfe.com/MemoryAnchors/Female.png","Uterus\nCervix\nVagina\nMenstrual cycle\nMenstruation\nPregnancy\nOviducts\nOvary\nGlands\nScrotum\nSperm duct\nSperm\nUrethra\nPenis\nTestes","","","Activity 12)\nA letter needs to go home first:\nhttp://www.bbc.co.uk/education/clips/z3bmpv4","","","0","","0000-00-00","0","","0"),
("25775","PKT","0","2019-02-25","4","0","8S/Sc","S2","6B.01","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("25776","PKT","0","2019-02-26","5","0","8S/Sc","S2","6B.02","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","Activity 2)\nGreen Agar cubes with UI\n0.25M 0.5M 1M 1.5M 2M HCL\nStopwatches\n\nPotassium Permangante Crystal and large beaker\n\nPerfume to spray\n\n-----------\n\nActivity 3)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated\n\n-----------","","0","","0000-00-00","0","","0"),
("25777","PKT","0","2019-02-27","2","0","8S/Sc","S2","6B.03","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("25778","PKT","0","2019-02-28","5","0","8S/Sc","S2","","Life Lab Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25779","PKT","0","2019-03-01","5","0","8S/Sc","S2","","Life Lab Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25780","JHT","0","2019-02-25","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25781","JHT","0","2019-02-27","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25782","SNK","0","2019-02-25","2","0","9A1/Sc","S3","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.\n","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","Organ : a group of tissues working together to perform a particular function.\nChloroplasts : vesicles full of the photosynthetic pigment chlorophyll.\nEpidermis : the surface tissue.\nTissue : a group of cells working together to perform a function.","","","Activity 1)\nCard sort or virtual tour of the leaf tissue.","","","0","","0000-00-00","0","","0"),
("25783","SNK","0","2019-02-28","2","0","9A1/Sc","S3","","","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","","","0","","0000-00-00","0","","0"),
("25784","SNK","0","2019-03-01","3","0","9A1/Sc","S3","","","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","","","0","","0000-00-00","0","","0"),
("25785","CLA","0","2019-02-25","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25786","CLA","0","2019-02-28","2","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25787","CLA","0","2019-03-01","3","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25788","SKT","0","2019-02-25","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25789","SKT","0","2019-02-28","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25790","SKT","0","2019-03-01","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25791","PKT","0","2019-02-25","2","0","9A4/Sc","S1","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25792","PKT","0","2019-02-28","2","0","9A4/Sc","S1","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25793","PKT","0","2019-03-01","3","0","9A4/Sc","S1","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25794","CLA","0","2019-02-26","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25795","LAN","0","2019-02-25","1","0","9B1/Sc","S7","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("25796","LAN","0","2019-02-25","2","0","9B1/Sc","S7","B1.3.04","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","https://www.mrcorfe.com/MemoryAnchors/c80f087fa2224f6df15dd740c6bd62b7.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/dfba9902eee0c92c0a840d5672511a05.gif\nhttps://www.mrcorfe.com/MemoryAnchors/fa4533abb26aeb7e868ba233e54b7be9.jpg\nhttps://members.gcsepod.com/shared/podcasts/title/10935/67171","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 1)\nPluck dissection\nActivity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 4)\nHeart Dissection\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","-----------\n\nActivity 4)\nClass dissection kits hearts for 1 between 2\n\n-----------","","0","","0000-00-00","0","","0"),
("25797","LAN","0","2019-02-28","2","0","9B1/Sc","S7","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","https://www.mrcorfe.com/MemoryAnchors/c80f087fa2224f6df15dd740c6bd62b7.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/dfba9902eee0c92c0a840d5672511a05.gif\nhttps://www.mrcorfe.com/MemoryAnchors/fa4533abb26aeb7e868ba233e54b7be9.jpg\nhttps://members.gcsepod.com/shared/podcasts/title/10935/67171","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25798","LAN","0","2019-03-01","4","0","9B1/Sc","S7","b1.3.08","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25799","SFD","0","2019-02-28","2","0","9B2/Sc","S5","B1.3.01","What are the levels of organisation? and HWK (possibly cover?)","","Students should be able to develop an understanding of size and scale in relation to cells, tissues, organs and systems.\n","1) Cells are the basic building blocks of all living organisms.\n2) A tissue is a group of cells with a similar structure and function.\n3) Organs are aggregations of tissues performing specific functions.\n4) Organs are organised into organ systems, which work together to form organisms.","What are the basic building blocks of living organisms? The basic building blocks of living organisms are called cells\nWhat is a tissue? A tissue is a group of cells with a similar structure and function.\nWhat are organs? Organs are aggregations of tissues performing specific functions.\nWhat are organ systems? Organs are organised into organ systems, which work together to form organisms.\nWhat is the order, from smallest to largest, of organs, organ systems, cells and tissues? The cellular organisation is: Cells, tissues, organs and organ systems.","","Organ System: Organs working together to perform a major specific role/system in the organism.\nOrgans are groups of tissues working together to perform specific functions.\nTissue is a group of cells with a similar structure and function.\nCells: Smallest part of a living","","","Activity 1)\nhttp://www.htwins.net/scale2/\nActivity 5)\nhttps://www.youtube.com/watch?v=IYSlId-Ri7Q\n\nUse examples from the digestive system to go from cell to organ system, giving the role of each part.\nhttp://www.siumed.edu/~dking2/erg/gicells.htm\ne.g. goblet cells in small intestine http://www.siumed.edu/~dking2/erg/gicells.htm#goblet","Activity 1)\nx","","0","","0000-00-00","0","","0"),
("25800","SFD","0","2019-03-01","4","0","9B2/Sc","S5","B1.3.02","What is the role of the digestive system?","","Students should be able to relate knowledge of enzymes to Metabolism.\n","1) The digestive system is an example of an organ system in which several organs work together to digest and absorb food.\n3) The products of digestion are used to build new carbohydrates, lipids and proteins. Some glucose is used in respiration.\n4) Bile is made in the liver and stored in the gall bladder. \n5) [Bile] is alkaline to neutralise hydrochloric acid from the stomach.\n6) [Bile] also emulsifies fat to form small droplets which increases the surface area. \n7) The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","Why is the digestive system an example of an organ system? The digestive system is an example of an organ system as it has several organs working together.\nHow do enzymes relate to metabolism? Enzymes relate to metabolism as they help in the digestion of food.\nWhat are the products of digestion used for? The products of digestion are used to build new carbohydrates, lipids and proteins as well as glucose being used for respiration.\nWhere is bile made and stored? Bile is made in the liver and stored in the gall bladder\nWhat does bile do with the stomach acid? Bile neutralises stomach acid.\nWhat does bile do with fats? Bile emulsifies fats to form small droplets to increase the surface area of the fats and increase the rate of digestion.\nWhat two factors increase the rate of fat breakdown by lipase? The alkaline conditions and large surface area increase the rate of fat breakdown by lipase.","","Emulsify: to break up fat into smaller parts by allowing it mix better with water.\nBile: Chemical made in the liver that neutralises stomach acid and emulsify fats.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.\nDigestion: The process by which food is broken down and absorbed into the blood to be used by cells.","","","Activity 1)\nIdentify the organs of the digestive system, the order and the role of each organ and which enzymes are created in each.\nActivity 7)\nDescribe the role of bile in aiding digestion.\nExplain why emulsifying fats makes digestion more effective\nE/W - Describe how a burger is broken down into fatty acids, glycerol, amino acids and sugars in the blood.","Activity 3)\nTorso model\nGeorgina","","0","","0000-00-00","0","","0"),
("25801","SFD","0","2019-02-25","1","0","9B2/Sc","S5","P1.3.06","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Activity 1)\nNational grid demo\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25802","SFD","0","2019-02-25","2","0","9B2/Sc","S5","","P1.3 Mastery and TR","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25803","CML","0","2019-02-25","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25804","CML","0","2019-02-25","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25805","JHT","0","2019-02-28","2","0","9B3/Sc","S4","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25806","JHT","0","2019-03-01","4","0","9B3/Sc","S4","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25807","SKT","0","2019-02-26","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25808","JHT","0","2019-02-27","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25809","JHT","0","2019-02-26","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25810","JHT","0","2019-02-28","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25811","PKT","0","2019-02-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25812","DLN","0","2019-02-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25813","CLA","0","2019-02-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("25940","SFD","0","2019-03-04","3","0","10ASK/Sc","S5","C1.5.06","What is a limiting factor?","","Students should be able to explain the effect of a limiting quantity of a reactant on the amount of products it is possible to obtain in terms of amounts in moles or masses in grams.\n","1) In a chemical reaction involving two reactants, it is common to use an excess of one of the reactants to ensure that all of the other reactant is used.\n2) The reactant that is completely used up is called the limiting reactant because it limits the amount of products.","(HT only)What is meant when a reactant is said to be in excess? An?excess?reactant is any reactant in a?chemical reaction with a greater amount than necessary to react completely with the all other reactants.\nWhat is meant when a reactant is described as a limiting reactant? A limiting reactant is a reactant that when completely used up the reaction will cease. This is because it limits the amount of products that can be made.\n(HT only)\n2H2 O2 --> 2H2O\nYou react 10g of oxygen with 10g of hydrogen. Only 11.25g of product is made the rest of the reactants remain unused. Suggest why the full mass of reactants did not react. What is the leftover unreacted substance? Oxygen is the limiting reactant in this example. Once all of the oxygen is used up the reaction will be unable to continue. Hydrogen therefore we would describe as being in excess, so the 8.75g of leftover reactant would be unused hydrogen that was not used up during the chemical reaction.","","Excess: more chemical than required for the reaction to go to completion.\nThe limiting reagent (or limiting reactant, LR) in a chemical reaction is the substance that is totally consumed when the chemical reaction is complete. The amount of product formed is limited by this reagent, since the reaction cannot continue without it
\nLimiting factor: Search Results","","","Activity 1)\nDefine the term limiting reactant.
\nLink the limiting reactant to the number of moles.
\nLink the limiting reactant to the masses in grams.
\n
\nUse a small strip of magnesium ribbon in 20 ml HCl acid. Identify which reactant is the limiting reactant and state the reason for this choice.","Activity 1)\nHCl\nMagnesium Ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25941","SFD","0","2019-03-05","4","0","10ASK/Sc","S5","C1.5.07","What are solutions?","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25942","SFD","0","2019-03-05","5","0","10ASK/Sc","S5","","Mastery and TR.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25943","SFD","0","2019-03-06","1","0","10ASK/Sc","S5","P1.5.01","How do atoms interact with electromagnetic radiation?","","","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) ","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Atomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nElectron : a stable subatomic particle with a charge of negative electricity.\nAtom : the smallest particle of a chemical element that can exist.","","","Activity 2)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 6)\nResearch how absorption and emission spectra are formed.","","","0","","0000-00-00","0","","0"),
("25944","SFD","0","2019-03-08","5","0","10ASK/Sc","S5","P1.5.02","How do subatomic particles relate to each other?","","Students should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n","1) In an atom the number of electrons is equal to the number of protons in the nucleus. \n2) Atoms have no overall electrical charge.\n3) All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\n4) The total number of protons and neutrons in an atom is called its mass number.\n5) Atoms can be represented as shown in this example:
\n(Mass number) (Atomic number) 23 11 Na\n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms turn into positive ions if they lose one or more outer electron(s).","How does the number of electrons relate to the number of protons in an atom? In an atom the number of electrons is equal to the number of protons in the nucleus.\nWhat is the overall electrical charge of an atom? Atoms have no overall electrical charge.\nWhat do all atoms of a particular element have in common? What do we call this number? All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\nWhat does the mass number of an atom refer to? The mass number of an atom is the total number of protons and neutrons.\nHow can atoms be represented? Atoms can be represented as shown in this example:;(Mass number) (Atomic number) 23 11 Na\nWhat is an isotope? An isotope is a version of an element that has the same number of protons to normal but a different number of neutrons.\nHow can an atom become a positive ion? Atoms turn into positive ions if they lose one or more outer electron(s).\nWhat is an isotope? Isotopes are atoms of an element with the normal number of protons and electrons, but different numbers of neutrons. Isotopes have the same atomic number, but different mass numbers.","","Isotope : forms of the same element that contain equal numbers of protons but different numbers of neutrons in their nuclei, and hence differ in relative atomic mass but not in chemical properties; in particular, a radioactive form of an element.\nElement : each of more than one hundred substances that cannot be chemically broken down into simpler substances and are primary constituents of matter.\nNeutron : a subatomic particle of about the same mass as a proton but without an electric charge, present in all atomic nuclei except those of ordinary hydrogen.\nProton : a stable subatomic particle occurring in all atomic nuclei, with a positive electric charge equal in magnitude to that of an electron.","","","Activity 4)\nCalculate the mass number for a particular element given the number of protons and neutrons in the atom. Rearrange the equation to find number of protons or number of neutrons and the mass number.\nActivity 5)\nProduce a table showing the mass number, atomic number and number of neutrons for an element given in the form (_11^23) Na .\nActivity 6)\nUse simple modelling techniques to show that the number of protons in an isotope of an element remains constant but the number of neutrons changes.\nActivity 7)\nUse students to model losing electrons.","","","0","","0000-00-00","0","","0"),
("25945","CML","0","2019-03-04","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25946","CML","0","2019-03-04","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25947","CML","0","2019-03-05","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25948","CML","0","2019-03-05","5","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25949","CML","0","2019-03-06","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25950","CML","0","2019-03-08","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25951","LAN","0","2019-03-04","3","0","10CLA/Sc","S7","C1.5.02","What does the relative formula mass tell us?","","","1) The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\n2) In a balanced chemical equation, the sum of the relative formula masses of the reactants in the quantities shown equals the sum of the relative formula masses of the products in the quantities shown.","How do we calculate the relative formula mass (Mr) of a compound? The relative formula mass (Mr) of a compound is the sum of the relative atomic masses of the atoms in the numbers shown in the formula.\nWhy must the total relative formula mass of all of the reactants equal that of all of the products made? The law of conservation of mass states that no atoms are lost or made during a chemical reaction so the mass of the products equals the mass of the reactants. Therefore the total atoms before and after a chemical reaction must be the same.","","atomic number: The total number of protons in an element.\nMass number: Total number of protons and neutrons in an element.\nCompound: A substance consisting of atoms or ions of two or more different elements in definite proportions joined by chemical bonds into a molecule.\nRelative Formula Mass: A total of all the atomic mass values for all the atoms in a formula.","","","Activity 1)\nReview the definition of relative atomic mass.
\n
\nRecall how to find the relative atomic mass from the Periodic Table.
\n
\nDefine the relative molecular mass.
\n
\nExtended writing: write instructions to another student how to calculate the relative formula mass.
\n
\nModel compounds with different sized and coloured lego bricks pre-marked with symbol and Ar of different elements. Sum the Ars marked on the bricks to obtain the Mr.","Activity 1)\nConservation of mass Demo only! Lead Bromide, potassium iodide in conical flask.\nAccurate balance\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25952","LAN","0","2019-03-05","4","0","10CLA/Sc","S7","c1.5.03","Why do some reactions appear to have a mass change?","","Students should be able to explain any observed changes in mass in non-enclosed systems during a chemical reaction given the balanced symbol equation for the reaction and explain these changes in terms of the particle model.\n\nStudents should be able to represent the distribution of results and make estimations of uncertainty\n\nStudents should be able to use the range of a set of measurements about the mean as a measure of uncertainty.\n","1) Some reactions may appear to involve a change in mass but this can usually be explained because a reactant or product is a gas and its mass has not been taken into account. For example: when a metal reacts with oxygen the mass of the oxide produced is greater than the mass of the metal or in thermal decompositions of metal carbonates carbon dioxide is produced and escapes into the atmosphere leaving the metal oxide as the only solid product.\n3) Whenever a measurement is made there is always some uncertainty about the result obtained.","When a gas in produced in a chemical reaction, why would the mass of the products appear to be less than that of the reactants? The mass of the products will be reduced because the gas escapes into the surroundings. The total number of atoms will not have changed.\nExplain why in the reaction below the mass of the products would be greater than that of the reactants
\n2Mg (s) O2 (g) -> 2MgO (s):Because oxygen gas would not be accounted for when the mass of the reactants are recorded, yet form part of the solid MgO produced. Therefore giving an increase in mass, but no new atoms were created or destroyed within the reaction.\nWhat does the term uncertainty mean? Whenever a measurement is made there is always some uncertainty about the result obtained.\nHow would you represent the distrubtion of results to make estimations of uncertainty? To represent the distrubution of results and make estimations of uncertainty you should use error bars on a graph.\nA pippette has an uncertainty of +/-0.01mL. It is used three times in a practical. What is the mean measure of uncertainty? The uncertainty of a pippette that is used three times is = 3 x 0.01 = +/- 0.03mL","","Metal carbonate: A metal that contains carbon and oxygen.\nMetal Oxide: Metal that contains Oxygen\nThermal decomposition: A reaction in which a substance is broken down into at least two other substances by heat\nGas: One of the states of matter with the most amount of energy.","","","Activity 1)\nExtended writing: use measurements of mass before and after an experiment to explain what has happened to the mass during the experiment and why it has happened.","Activity 1)\nUse magnesium ribbon to produce magnesium oxide. Measure the mass of the ribbon at the start of the experiment, burn the ribbon in a strong Bunsen flame (SAFETY required) and measure the mass of the ribbon at the end of the experiment.\n\nUse HCl acid in a conical flask with CaCO3. Measure the mass of the reaction on a top pan balance as the reaction proceeds over two minutes.\n\n-----------\n\nActivity 2)\nKerry prepared for SNK\nwaste bowl\nmagnesium ribbon\nconical flask\nbalances\nweighing boats\ncrucibles and lids\npipettes\npipe clay triangles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25953","LAN","0","2019-03-05","5","0","10CLA/Sc","S7","c1.5.04","What is a mole?","","Students should understand that the measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n\nStudents should be able to use the relative formula mass of a substance to calculate the number of moles in a given mass of that substance and vice versa.\n","1) Chemical amounts are measured in moles. The symbol for the unit mole is mol.\n2) How the mass of one mole of a substance calculated.\n3) One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n4) The number of atoms, molecules or ions in a mole of a given substance is the Avogadro constant. \n5) The value of the Avogadro constant is 6.02 x 1023 per mole.","(HT only) Chemical amounts are measured in moles. What is the symbol of the unit for moles? The symbol for the unit mole is mol.\n(HT only)How can we calculate the mass of one mole of a substance? The mass of one mole of a substance is equal to its relative formula mass in grams. Eg. CO2 Mr = 44 : so 1 Mole of CO2 = 44g\n(HT only)If you have one mole each of two different substances, what will they share in common? One mole of a substance contains the same number of the stated particles, atoms, molecules or ions as one mole of any other substance.\n(HT only)What does Avogadro's constant represent? The total number of particles/atoms/molecules/ions within one mole of a substance.\n(HT only)What is the value of Avogadro's constant? 1 mole = 6.02 x 1023 particles/atoms/molecules/ions of a substance\n(HT only)Would there be any difference in the number of atoms in one mole of carbon (C) compared with the number of one mole of molecules of carbon dioxide (CO2)? Measurement of amounts in moles can apply to atoms, molecules, ions, electrons, formulae and equations, for example that in one mole of carbon (C) the number of atoms is the same as the number of molecules in one mole of carbon dioxide (CO2).\n(HT only)Calculate the mass of one mole of C2H6:The relative formula mass (Mr) of C2H6 = 30;Therefore the mass of 1 mol C2H6 = 30g","","molecules: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds. Molecules are distinguished from ions by their lack of electrical charge.\nRelative formula Mass: A total of all the atomic mass values for all the atoms in a formula.\nMole: A measure of a chemical amount.","","","Activity 1)\nDefine one mole in terms of Mr and Ar
\n
\nCalculate the number of moles in a substance using the relative formula mass.
\n
\nExtended writing: write instructions to another student how to calculate the number of moles using the relative formula mass
\nMeasure out and compare 1 mole of elements like iron, sulfur, magnesium, copper, aluminium and so on.
\n
\nMeasure out and compare one mole of common compounds, water, sodium chloride, calcium carbonate and so on.
\nYouTube:
\nWhat is a mole?
\n
\nAvogadro’s number – The mole","Activity 1)\nExamples of 1 Mole samples, in tray in racking.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25954","LAN","0","2019-03-06","1","0","10CLA/Sc","S7","c1.5.05","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","","","0","","0000-00-00","0","","0"),
("25955","LAN","0","2019-03-08","5","0","10CLA/Sc","S7","c1.5.06","What is a limiting factor?","","Students should be able to explain the effect of a limiting quantity of a reactant on the amount of products it is possible to obtain in terms of amounts in moles or masses in grams.\n","1) In a chemical reaction involving two reactants, it is common to use an excess of one of the reactants to ensure that all of the other reactant is used.\n2) The reactant that is completely used up is called the limiting reactant because it limits the amount of products.","(HT only)What is meant when a reactant is said to be in excess? An?excess?reactant is any reactant in a?chemical reaction with a greater amount than necessary to react completely with the all other reactants.\nWhat is meant when a reactant is described as a limiting reactant? A limiting reactant is a reactant that when completely used up the reaction will cease. This is because it limits the amount of products that can be made.\n(HT only)\n2H2 O2 --> 2H2O\nYou react 10g of oxygen with 10g of hydrogen. Only 11.25g of product is made the rest of the reactants remain unused. Suggest why the full mass of reactants did not react. What is the leftover unreacted substance? Oxygen is the limiting reactant in this example. Once all of the oxygen is used up the reaction will be unable to continue. Hydrogen therefore we would describe as being in excess, so the 8.75g of leftover reactant would be unused hydrogen that was not used up during the chemical reaction.","","Excess: more chemical than required for the reaction to go to completion.\nThe limiting reagent (or limiting reactant, LR) in a chemical reaction is the substance that is totally consumed when the chemical reaction is complete. The amount of product formed is limited by this reagent, since the reaction cannot continue without it
\nLimiting factor: Search Results","","","Activity 1)\nDefine the term limiting reactant.
\nLink the limiting reactant to the number of moles.
\nLink the limiting reactant to the masses in grams.
\n
\nUse a small strip of magnesium ribbon in 20 ml HCl acid. Identify which reactant is the limiting reactant and state the reason for this choice.","Activity 1)\nHCl\nMagnesium Ribbon\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25956","DLN","0","2019-03-06","1","0","10JCE/Sc","S1","P1.5.7","What is radioactive contamination?","","Students should be able to compare the hazards associated with\ncontamination and irradiation.","1) Radioactive contamination is the unwanted presence of materials\ncontaining radioactive atoms on other materials.\n2) The hazard from\ncontamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\n3) Irradiation is the process of exposing an object to nuclear radiation. The\nirradiated object does not become radioactive.\n5) Suitable precautions must be taken to protect against any hazard that\nthe radioactive source used in the process of irradiation may present.","What is meant by radioactive contamination? Radioactive contamination is the unwanted presence of materials
;containing radioactive atoms on other materials.\nWhat is the hazard of contamination? The hazard from
;contamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\nWhat is Irradiation? Irradiation is the process of exposing an object to nuclear radiation. The
;irradiated object does not become radioactive.\nWhat are the hazards associated with
\ncontamination and irradiation? The radiation from the material can damage the cells of the person directly. This is damage by irradiation.
;Some of the radioactive material can be swallowed or breathed in. While inside the body, the radiation it emits can produce damage. This is damage by contamination.\nWhat type of suitable precaution must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.:Wearing protective clothing keeping as far away as is practicable - for example, by using tongs keeping your exposure time as short as possible, and keeping radioactive materials in lead-lined containers, labelled with the appropriate hazard symbol.","","Precaution : a measure taken in advance to prevent something dangerous, unpleasant, or inconvenient from happening.\nIrradiation : the process by which an object is exposed to radiation. The exposure can originate from various sources, including natural sources.\nHazard : a danger or risk.\nContamination : the action or state of making or being made impure by polluting or poisoning.","","","Activity 1)\nDescribe how radioactive contamination can occur.\n\nCompare precautions taken by a teacher handling radioactive sources with those used by, say, in a nuclear power station.\nActivity 4)\nEvaluate the use of irradiating fruit in terms of cost of goods and potential risk due to the exposure of workers and consumers of the irradiation process.\nActivity 5)\nEW : Justify the use of radioactive sources in school in terms of risk-benefit analysis to the students in the class.","","","0","","0000-00-00","0","","0"),
("25957","PKT","0","2019-03-04","3","0","10JCE/Sc","S1","P1.5.5","How does nuclear radiation change an atom?","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.
;
;For example, radon decays into polonium when it emits an alpha particle.
;
;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.
;
;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:
;The atomic mass number stays the same
;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("25958","PKT","0","2019-03-04","4","0","10JCE/Sc","S1","P1.5.5","How does nuclear radiation change an atom?","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.\n;\n;For example, radon decays into polonium when it emits an alpha particle. \n;\n;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.\n;\n;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:\n;The atomic mass number stays the same\n;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("25959","PKT","0","2019-03-05","4","0","10JCE/Sc","S1","P1.5.6","What is half life?","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","How radioactive decay happen? Radioactive decay is a random process.\nWhat is the meaning of the term 'half-life'? Half life is the amount time taken for a radioacitve material to reduce it radioactive emissons by half.\nHow is the concept of half-life related to radioactive decay? Radioactive activity decreasses by half at each half life.\nHow would the half-life of a radioactive isotope be determined from given information? Use divisions of half to determine half lifes from given data.\nHow would the net decline of radioactive emission after a given number of half-lives be expressed? Should be expressed as a ratio.","","Division : the action of separating something into parts or the process of being separated.\nRatio : the quantitative relation between two amounts showing the number of times one value contains or is contained within the other.\nHalf-life : the time taken for the radioactivity of a specified isotope to fall to half its original value.\nRandom : happening without method or conscious decision.","","","Activity 1)\nModel the radioactive decay of alpha and beta sources. Use the model to construct decay equations for alpha and beta decay. Critically analyse the limitations of the models produced by the class.\n\nDemonstrate the randomness of the decay of a radioactive substance by throwing six dice and getting a prediction of the number of dice that will land on a six. Alternatively, drop 20 coins and get students to predict the number that will land on a head.\nActivity 3)\nInvestigate half-life by throwing a large number of Tillich bricks. Any that land on the side with the odd colour get removed and the number remaining is recorded. Plot a graph of the number of throws against number of cubes remaining. Determine the half-life of the cubes (the number of throws needed to get the number of cubes to reduce by half).\nThis experiment can also be carried out using coins. Is it possible to predict which cubes or coins will land on a certain side?","Activity 1)\nDice\n\n-----------\n\nActivity 2)\nHalf-life dice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25960","PKT","0","2019-03-05","5","0","10JCE/Sc","S1","P1.5.6","What is half life?","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.\n","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","How radioactive decay happen? Radioactive decay is a random process.\nWhat is the meaning of the term \'half-life\'? Half life is the amount time taken for a radioacitve material to reduce it radioactive emissons by half.\nHow is the concept of half-life related to radioactive decay? Radioactive activity decreasses by half at each half life.\nHow would the half-life of a radioactive isotope be determined from given information? Use divisions of half to determine half lifes from given data.\nHow would the net decline of radioactive emission after a given number of half-lives be expressed? Should be expressed as a ratio.","","Division : the action of separating something into parts or the process of being separated.\nRatio : the quantitative relation between two amounts showing the number of times one value contains or is contained within the other.\nHalf-life : the time taken for the radioactivity of a specified isotope to fall to half its original value.\nRandom : happening without method or conscious decision.","","","Activity 1)\nModel the radioactive decay of alpha and beta sources. Use the model to construct decay equations for alpha and beta decay. Critically analyse the limitations of the models produced by the class.\n\nDemonstrate the randomness of the decay of a radioactive substance by throwing six dice and getting a prediction of the number of dice that will land on a six. Alternatively, drop 20 coins and get students to predict the number that will land on a head.\nActivity 3)\nInvestigate half-life by throwing a large number of Tillich bricks. Any that land on the side with the odd colour get removed and the number remaining is recorded. Plot a graph of the number of throws against number of cubes remaining. Determine the half-life of the cubes (the number of throws needed to get the number of cubes to reduce by half).\nThis experiment can also be carried out using coins. Is it possible to predict which cubes or coins will land on a certain side?","Activity 1)\nDice\n\n-----------\n\nActivity 2)\nHalf-life dice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25961","PKT","0","2019-03-06","1","0","10JCE/Sc","S1","P1.5.7","What is radioactive contamination?","","Students should be able to compare the hazards associated with
\ncontamination and irradiation.\n","1) Radioactive contamination is the unwanted presence of materials
\ncontaining radioactive atoms on other materials.\n2) The hazard from
\ncontamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\n3) Irradiation is the process of exposing an object to nuclear radiation. The
\nirradiated object does not become radioactive.\n5) Suitable precautions must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.","What is meant by radioactive contamination? Radioactive contamination is the unwanted presence of materials
;containing radioactive atoms on other materials.\nWhat is the hazard of contamination? The hazard from
;contamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\nWhat is Irradiation? Irradiation is the process of exposing an object to nuclear radiation. The
;irradiated object does not become radioactive.\nWhat are the hazards associated with
\ncontamination and irradiation? The radiation from the material can damage the cells of the person directly. This is damage by irradiation.
;Some of the radioactive material can be swallowed or breathed in. While inside the body, the radiation it emits can produce damage. This is damage by contamination.\nWhat type of suitable precaution must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.:Wearing protective clothing keeping as far away as is practicable - for example, by using tongs keeping your exposure time as short as possible, and keeping radioactive materials in lead-lined containers, labelled with the appropriate hazard symbol.","","Precaution : a measure taken in advance to prevent something dangerous, unpleasant, or inconvenient from happening.\nIrradiation : the process by which an object is exposed to radiation. The exposure can originate from various sources, including natural sources.\nHazard : a danger or risk.\nContamination : the action or state of making or being made impure by polluting or poisoning.","","","Activity 1)\nDescribe how radioactive contamination can occur.\n\nCompare precautions taken by a teacher handling radioactive sources with those used by, say, in a nuclear power station.\nActivity 4)\nEvaluate the use of irradiating fruit in terms of cost of goods and potential risk due to the exposure of workers and consumers of the irradiation process.\nActivity 5)\nEW : Justify the use of radioactive sources in school in terms of risk-benefit analysis to the students in the class.","","","0","","0000-00-00","0","","0"),
("25962","PKT","0","2019-03-08","4","0","10JCE/Sc","S1","","P1.5 Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25963","CLA","0","2019-03-04","3","0","10MES/Sc","S4","P1.5.08","When does background radiation occur?","","Students should be able to describe and evaluate the uses of nuclear radiations for exploration of internal organs, and for control or destruction of unwanted tissue\n\nStudents should be able to evaluate the perceived risks of using nuclear radiations in relation to given data and consequences.\n\nStudents should be able to explain why the hazards associated with radioactive material differ according to the half-life involved\n","1) Background radiation is around us all of the time.\n2) Background radiation comes from:
\n? natural sources such as rocks and cosmic rays from space
\n? man-made sources such as the fallout from nuclear weapons testing and nuclear accidents.\n3) The level of background radiation and radiation dose may be affected by occupation and/or location.\n4) Radiation dose is measured in sieverts (Sv)\n5) 1000 millisieverts (mSv) = 1 sievert (Sv)\n6) Students will not need to recall the unit of radiation dose.\n7) Nuclear radiations are used in medicine for the:
\n? exploration of internal organs
\n? control or destruction of unwanted tissue.\n8) Nuclear radiations are used in medicine for the:\n? exploration of internal organs\n? control or destruction of unwanted tissue.\n11) Radioactive isotopes have a very wide range of half-life values","When is radiation around? Background radiation is around us all of the time.\nWhere does Background radiation comes from? Natural sources such as rocks and cosmic rays from space
;man-made sources such as the fallout from nuclear weapons testing and nuclear accidents.\nHow could the level of background radiation be affected? The level of background radiation and radiation dose may be affected by occupation and/or location.\nHow is radiation dose measured? Radiation dose is measured in sieverts (Sv)\nWhat does 1000 millisieverts equal to? 1000 millisieverts (mSv) = 1 sievert (Sv)\nWhat is the unit for a radiation dose? "sievert" (Sv)\nHow can nuclear radiation be used in medicine? Nuclear radiations are used in medicine for the:
;exploration of internal organs
;control or destruction of unwanted tissue.\nHow can nuclear radiation be used in medicine? Nuclear radiations are used in medicine for the:
;exploration of internal organs
;control or destruction of unwanted tissue.\nHow can nuclear radiation be used in medicine? Nuclear radiations are used in medicine for the:
;exploration of internal organs
;control or destruction of unwanted tissue.\nWhat are the perceived risks of using nuclear radiation? Can cause mutations in DNA and the uncontrolled division of cells. This can cause benign and malignant tumours.\nWhat are the half-lifes of radioactive isotopes? Radioactive isotopes have a very wide range of half-life values\nWhy does the hazard associated with radioactive material differ according to the half-life involved? The longer the half life the higher the hazard as the longer the time needed for the radiation to reach normal levels.","","Dose : an amount of ionizing radiation received or absorbed at one time or over a specified period.\nCosmic rays : a highly energetic atomic nucleus or other particle travelling through space at a speed approaching that of light.\nNuclear fallout : radioactive particles that are carried into the atmosphere after a nuclear explosion and gradually fall back as dust or in precipitation.\nSievert : the SI unit of dose equivalent (the biological effect of ionizing radiation), equal to an effective dose of a joule of energy per kilogram of recipient mass.","","","Activity 1)\nPose question: Are people in some areas exposed to more background radiation than others? If so why?\nActivity 2)\nPose question: Are we at risk from background radiation?\nIs this greater or less than other parts of the country and why?\nActivity 7)\nResearch some radioactive sources used in medicine and the properties of these tracers (half-life, type of radiation emitted and state).\nFind out how nuclear radiation can be used in the diagnosis and treatment of cancer.\nActivity 12)\nPose question: Why can’t radioactive waste be thrown in landfill sites?","","","0","","0000-00-00","0","","0"),
("25964","SSN","0","2019-03-05","4","0","10MES/Sc","S4","","P1.5 Revision/Review","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25965","CLA","0","2019-03-05","5","0","10MES/Sc","S4","P1.5.09","What is the difference between fission and fusion?","","Students should be able to draw/interpret diagrams representing nuclear fission and how a chain reaction may occur.\n","1) Nuclear fission is the splitting of a large and unstable nucleus (eg uranium or plutonium).\n2) Spontaneous fission is rare. Usually, for fission to occur the unstable nucleus must first absorb a neutron.\n3) The nucleus undergoing fission splits into two smaller nuclei, roughly equal in size, and emits two or three neutrons plus gamma rays. Energy is released by the fission reaction.\n4) All of the fission products have kinetic energy.\n5) The neutrons may go on to start a chain reaction.\n6) The chain reaction is controlled in a nuclear reactor to control the energy released.\n7) The explosion caused by a nuclear weapon is caused by an uncontrolled chain reaction.\n9) Nuclear fusion is the joining of two light nuclei to form a heavier nucleus.","What is meant by the term 'nuclear fission'? The process of splitting a nucleus is called nuclear fission.\nWhen does Spontaneous fission occur? Spontaneous fission is rare. Usually, for fission to occur the unstable nucleus must first absorb a neutron.\nWhat happens to a nucleus undergoing fission? The nucleus undergoing fission splits into two smaller nuclei, roughly equal in size, and emits two or three neutrons plus gamma rays. Energy is released by the fission reaction.\nWhat type of energy do all fission products have? All of the fission products have kinetic energy.\nWhat starts the chain reaction? The neutrons may go on to start a chain reaction.\nHow is a chain reaction controlled? The chain reaction is controlled in a nuclear reactor to control the energy released.\nHow is the explosion of a nuclear weapon caused? The explosion caused by a nuclear weapon is caused by an uncontrolled chain reaction.\nWhat is nuclear fusion? Nuclear fusion is the joining of two light nuclei to form a heavier nucleus.","","Nuclear weapon : a bomb or missile that uses nuclear energy to cause an explosion.\nChain reaction : the self-sustaining fission reaction spread by neutrons which occurs in nuclear reactors and bombs.\nSpontaneous : performed or occurring as a result of a sudden impulse or inclination and without premeditation or external stimulus.\nFission : division or splitting into two or more parts.","","","Activity 3)\nModel nuclear fission of a uranium nucleus. Use students.\nActivity 4)\nWatch - https://www.youtube.com/watch?v=1U6Nzcv9Vws\n\nUse ideas from Energy topic (4.2) to answer question: Explain how the kinetic energy of the products is transferred to boil water.\nActivity 5)\nModel chain reactions using dominos or matches.\nActivity 7)\nGF : Investigate the causes of the Chernobyl and Fukushima nuclear disasters. Have the lessons of these events been learnt? How can nuclear power be made safer than it is currently?\nActivity 9)\nWrite simple word or symbol equations for the fusion of two hydrogen atoms or other light elements.","","","0","","0000-00-00","0","","0"),
("25966","CLA","0","2019-03-06","1","0","10MES/Sc","S4","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("25967","CLA","0","2019-03-08","5","0","10MES/Sc","S4","B2.1.01","How does the nervous system work?","","","1) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n2) Be able to explain how the structure of the nervous system is adapted to its functions.\n3) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n4) These automatic control systems may involve nervous responses or chemical responses.\n5) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n6) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n7) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","","Effector: The organ, tissue or cell that produces a response.\nStimulus: a thing or event that evokes a specific functional reaction in an organ or tissue.\nReceptor: An organ or cell able to respond to light, heat, or other external stimulus and transmit a signal to a sensory nerve.\nNervous system: The network of nerve cells and fibers which transmits nerve impulses between parts of the body.","","","Activity 1)\nGroup practical: \nInvestigate the factors affecting response rate\nActivity 6)\nDemo: \nAsk one student to put one hand into the cold and another in the warm water for two minutes. \nStudent to then put both hands into the room temperature water together and describe what they experience. \nStudent should feel that one hand stays hot/cold for a while despite being in the same temperature water.","Activity 1)
\nData loggers
\nReaction time sensors
\n
\n-----------
\n
\nActivity 6)
\nThree large bowls: one warm water, one room temperature and one ice water.
\n
\n-----------","","0","","0000-00-00","0","","0"),
("25968","SNK","0","2019-03-08","4","0","10SNK/Sc","S3","B1.4.6","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","Activity 1)\nScreaming Jelly Baby\n (if possible? I know we are light that day.","","0","","0000-00-00","0","","0"),
("25969","SNK","0","2019-03-04","3","0","10SNK/Sc","S3","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25970","SNK","0","2019-03-04","4","0","10SNK/Sc","S3","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","Concentration : the amount of particles in a given space.\nCollisions : when one particle bumps into another.\nLimiting factor : something that stops the rate of reaction from increasing past a point.\nRate : how fast something occurs.","","","Activity 1)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.","","","0","","0000-00-00","0","","0"),
("25971","SNK","0","2019-03-05","4","0","10SNK/Sc","S3","","Required Practical - Photosynthesis","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","Planning\n-----------","","0","","0000-00-00","0","","0"),
("25972","SNK","0","2019-03-05","5","0","10SNK/Sc","S3","B1.4.5","Required Practical - Photosynthesis","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","Activity 1)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25973","SNK","0","2019-03-06","1","0","10SNK/Sc","S3","","","","","","","","","","","","WBD NO ORDERS","","0","","0000-00-00","0","","0"),
("25974","CML","0","2019-03-05","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25975","CML","0","2019-03-06","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25976","CML","0","2019-03-07","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25977","CML","0","2019-03-08","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25978","CML","0","2019-03-08","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25979","CPD","0","2019-03-05","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25980","CPD","0","2019-03-06","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25981","CPD","0","2019-03-07","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25982","CPD","0","2019-03-08","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25983","CPD","0","2019-03-08","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25984","LAN","0","2019-03-05","2","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25985","LAN","0","2019-03-06","4","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25986","LAN","0","2019-03-07","5","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25987","LAN","0","2019-03-08","1","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25988","LAN","0","2019-03-08","2","0","11LAN/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25989","PKT","0","2019-03-05","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25990","PKT","0","2019-03-06","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25991","PKT","0","2019-03-07","5","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25992","PKT","0","2019-03-08","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25993","PKT","0","2019-03-08","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25994","SFD","0","2019-03-06","4","0","11SFD/Sc","S5","","Some attending. Random lesson.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25995","SFD","0","2019-03-08","1","0","11SFD/Sc","S5","C2.3.04","Required practical: Chromatography - PLANNING","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1) - DEMO\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.","","0","","0000-00-00","0","","0"),
("25996","SFD","0","2019-03-08","2","0","11SFD/Sc","S5","C2.3.04","Required practical: Chromatography - DATA COLLECTION","","","1) Required practical 6 - Chromatography (AT skills 1,4)","","","","","","Activity 1)\nInvestigate how paper chromatography can be used to separate and tell the\ndifference between coloured substances.","Activity 1)\nFor the basic method - per group\n• a 250 cm3 beaker\n• a wooden spill or pencil to support the chromatography paper\n• paper clip\n• a ruler\n• a pencil\n• distilled water\n• four known food colourings labelled A–D\n• unknown food colouring labelled U\n• rectangle of chromatography paper\n• five glass capillary melting point tubes.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("25997","SFD","0","2019-03-07","5","0","11SFD/Sc","S5","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25998","SFD","0","2019-03-05","2","0","11SFD/Sc","S5","","PPE","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("25999","DLN","0","2019-03-05","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26000","SKT","0","2019-03-05","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26001","SKT","0","2019-03-06","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26002","SKT","0","2019-03-07","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26003","SKT","0","2019-03-08","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26004","SKT","0","2019-03-08","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26005","SNK","0","2019-03-05","2","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26006","SNK","0","2019-03-06","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26007","SNK","0","2019-03-07","5","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26008","SNK","0","2019-03-08","1","0","11SNK/Sc","S3","P2.5.1","How to visualise magnetic field.","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another.\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n\nStudents should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) Poles of a magnet\n2) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n3) The force between a magnet and a magnetic material is always one of attraction.\n4) When two magnets are brought close together they exert a force on each other.\n5) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n6) Two like poles repel each other.\n7) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n8) Two unlike poles attract each other.\n9) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n10) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n11) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\n12) A permanent magnet produces its own magnetic field.\n14) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n16) Induced magnetism always causes a force of\nattraction.\n18) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What are the poles of a magnet? The poles of a magnet are the places where the magnetic forces are strongest.\nWhat is the magnetic field? The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\nWhat force is always between a magnet and a magnetic material? The force between a magnet and a magnetic material is always one of attraction.\nWhat happens when two magnets are brought close together? When two magnets are brought close together they exert a force on each other.\nWhat does the strength of the magnetic field depend on and where is it the strongest? The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\nWhat happens when two like poles are brought together? Two like poles repel each other.\nWhat affects the direction of the magnetic field? The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\nWhat happens when two unlike poles are brought together? Two unlike poles attract each other.\nWhat direction does the magnetic field line go in? The direction of a magnetic field line is from the north;(seeking) pole of a magnet to the south(seeking) pole of the magnet.\nWhat type of force are attraction and repulsion between magnetic poles examples of? Attraction and repulsion between two magnetic poles are examples of non-contact force.\nWhat causes a magnetic compass to follow the direction of the Earth's magnetic field? A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\nWhat is a permanent magnet? A permanent magnet produces its own magnetic field.\nHow can a plotting compass be used to plot the magnetic field pattern of a magnet? https://www.youtube.com/watch?v=NT-KS9dscjw\nWhat is an induced magnet? An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\nWhat force does induced magnetism always cause? Induced magnetism always causes a force of;attraction.\nWhy does a compass point North? The core of the Earth is magnetic.\nWhat happens to an induced magnet when it's removed from the magnetic field? When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.\nHow do the poles of the magnets interact? Repulsion occurs between unlike and like poles for permanent magnets.\nWhat is the difference between permanent and induced magnets:Induced magnets can be switched on and off unlike permenant magnets.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nPermanent magnet\nInduced\nAttraction\nRepulsion\nNon-contact\nAttract\nMagnetic Force: The force that arises due to the motion of charged particle within the magnetic field is known as the magnetic force. It is an outcome of the electromagnetic force.\nMagnet: A material made out of either iron, steel or cobalt that is polarised and has a north and south pole.\npermanent magnet: a magnet that retains its magnetic properties in the absence of an inducing field or current.\nForce\nRepel\nPoles: Magnet have a north and south pole.","","","Activity 1)\nDescribe two experiments that can be used to identify the magnetic field pattern of a permanent magnet.
\nDescribe what would happen if two North seeking Magnetic Poles were placed near each other, two South seeking Poles or one of each.
\nWhich part of a permanent magnet is the strongest?
\nInvestigate and draw the shape of the magnetic field pattern around a permanent magnet.
\nInvestigate the effect that two magnets have on each other in different orientations.","Activity 1)\nBar magnets
\nIron filings
\nA3 paper
\nPlotting compass\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26009","SNK","0","2019-03-08","2","0","11SNK/Sc","S3","P2.5.2","How is a magnetic field produced in a conducting wire.","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire.\n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire.\n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet.\n6) Adding an iron core increases the strength of the
\nmagnetic field of a solenoid.\n7) An electromagnet is a solenoid with an iron core.","What happens when a current flows through a conducting wire? When a current flows through a conducting wire a magnetic field is produced.\nWhat does the strength of the magnetic field depends on? The current through the wire and the distance from the wire.\nHow does shaping a wire into a solenoid affect strength of the magnetic field? Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the\nWhat is the magnetic field like inside a solenoid? The magnetic field inside a solenoid is strong and uniform.\nWhat is the shape of the magnetic field around a solenoid? The magnetic field around a solenoid has a similar shape to that of a bar magnet.\nHow does adding an iron core affect the magnetic field? Adding an iron core increases the strength of the
;magnetic field of a solenoid.\nWhat is an electromagnet? An electromagnet is a solenoid with an iron core.\nDescribe how the magnetic effect of a current can be demonstrated:The magnetic effect of a current can be demonstrated
;using iron fillings and a moving a compass around the magnets by plotting north.\nWhat does the magnetic field around a straight wire look like? \nHow does a solenoid arrangement increase the magnetic effect of the current? ","","Polarity: The state of being a north pole or south pole; the magnetic equivalent of electric charge\nConductor: A material the can conduct electricity or thermal energy.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nCurrent: The flow of electrons (charge).","","","Activity 1)\nDescribe how the magnetic effect of a current can be demonstrated.
\nUse the ‘right hand thumb rule’ to draw the magnetic field pattern of a wire carrying an electric current.
\nDemonstrate what happens when a foil strip with a current flowing through it is placed in a strong magnetic field. What happens if the direction of the current is reversed?
\nTry to demonstrate the shape of the magnetic field by placing a wire through a piece of card with iron filings sprinkled near it. Apply a current through the wire.","Activity 1)\nDemo: Conducting Wire
\ncard
\nIron fillings
\nFoil Strip
\nPowerpack
\nU shaped magnet
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26010","SDN","0","2019-03-07","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26011","SDN","0","2019-03-08","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26012","SDN","0","2019-03-04","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26013","SDN","0","2019-03-07","4","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26014","SDN","0","2019-03-05","3","0","7A1/Sc","S1","2C.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","Activity 1)\nGraph paper\nPencils\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26015","SDN","0","2019-03-06","5","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26016","LAN","0","2019-03-07","4","0","7A2/Sc","S7","","WBD","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26017","CML","0","2019-03-05","3","0","7A2/Sc","S3","2p.09","How else can Heat travel?","","","1) T: Heat energy can transfer through radiation.\n2) Radiation is heat energy in the form of light.\n3) Convection is the (mass) movement of particles with heat energy.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How, other than conduction and convection, can heat energy transfer? Heat energy can transfer through radiation.\nWhat is radiation described as? Radiation is heat energy in the form of light.\nWhat is convection? What substances does it occur in? Convection is the (mass) movement of particles with heat energy. ;It only occurs in fluids.","","Energy\nThermal (Heat)\nRadiation: Dispersion of energy from one body through light energy.\nParticles\nConvection: A flow in a fluid created by uneven heating.\nLight","","","Activity 2)\nDEMO:\nInfrared lamp\n\nclass:","Activity 2)\nDEMO: \nirfrared lamp x 1\nClass: \n250mL beakers \n100ml beakers\n1 colour of food colouring, put a small amount of food colouring into the 100ml beakers\npipettes\ntimers\nThermometers\n\n-----------","","0","","0000-00-00","0","","0"),
("26018","CML","0","2019-03-06","5","0","7A2/Sc","S3","2p.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------","","0","","0000-00-00","0","","0"),
("26019","PKT","0","2019-03-05","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26020","SDN","0","2019-03-08","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26021","LAN","0","2019-03-06","2","0","7B1/Sc","S7","2p.10","What is an insulator?","","","1) Hot objects always cool down until they reach the same temperature as their surroundings.\n2) Insulators reduce the speed (rate of) energy transfer.\n3) A gas is a better insulator than a solid.\n4) A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\n5) Vacuums are the best insulators.\n6) Vacuums are the best insulators because there are no particles to collide in a vacuum.\n7) Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","Activity 4)\n250mL beakers \n150mL beakers\nkettles \nthermometers \nmixture of materials for insulators \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26022","LAN","0","2019-03-07","2","0","7B1/Sc","S7","","WBD","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26023","LAN","0","2019-03-08","3","0","7B1/Sc","S7","2P.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","To what point do objects cool down to? Hot objects always cool down until they reach the same temperature as their surroundings.\nHow do insulators work? Insulators reduce the speed (rate of) energy transfer.\nWhat is a better insulator - air or plastic? A gas is a better insulator than a solid.\nWhy is air a better insulator than plastic? A gas is a better insulator than a solid because gas particles are further apart than in a solid. Therefore the collision of particles are less frequent.\nWhat are the best insulators? Vacuums are the best insulators.\nWhy are vacuums the best insulators? Vacuums are the best insulators because there are no particles to collide in a vacuum.\nWhy do humans wear clothes to keep warm? Layers of clothes or fur, trap air so that the particles can not convect away, while the air still reduces conduction by reducing collisions.","https://www.mrcorfe.com/MemoryAnchors/Assess.png","Insulator: A body which has a very low rate of energy transfer.\nParticles\nCollide\nSolid\nVacuum: An area devoid of particles.\nGas\nConvection\nConduction\nSurrounding\nEnergy\nTransfer\nTemperature","","","Activity 4)\nclass - what material makes the best insulator?","","","0","","0000-00-00","0","","0"),
("26024","SNK","0","2019-03-07","2","0","7B2/Sc","S5","","","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","WORLD BOOK DAY","","0","","0000-00-00","0","","0"),
("26025","CLA","0","2019-03-06","2","0","7B2/Sc","S6","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26026","CLA","0","2019-03-08","3","0","7B2/Sc","S6","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("26027","SDN","0","2019-03-04","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26028","CLA","0","2019-03-05","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26029","CLA","0","2019-03-07","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26030","SDN","0","2019-03-07","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26031","SDN","0","2019-03-04","5","0","7C1/Sc","S1","2C.04","Skill focus: Planning","","D: Write a scientific (testable) question\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) PLANNING \n\nSECONDARY DATA TASK\n\nHow could something about the particles in a substance affect its boiling point. eg\n\nTo find out how the number of elements in a substance affect its boiling point.\n\nTo find out how the number of atoms in a substance's molecule affect its boiling point.\n\nA chance to have a graph without a possible line of best fit.\n\nLeading to a conclusion: There is no relationship between ... and melting point.\n2) A: D: Write a scientific (testable) question\n3) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Linear \nPrediction \nLine of best fit\nPattern \nForces\nParticles \nRelationship\nBoiling point ","","","","Activity 1)\nGraph paper\nPencils\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26032","SDN","0","2019-03-07","3","0","7C1/Sc","S1","2C.05","Skill focus: Data Analysis","","Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n<TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","1) A: Data Analysis<UL>\nE: Identify the Independent Variable (IV) as continuous or categoric.\nE: Choose the correct graph to draw.\nD: Plot suitable graph.\nS: Independently work out the scale for graphs.\nM: Explain the choice to draw a bar chart or a scatter graph.</UL>\n2) D: <TABLE style='font-size:0.7em;'><TR><TH>Chemical</TH><TH>Formula</TH><TH>Melting<BR>Point<BR>(°C)</TH><TH>Melting<BR>Point<BR>(K)</TH></TR><TR><TD>Argon</TD><TD>Ar</TD><TD>-190</TD><TD>83</TD></TR><TR><TD>Hydrogen</TD><TD>H<SUB>2</SUB></TD><TD>-260 </TD><TD>13</TD></TR><TR><TD>Iodine</TD><TD>I<SUB>2</SUB></TD><TD>114</TD><TD>387</TD></TR><TR><TD>Carbon Dioxide</TD><TD>CO<SUB>2</SUB></TD><TD>-57 </TD><TD>216</TD></TR><TR><TD>Water</TD><TD>H<SUB>2</SUB>O</TD><TD>0 </TD><TD>273</TD></TR><TR><TD>Methane</TD><TD>CH<SUB>4</SUB></TD><TD>-182 </TD><TD>91</TD></TR><TR><TD>Ethanol</TD><TD>CH<SUB>5</SUB>OH</TD><TD>-114 </TD><TD>159</TD></TR><TR><TD>Glucose</TD><TD>C<SUB>6</SUB>H<SUB>12</SUB>O<SUB>6</SUB></TD><TD>146 </TD><TD>419</TD></TR></TABLE>","","https://www.mrcorfe.com/MemoryAnchors/7b54a59872d88b88efc0c44c692e831e.jpg","Line of best fit\nPrediction \nLinear \nPattern ","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26033","SFD","0","2019-03-04","5","0","7C2/Sc","S5","","Marwell Trip","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","","","0","","0000-00-00","0","","0"),
("26034","SFD","0","2019-03-07","3","0","7C2/Sc","S5","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26035","CLA","0","2019-03-05","3","0","7E/Sc","S6","2C.08","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26036","CLA","0","2019-03-06","5","0","7E/Sc","S6","2C.09","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26037","CLA","0","2019-03-07","4","0","7E/Sc","S6","","WBD-Practical 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26038","DLN","0","2019-03-06","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26039","SNK","0","2019-03-04","5","0","7P/Sc","S3","2B.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\n\nhttp://2.bp.blogspot.com/-QvwOd6_SdMQ/UP6d5O4_MFI/AAAAAAAARX0/ZkDLYgX5LKs/s1600/Dandelion Flowers Wallpapers.jpg","Ovule: Female sex cell in plant\nPollen: Male sex cell in a plant\nGamete: Sex cell","","","","","","0","","0000-00-00","0","","0"),
("26040","SNK","0","2019-03-07","3","0","7P/Sc","S3","","","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","WORLD BOOK DAY","","0","","0000-00-00","0","","0"),
("26041","SDN","0","2019-03-06","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26042","SDN","0","2019-03-07","2","0","7X/Sc","S1","2C.07","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26043","SDN","0","2019-03-08","3","0","7X/Sc","S1","2C.08","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26044","SDN","0","2019-03-05","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26045","SDN","0","2019-03-08","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26046","PKT","0","2019-03-06","2","0","8A1/Sc","S3","","AT LIFE LAB","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26047","PKT","0","2019-03-07","2","0","8A1/Sc","S3","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26048","PKT","0","2019-03-08","3","0","8A1/Sc","S3","","POST LIFE LAB LESSON 5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26049","JHT","0","2019-03-06","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26050","JHT","0","2019-03-07","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26051","JHT","0","2019-03-08","3","0","8A2/Sc","S2","5b.09","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("26052","CML","0","2019-03-06","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26053","CML","0","2019-03-07","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26054","CML","0","2019-03-08","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26055","SDN","0","2019-03-04","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26056","SDN","0","2019-03-05","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26057","SDN","0","2019-03-08","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26058","CLA","0","2019-03-05","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26059","SNK","0","2019-03-07","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26060","CLA","0","2019-03-04","5","0","8B1/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26061","CLA","0","2019-03-07","3","0","8B1/Sc","S6","5C.1","Do earthquakes happen everywhere?","","Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude","1) D: Students locate on a map locations of largest earthquakes and volcanic eruptions.\n\nhttps://en.wikipedia.org/wiki/Lists_of_earthquakes#Largest_earthquakes_by_magnitude\n2) W: Earthquakes and volcanic eruptions only happen in certain places on Earth.\n3) T: The Earth's crust and the upper part of the mantle are cracked into a number of large pieces (tectonic plates).\n4) W: The crust is relatively very thin.","Can earthquakes and volcanoes happen anywhere on the Earth? Earthquakes and volcanic eruptions only happen in certain places on Earth.\nWhat are tectonic plates? Tectonic plates are pieces that the Earth\'s crust and the upper part of the mantle are split into.\nWhich is the thinnest layer out of the crust, mantle, outer core and inner core? The crust is relatively very thin.","https://www.mrcorfe.com/MemoryAnchors/fde1e5fd07afa9cde995168af2b0a83c.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/99cebdaf7f9a5cb67ff09bc32a9683ab.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/900d8efe80c5382a99fcd1b8ac8feb0d.jpg","Crust\nTectonic plates\nEruption\nVolcanic\nEarthquakes","","","Activity 1)\nHow does a spring balance (Newton Meter) work?\n\nWhy does it go to the same place on the scale each time the same force is applied?\nActivity 2)\nThread a compression spring over a weight hanger and then put weights on top.\nActivity 4)\nEnergy transfer diagram for stretching a Y - shaped catapult.\nActivity 5)\nEnergy transfer diagram for releasing a Y - shaped catapult.\nActivity 8)\nShow:\nhttp://www.a-levelphysicstutor.com/matter-elasticity.php\n\nYES THIS WAS A' LEVEL!","Activity 1)\nmagnitude 8 sheets and longitude/latitude sheets from KS3 filing cabinet drawer\n\n-----------\n\nActivity 2)\nSheets in Drawer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26062","CML","0","2019-03-04","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26063","CML","0","2019-03-07","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26064","DLN","0","2019-03-04","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26065","SFD","0","2019-03-06","2","0","8E/Sc","S5","","LifeLab Lesson 5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26066","SFD","0","2019-03-08","3","0","8E/Sc","S5","5B.02","What are Gametes? 65","","","1) W: gametes: cell structure linked to function\n\nSperm Cells:\n - Tail: to be able to swim.\n - Pointed head: streamlined for swimming and entering egg.\n - Lots of mitrochondria: energy needed to swim, mitrochondria need to release energy through respiration.\n2) W: gametes: cell structure linked to function\n\nEgg Cells:\n - Large food store for initial growth\n3) T: Fertilisation occurs when the sperm's nucleus fuses with eggs nucleus.\n\nThis forms a zygote.\n4) W: Gametes only contain half the DNA of a 'normal' cell.\n5) T: To result in a pregnancy fertilisation must occur in the oviduct tubes.","How is a sperm cell structure linked to is function? Sperm Cells have a pointed head which is streamlined for swimming and entering egg.;The also have lots of mitrochondria to give energy needed to swim.\nHow is a egg cell structure linked to is function? Egg Cells have a large food store for initial growth.\nWhat happens during fertilisation? Fertilisation occurs when the sperm\'s nucleus fuses with eggs nucleus.\nHow does a gamete compare from a \'normal cell\'? Gametes only contain half the DNA of a 'normal' cell.\nWhere must fertilisation occur for a pregnancy to be possible? To result in a pregnancy fertilisation must occur in the Oviduct tubes.","https://www.mrcorfe.com/MemoryAnchors/dfd4f61432b485799f4c013e63f0c025.jpg","Fertilisation\nGametes\nZygote\nFuse\nDNA\nPregnancy\nOviduct\nNucleus\nCell\nEgg\nStreamlined\nMitrochondria\nRespiration\nSperm\nHead","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26067","CLA","0","2019-03-07","2","0","8E/Sc","S6","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26068","PKT","0","2019-03-04","5","0","8S/Sc","S2","","Life Lab Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26069","PKT","0","2019-03-07","3","0","8S/Sc","S2","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26070","SFD","0","2019-03-07","4","0","9a/Pr1","S5","","Contraception","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26071","PKT","0","2019-03-07","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26072","SNK","0","2019-03-08","5","0","9A1/Sc","S3","","","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","","","0","","0000-00-00","0","","0"),
("26073","SNK","0","2019-03-04","1","0","9A1/Sc","S3","","","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","Concentration : the amount of particles in a given space.\nCollisions : when one particle bumps into another.\nLimiting factor : something that stops the rate of reaction from increasing past a point.\nRate : how fast something occurs.","","","Activity 1)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.","","","0","","0000-00-00","0","","0"),
("26074","SNK","0","2019-03-04","2","0","9A1/Sc","S3","","","","Students should be able to carry out calculations involving\nmagnification, real size and image size using the formula:\nmagnification = size of image x\nsize of real object\n\n* Use prefixes centi, milli, micro and nano.\n\nStudents should be able to use prefixes centi, milli, micro and nano.\n\nStudents should be able to express answers in standard form if appropriate\n","","How is the magnification equation re-arranged to calculate real size and image size? real size = magnification / size of image;size of image = magnification / real size\nWhat is the relationship between the prefixes centi, milli, micro and nano? Milli is 10^-3 of a metre, centi is 10^-2 of a metre, micro is 10^-6 of a metre and nano is 10^-9 of a metre.\nHow do you represent the size of a cell measuring 0.006cm using standard form? 6 x 10 to the power -3 cm.","https://www.mrcorfe.com/MemoryAnchors/7e374619d98e355cafc197a97aefd5b3.jpg","","","","","","","0","","0000-00-00","0","","0"),
("26075","SNK","0","2019-03-05","1","0","9A1/Sc","S3","","","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","","","0","","0000-00-00","0","","0"),
("26076","SNK","0","2019-03-06","3","0","9A1/Sc","S3","","","","","","","","","","","","Write up","","0","","0000-00-00","0","","0"),
("26077","SNK","0","2019-03-07","1","0","9A1/Sc","S3","","","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","WORLD BOOK DAY","","0","","0000-00-00","0","","0"),
("26078","CLA","0","2019-03-04","2","0","9A2/Sc","S6","C1.4.04","What are condensation polymers? class set of molymods","","Students should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n","1) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n2) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n4) Condensation polymerisation involves monomers with two functional groups.","(Chem only) What occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\n(Chem only) How many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n(Chem only) What are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\n(Chem only) When does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.","","Monomer: The smallest unit of a polymer.\nPolymers: Produced when monomers react.\nCondensation reaction: Losing water during a reaction.","","","Activity 1)\nMolymods creating the most basic condensation polymer.\nGF: Create your own example of a condensation polymer.","Activity 2)
\nLarge glass bowl
\nAcetone
\nPolystyrene cups
\nGlass stirring rod
\n
\n-----------
\n
\nActivity 3)
\nMaking Nylon demo
\n
\n-----------
\n
\nActivity 4)
\nMaking bouncy balls or slime
\n
\n-----------","","0","","0000-00-00","0","","0"),
("26079","CLA","0","2019-03-05","1","0","9A2/Sc","S6","C1.4.05","How are DNA and polymers linked?","","Students should be able to name the types of monomers from which these naturally occurring polymers are made. (HT only)\n","1) Amino acids have two different functional groups in a molecule. Amino acids react by condensation polymerisation to produce polypeptides. (HT only)\n2) For example: glycine is H NCH COOH and polymerises to produce the polypeptide (-HNCH2COO-) and n H2O.\n (HT only)\n3) Different amino acids can be combined in the same chain to produce proteins. (HT only)\n4) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses. (HT only)\n5) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix. (HT only)\n6) Other naturally occurring polymers important for life include proteins, starch and cellulose. (HT only)","(Chem only) What type of polymerisation reaction occurs when amino acids react to form polypeptides? (Include a reason why):(HT only) Amino acids react by condensation polymerisation to produce polypeptides, this is because amino acids have two different functional groups in one molecule.\n(Chem only) What would the equation looks like for the polymerisation of glycine? (HT only) n NCH COOH --> [-HNCH2COO-]n H2O.\n(Chem only) How are proteins an example of a condensation polymer? (HT only) Proteins are an example of a condensation polymer because Different amino acids (with two functional groups) can be combined in the same chain to produce proteins.\n(Chem only) What is DNA and what is its function? (HT only) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses.\n(Chem only) Why is the structure of DNA described as a polymer? (HT only) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix.\n(Chem only) What are the other naturally occuring polymers that are important for life processes? (HT only) Other naturally occurring polymers important for life include proteins, starch and cellulose.\n(Chem only) What are the monomers that form the following naturally occuring polymers? \n1. proteins\n2. starch\n3. cellulose:(HT only) The monomers that form the naturally occuring polymers are: ;1. proteins = amino acids ;2. starch = glucose;3. cellulose = glucose","","amine group: NH2\nDNA: Deoxyribonucleic acid.\npeptide bond: A bond created between two amino acids.\npolypeptides: A polymer made of amino acids.","","","Activity 1)\nMolymods
\nto create examples of polypeptides","","","0","","0000-00-00","0","","0"),
("26080","CLA","0","2019-03-06","3","0","9A2/Sc","S6","C1.4.06","What are fullerenes? Models of fullernes","","Students should be able to recognise giant covalent structures from diagrams showing their bonding and structure.\n","1) Substances that consist of giant covalent structures are solids with very high melting points.\n2) In diamond, each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\n3) All of the atoms in these structures are linked to other atoms by strong covalent bonds.\n4) Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\n6) The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","Diamond, graphite and fullerenes are all examples of what type of structure? Diamond, graphite and fullerenes are all examples of giant covalent structures\nHow many bonds can an individual atom of carbon form?\n\nHow many bonds does each carbon form in an atom of a) Diamond\nb) Graphite:A single carbon atom can form a maximum of four possible bonds.;;a) In diamond each carbon atom is covalently bonded to 4 other carbon atoms.;;b) In graphite each carbon atom is covalently bonded to 3 other carbon atoms.\nMolecules of diamond, graphite and fullerenes are all held together by what type of bonds? Covalent bonds\nWhich giant covalent structures are made only from carbon? Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\nWhat was the first fullerene to be discovered and what is its shape? The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","","Extended writing: explain why covalent substances do not conduct electricity.\n
\nGF: Explain why pure water does not conduct electricity but tap water does conduct electricity.\nCovalent: Bonding between two non metals.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond. Graphite contains layers of carbon atoms. The layers slide over each other easily because there are only weak forces between them, making graphite slippery.\nFullerenes: The fullerenes are a large class of allotropes of carbon and are made of balls, 'cages' or tubes of carbon atoms. Buckminster fullerene is one type of fullerene.\nDiamond: Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms.","","","Activity 1)\nJigsaw research the four different types of covalent structure.
\nCompare ready made 3D examples of giant covalent structures.
\nEW: Why is a split ring commutator made out of Graphite.
\nGF: Why would Fullerenes be used in drug delivery rather than graphite?","","","0","","0000-00-00","0","","0"),
("26081","CLA","0","2019-03-07","1","0","9A2/Sc","S6","C1.4.07","Why are giant covalent structures useful? Models of giant covalent structures eg; Graphite,Diamond etc..","","Students should be able to explain the properties of diamond in terms of its structure and bonding.\n\nStudents should be able to explain the properties of graphite in terms of its structure and bonding.\n\nStudents should know that graphite is similar to metals in that it has delocalised electrons.\n\nStudents should be able to explain the properties of graphene in terms of its structure and bonding.\n\nStudents should be able to recognise graphene and fullerenes from diagrams and descriptions of their bonding and structure\n\nStudents should be able to give examples of the uses of fullerenes, including carbon nanotubes.\n","2) Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\n3) In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\n4) In graphite, one electron from each carbon atom is delocalised.\n5) These bonds must be overcome to melt or boil these substances.\n8) Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\n9) Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\n12) Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.","Why is diamond so hard, in terms of its structure and bonding? each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\nWhy do metals tend to have high melting and boiling points? Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\nHow many bonds does each carbon atom form in graphite and how does this impact it\'s structure? In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\nWhat happens to the spare electron that remains unused in a covalent bond in graphite? It becomes delocalised (shared between atoms)\nWhy do giant covalent structures have very high melting and boiling points? Their covalent bonds must be overcome in order for them to melt or boil, meaning large amounts of energy are required..\nWhy is graphite soft and slippery? Because individual layer of graphite are only held together by weak intermolecular forces, allowing them to easily slide away from each other.\nHow is graphite similar to metals? Graphite is similar to metals in that is has delocalised electrons.\nWhat makes graphene useful in electronics and composites? Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\nWhat are the properties of carbon nanotubes and what do their properties make them useful for? Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\nWhat are the properties of graphene in terms of its structure and bonding? - One atom thick, so is 2D in structure.;- Strong, as each layer of graphene is held together by strong covalent bonds.;- Able to conduct electricity and heat, due to each carbon giving up a delocalised electron.\nWhat are fullerenes and what is their structure? Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.\nName three uses of fullerenes? Fullerenes can be used as carbon nanotubes to reinforce graphite in tennis rackets, semiconductors in electrical circuits, and as nanotubes as a container from transporting a drug in the body.","","Delocalised: Electrons are free to move.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nMetallic bonding is the strong attraction between closely packed positive metal ions and a 'sea' of delocalised electrons.
\n This is why metals have high melting points and boiling points.
\nMetallic bonding: The particles in a metal are held together by metallic bonds.","","","Activity 2)\nCreate models of metallic structures.
\nUse copper wire and silver nitrate solution to grow silver crystals.
\nPractical: Metals and insulators electrical conduction.
\nVideo clips:
\nBBC Bitesize The atomic structure of metals
\n
\nYouTube: What are metallic bonds?","Activity 2)
\nExamples of metals and insulators.
\nElectricity trolley
\nleads with crocodille clips.
\n
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("26082","JHT","0","2019-03-08","5","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26083","CLA","0","2019-03-04","1","0","9A2/Sc","S6","C1.4.03","What are polymers? class set of molymods","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)
\nLarge glass bowl
\nAcetone
\nPolystyrene cups
\nGlass stirring rod
\n
\n-----------
\n
\nActivity 3)
\nMaking Nylon demo
\n
\n-----------
\n
\nActivity 4)
\nMaking bouncy balls or slime
\n
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("26084","SKT","0","2019-03-04","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26085","SKT","0","2019-03-04","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26086","SKT","0","2019-03-05","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26087","SKT","0","2019-03-06","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26088","SKT","0","2019-03-07","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26089","SKT","0","2019-03-08","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26090","PKT","0","2019-03-04","1","0","9A4/Sc","S1","P1.3.6","How is a plug supplied with electricity?","","Students should be able to explain why the National Grid system is an\nefficient way to transfer energy.\n","1) The National Grid is a system of cables and transformers linking power\nstations to consumers.\n2) Electrical power is transferred from power stations to consumers using the National Orid.\n3) Step-up transformers are used to increase the potential difference from the power station to the transmission cables\n\n4) Step-down\ntransformers are used to decrease, to a much lower value, the potential\ndifference for domestic use.","What is the National Grid? The National Grid is a system of cables and transformers linking power stations to consumers.\nWhat is used to transfer electrical power from power stations to consumers? Electrical power is transferred from power stations to consumers using the National Grid.\nWhy are step-up transformers used in the National Grid? Step-up transformers are used to increase the potential difference from the power station to the transmission cables.\nWhy are step-down transformers used in the National Grid? Step-down transformers are used to decrease, to a much lower value, the potential difference for domestic use.\nWhy is the National Grid system an efficient way to transfer energy? The National Grid system is an efficient way to transfer energy because is transmits electricity at a low current to reduce energy lost as heat. This requires a high voltage. This is achieved by using a step-up transformer.","","Transmit: cause (something) to pass on from one person or place to another.\nTransformer: An apparatus for reducing or increasing the voltage of an alternating current.\nResistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nNational Grid: The network of high-voltage power lines that connect major power stations to consumers.","","","Activity 1)\nModel the National Grid to show how electricity is sent from power stations to consumers.\nActivity 3)\nDemo: How transformers affect potential difference\nhttp://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_pre_2011/electric_circuits/mainsproducedrev5.shtml\nActivity 5)\nExtended writing\nIn the UK, electricity is delivered to consumers by the National Grid.\nExplain the main features of the National Grid.","Energy resources information sheets.","","0","","0000-00-00","0","","0"),
("26091","PKT","0","2019-03-04","2","0","9A4/Sc","S1","","Investigating the relationship between distance of a light source and voltage generated from a photo-voltaic cell","","","","","","","","","","Photo-voltaic cells, desk lamps, voltmeters/multimeters to measure voltage from cell, metre rulers, wires, cardboard to block out other light.","","0","","0000-00-00","0","","0"),
("26092","PKT","0","2019-03-05","1","0","9A4/Sc","S1","","Investigating the relationship between distance of a light source and voltage generated from a photo-voltaic cell","","","","","","","","","","Photo-voltaic cells, desk lamps, voltmeters/multimeters to measure voltage from cell, metre rulers, wires, cardboard to block out other light.","","0","","0000-00-00","0","","0"),
("26093","PKT","0","2019-03-06","3","0","9A4/Sc","S1","","Investigating the relationship between distance of a light source and voltage generated from a photo-voltaic cell","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26094","PKT","0","2019-03-07","1","0","9A4/Sc","S1","","World Book Day","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26095","PKT","0","2019-03-08","5","0","9A4/Sc","S1","","Investigating the relationship between distance of a light source and voltage generated from a photo-voltaic cell","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26096","LAN","0","2019-03-04","1","0","9B1/Sc","S7","B1.3.08","What are risk factors?","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","Activity 1)\nx\n\n-----------","","0","","0000-00-00","0","","0"),
("26097","LAN","0","2019-03-05","3","0","9B1/Sc","S7","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26098","LAN","0","2019-03-06","5","0","9B1/Sc","S7","B1.3.09","Required Practical - Food Tests (might not need)","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------","","0","","0000-00-00","0","","0"),
("26099","LAN","0","2019-03-07","1","0","9B1/Sc","S7","","WBD","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26100","LAN","0","2019-03-08","4","0","9B1/Sc","S7","","RP enzymes planning","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26101","DLN","0","2019-03-04","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26102","DLN","0","2019-03-05","3","0","9B1/Sc","S7","B1.3.09","Required Practical - Food Tests","","","1) Required Practical 4 - Food Tests (AT skills 2,8)","","","Sugar: Molecule that is often a source a chemical energy for living things.\nFat: Insoluble molecule made of glycerol and fatty acids.\nProtein: Amino acids joined together. They can be structural or enzymes.\nStarch: carbohydrate made of lots of glucose molecules joined together.","","","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL","Activity 1)\nFoods to be tested\npestle & mortars\nfilter paper\nconical flasks\ntest tubes\nBenedicts soln, iodine,\nBiuret soln,\nEthanol (fats)\nkettles\nPipettes\nForceps\n10ml cylinders\nSUDAN lll DOESNT WORK- USE ETHANOL\n\n-----------","","0","","0000-00-00","0","","0"),
("26103","SFD","0","2019-03-05","3","0","9B2/Sc","S5","","How are the heart and the lungs adapted to circulate oxygen and carbon dioxide around the body?","","Students should know the structure and functioning of the human heart and lungs\n","2) how lungs are adapted for gaseous exchange.\n3) The heart is an organ that pumps blood around the body in a double circulatory system.\n4) The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\n5) Knowledge of the blood vessels associated with the heart is limited to the aorta, vena cava, pulmonary artery, pulmonary vein and coronary arteries. Knowledge of the names of the heart valves is not required.\n6) Knowledge of the lungs is restricted to the trachea, bronchi, alveoli and the capillary network surrounding the alveoli.\n7) The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\n8) Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","What is the structure and function of each of the following: a) heart, b) lungs? The structure and function of the heart and lungs are: ;a) Heart - muscle, 4 chambers, left and right side, function is to pump blood around the body. b) lungs - large surface area, gas exchange surface.\nHow are lungs adapted for gaseous exchange? The lungs are adpated for gas exchange as they have a large surface area, moist lining, copious blood supply, maintain concetration gradient (ventilation and blood moving through), short diffusion distance.\nHow is blood pumped around the body in the human circulatory system? The blood is pumped around the body in a double circulatory system.\nWhere does the left ventricle pump blood to and where does the right ventricle pump to? The right ventricle pumps blood to the lungs where gas exchange takes place. The left ventricle pumps blood around the rest of the body.\nWhat are the names and functions of the blood vessels in the heart? The main structures in the heart and their functions are:;Aorta: a thick walled artery that carries oxygenated blood away from the heart to the body ;Vena Cava: a thinner walled vein that carries deoxygenated blood back to the heart ;Pulmonary artery: a thick walled artery that carries deoxygenated blood away from the heart to the lungs ;Coronary arteries: carry oxygenated blood to the heart muscle\nWhat are the names and functions of the main structures in the lungs? The main structures in the lungs and their functions are:;Trachea: is a wide, hollow tube that connects the larynx (or voice box) to the bronchi of the lungs;Bronchi: main passage of air into the lungs;Alveoli: tiny sacs with large surface area that allow oxygen and carbon dioxide to move between the lungs and bloodstream;Capillary network: very thin blood vessels that surround the avleoli for rapid gas exchange\nWhat controls the natural resting heart rate? The natural resting heart rate is controlled by a group of cells located in the right atrium that act as a pacemaker.\nWhat are artificial pacemakers? Artificial pacemakers are electrical devices used to correct irregularities in the heart rate.","https://www.mrcorfe.com/MemoryAnchors/c80f087fa2224f6df15dd740c6bd62b7.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/dfba9902eee0c92c0a840d5672511a05.gif\nhttps://www.mrcorfe.com/MemoryAnchors/fa4533abb26aeb7e868ba233e54b7be9.jpg\nhttps://members.gcsepod.com/shared/podcasts/title/10935/67171","Ventricles: Lower chambers of the heart that pump the blood out of the heart.\nAtria: Upper chambers of the heart that collect blood.\nDouble Circulatory System: A double loop circulatory system has 2 loops with oxygen-poor blood and oxygen-rich blood, that don't mix.\nExchange Surface: Specially adapted part of an organism for the movement of chemicals across it, often to and from the blood.","","","Activity 1)\nPluck dissection\nActivity 2)\nDescribe the movement of gases from the air to the blood.\nExplain the ways in which the lungs are adapted for rapid gas exchange with the blood.\nGF: Compare and contrast the structure and function of lungs to the gills.\nActivity 4)\nHeart Dissection\nActivity 5)\nDescribe the movement of the blood from the lungs to the heart, around the body and back to the lungs.\nExplain the advantages of having a double circulatory system compared to a single circulatory system.\nExplain why the left ventricle muscle is larger than the right ventricle.\nActivity 8)\nExplain how an artificial pacemaker keeps someone alive.","Activity 1)\npluck\ndissection kit \nrubber tube for blowing up lungs\n\n-----------\n\nActivity 4)\nClass dissection kits hearts for 1 between 2\n\n-----------","","0","","0000-00-00","0","","0"),
("26104","SFD","0","2019-03-06","5","0","9B2/Sc","S5","","RP Food Tests","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("26105","SFD","0","2019-03-07","1","0","9B2/Sc","S5","","WORLD BOOK DAY","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26106","SFD","0","2019-03-08","4","0","9B2/Sc","S5","","RP Enzymes","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("26107","SFD","0","2019-03-04","1","0","9B2/Sc","S5","","How do enzymes aid in digestion?","","Students should be able to describe the nature of enzyme molecules and relate their activity to temperature and pH changes.\n\nStudents should be able to carry out rate calculations for chemical reactions.\n\nStudents should be able to use the ?lock and key theory? as a simplified model to explain enzyme action.\n\nStudents should be able to recall the sites of production and the action of amylase, proteases and lipases.\n\nStudents should be able to understand simple word equations but no chemical symbol equations are required.\n","3) Enzymes catalyse specific reactions in living organisms due to the shape of their active site.\n7) Digestive enzymes convert food into small soluble molecules that can be absorbed into the bloodstream.\n8) Carbohydrases break down carbohydrates to simple sugars.\n9) Amylase is a carbohydrase which breaks down starch.\n10) Proteases break down proteins to amino acids.\n11) Lipases break down lipids (fats) to glycerol and fatty acids.","How does temperature and pH affect the activity of enzymes? Temperature affects enzyme activities by decreasing its activity either side of the optimum pH.\nHow do you calculate a rate of reaction? The rate of reaction is calculated by the reactant used or product made divided by time.\nWhat is the most important part of the enzyme with regartds to its shape? The most important part of an enzymes structure is the active site.\nThe binding of the substrate with the active site is known as what theory? The binding of the substrate with the active site is known as the Lock and Key theory.\nWhere are amylase, protease and lipases created in the body? Amylase is produced in the saliva/mouth, pnacreas and small intestine. Protease is produced in the stomach, pancreas and small intestine. Lipases are produced in the pancreas and small intestine.\nWhy are enzymes needed in digestion? Enzymes are needed in digestion to convert food to small soluble molecules that can be absorbed into the bloodstream.\nWhat do carbohydrases break carbohydrates down to? Carbohydrases break carbohydrates into simple sugars.\nWhat does the carbohydrase amylase break down? The carbohydrase amalyse breaks down starch in sugars.\nWhat do proteases break proteins down into? Proteases break down proteins into amino acids\nWhat do lipases break fat/lipids down into? Lipases break down fat/lipids into fatty acids and glycerol","","Active Site: The part of the enzyme that the substrate binds to.\nSubstrate: The reactant or reactants that the enzyme catalases the reaction for.\nLock and Key: The specific way that the exact substrate fits the exact enzyme.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 5)\nDemo: how the rate of the catalase reaction can be measured using a gas syringe or inverted cylinder of water and timer to prepare for the Required practical next lesson.\nActivity 11)\nDescribe the role of different enzymes in the digestive system including the substrates and products as well as their locations in the body.\nExplain why pepsin (protease) works in the stomach but trypsin (from the small intestine) wouldn't and vice versa","Activity 1)\nDemo: living tissue (LIVER) hydrogen peroxide, flask, delivery tube, gas syringe, cylinder and trough, timer.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26108","CML","0","2019-03-04","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26109","CML","0","2019-03-07","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26110","JHT","0","2019-03-06","5","0","9B3/Sc","S4","c1.3.02","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","Activity 1)\nTheory\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26111","JHT","0","2019-03-05","3","0","9B3/Sc","S4","C1.3.01","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26112","JHT","0","2019-03-08","4","0","9B3/Sc","S4","c1.3.04","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------\n","","0","","0000-00-00","0","","0"),
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("26220","CLA","0","2019-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26221","SSN","0","2019-03-08","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26222","DLN","0","2019-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26223","CLA","0","2019-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26224","SSN","0","2019-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26225","JHT","0","2019-03-08","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26226","DLN","0","2019-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26227","SSN","0","2019-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26228","CPD","0","2019-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26229","SKT","0","2019-03-08","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26230","DLN","0","2019-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26231","CLA","0","2019-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26232","SSN","0","2019-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26233","CPD","0","2019-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26234","SKT","0","2019-03-08","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26235","CML","0","2019-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26236","DLN","0","2019-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26237","SSN","0","2019-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26238","CPD","0","2019-03-08","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26239","SFD","0","2019-03-12","5","0","10ASK/Sc","S5","","SW 2","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.\n","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term \'activity\' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of \'count rate\' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (ĂŽÂł)? A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:
;*Thickness of paper.
;* Detecting leaks in pipes.
;* Cancer treatment.
;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","","","0","","0000-00-00","0","","0"),
("26240","SFD","0","2019-03-15","2","0","10ASK/Sc","S5","","Landmark Assessment 3","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.\n","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","How radioactive decay happen? Radioactive decay is a random process.\nWhat is the meaning of the term \'half-life\'? Half life is the amount time taken for a radioacitve material to reduce it radioactive emissons by half.\nHow is the concept of half-life related to radioactive decay? Radioactive activity decreasses by half at each half life.\nHow would the half-life of a radioactive isotope be determined from given information? Use divisions of half to determine half lifes from given data.\nHow would the net decline of radioactive emission after a given number of half-lives be expressed? Should be expressed as a ratio.","","Division : the action of separating something into parts or the process of being separated.\nRatio : the quantitative relation between two amounts showing the number of times one value contains or is contained within the other.\nHalf-life : the time taken for the radioactivity of a specified isotope to fall to half its original value.\nRandom : happening without method or conscious decision.","","","Activity 1)\nModel the radioactive decay of alpha and beta sources. Use the model to construct decay equations for alpha and beta decay. Critically analyse the limitations of the models produced by the class.\n\nDemonstrate the randomness of the decay of a radioactive substance by throwing six dice and getting a prediction of the number of dice that will land on a six. Alternatively, drop 20 coins and get students to predict the number that will land on a head.\nActivity 3)\nInvestigate half-life by throwing a large number of Tillich bricks. Any that land on the side with the odd colour get removed and the number remaining is recorded. Plot a graph of the number of throws against number of cubes remaining. Determine the half-life of the cubes (the number of throws needed to get the number of cubes to reduce by half).\nThis experiment can also be carried out using coins. Is it possible to predict which cubes or coins will land on a certain side?","","","0","","0000-00-00","0","","0"),
("26241","SFD","0","2019-03-12","1","0","10ASK/Sc","S5","","SW 1","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","","","0","","0000-00-00","0","","0"),
("26242","SFD","0","2019-03-13","3","0","10ASK/Sc","S5","","Landmark Assessment 3","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.
;
;For example, radon decays into polonium when it emits an alpha particle.
;
;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.
;
;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:
;The atomic mass number stays the same
;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("26243","CLA","0","2019-03-15","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26244","CML","0","2019-03-15","2","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26245","CML","0","2019-03-12","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26246","CML","0","2019-03-13","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26247","LAN","0","2019-03-12","1","0","10CLA/Sc","S7","","Science week 1","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","","","0","","0000-00-00","0","","0"),
("26248","LAN","0","2019-03-12","5","0","10CLA/Sc","S7","","Science week 2","","","","","","","","","","Turtle migration game: \nplasticine \nstring \npaper \nmagents","","0","","0000-00-00","0","","0"),
("26249","LAN","0","2019-03-13","3","0","10CLA/Sc","S7","","Landmark 3","","","","","","","","","","33 x higher \n1 x blue","","0","","0000-00-00","0","","0"),
("26250","LAN","0","2019-03-15","2","0","10CLA/Sc","S7","","Landmark 3","","","","","","","","","","33 x higher \n1 x blue","","0","","0000-00-00","0","","0"),
("26251","PKT","0","2019-03-12","1","0","10JCE/Sc","S1","","Science Week Migration Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26252","PKT","0","2019-03-13","3","0","10JCE/Sc","S1","","Science Week Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26253","PKT","0","2019-03-15","2","0","10JCE/Sc","S1","","Science Week Lesson 3 Navigation","","","","","","","","","","Turtle magnetic navigation challenge.","","0","","0000-00-00","0","","0"),
("26254","DLN","0","2019-03-12","1","0","10JCE/Sc","S1","","Science Week Migration Lesson 1.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26255","DLN","0","2019-03-13","3","0","10JCE/Sc","S1","","Science Week Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26256","CLA","0","2019-03-12","1","0","10MES/Sc","S4","","Migration Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26257","CLA","0","2019-03-12","5","0","10MES/Sc","S4","","Migration Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26258","CLA","0","2019-03-13","3","0","10MES/Sc","S4","","Migration Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26259","CLA","0","2019-03-15","2","0","10MES/Sc","S4","B2.1.04","How is the optimum blood glucose level maintained?","","Students should be able to compare Type 1 and Type 2 diabetes and explain how they can be treated.\n\nStudents should be able to extract information and interpret data from graphs that show the effect of insulin in blood glucose levels in both people with diabetes and people without diabetes.\n","1) Blood glucose concentration is monitored and controlled by the pancreas\n2) If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\n3) In the liver and muscle cells excess glucose is converted to glycogen for storage.\n4) When insulin is released it causes the liver to convert more glucose into glycogen.\n5) Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\n6) In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\n7) Obesity is a risk factor for Type 2 diabetes.\n10) (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n11) (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","What organ monitors and controls blood glucose concentration? Blood glucose concentration is monitored and controlled by the pancreas.\nHow does the pancreas control blood glucose levels? If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\nWhat do the liver and muscle cells do to excess glucose? In the liver and muscle cells excess glucose is converted to glycogen for storage.\nHow does insulin control blood glucose levels? When insulin is released it causes the liver to convert more glucose into glycogen.\nWhat is type 1 diabetes and how is it treated? Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\nWhat is type 2 diabetes and how is it controlled? In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\nWhich diabetes is obesity a risk factor for? Obesity is a risk factor for Type 2 diabetes.\n(HT) How does the body increase the blood glucose concentration? (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n(HT) How does glucagon control blood glucose levels? (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","","Insulin: A hormone, produced by the pancreas, that regulates glucose concentrations in the blood.\nGland: A gland is a group of cells in an animal's body that makes substances like hormones.\nHomeostasis: The maintenance of steady conditions. The ability of the body to maintain a constant internal environment, e.g. temperature and blood glucose concentration.\nSynapse: A tiny gap at the junction between two nerve cells, which nerve signals must cross.","","","Activity 1)\nDraw life size model of a person to show control of blood glucose\nActivity 6)\nDemo: \nHow doctors used to diagnose diabetes by tasting fake urine.\nConfirm results with Benedict’s solution.\nEvaluate the methods.\nActivity 8)\nGF/EW: How has treatment of diabetes developed over time? include use of human insulin produced by bacteria, current research into pancreas cell transplants and stem cell research.","Activity 1)\nPlain wall paper \nmarker pens\n\n-----------\n\nActivity 6)\nWeak tea samples with and without glucose\nBenedict’s solution\nWater bath\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26260","SNK","0","2019-03-12","1","0","10SNK/Sc","S3","B1.4.7","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion\n15) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","Metabolism : the sum of all the chemical reactions in the body.\nCardiovascular : the heart and blood vessels.\nYeast : a microscopic fungus consisting of single oval cells that reproduce by budding.\nAnaerobic : without oxygen.","","","Activity 1)\nGF Why is it important to warm up and warm down before and after vigorous exercise?\nActivity 5)\nSlow mo of Usain Bolt - point out how he holds his breath - ask how he can possibly keep energy going to his muscles without O2.","JOBFEST - Light on Y10 students","","0","","0000-00-00","0","","0"),
("26261","SNK","0","2019-03-13","3","0","10SNK/Sc","S3","","","","","","","","","","","","NO Y10 ORDERS - Landmark assessment.","","0","","0000-00-00","0","","0"),
("26262","SNK","0","2019-03-15","2","0","10SNK/Sc","S3","","","","","","","","","","","","NO Y10 ORDERS - Landmark assessment.","","0","","0000-00-00","0","","0"),
("26263","SMT","0","2019-03-11","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26264","SDN","0","2019-03-12","1","0","11A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26265","SDN","0","2019-03-12","2","0","11B/Pe1","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26266","CML","0","2019-03-12","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26267","CML","0","2019-03-13","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26268","CML","0","2019-03-14","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26269","CML","0","2019-03-15","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26270","CPD","0","2019-03-12","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26271","CPD","0","2019-03-13","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26272","CPD","0","2019-03-14","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26273","CPD","0","2019-03-15","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26274","LAN","0","2019-03-12","4","0","11LAN/Sc","S7","","Journey of cheese sandwich","","","","","","","","","","Mr T demo\nbottled labelled as "amylase" "Protease" "Bile"","","0","","0000-00-00","0","","0"),
("26275","LAN","0","2019-03-13","1","0","11LAN/Sc","S7","","Journey of a chemical reaction","","","","","","","","","","polystyrene cups\nmeasuring cylinders (25ml)\npipettes \nHCl \nMg ribbon \nsodium/magnesium carbonate\ncitric acid solution \nsodium hydrogencarbonate\nNaOH (same conc as HCl) \n\nacid plus metals, acid plus carbonates, neutralisations, displacement of metals","","0","","0000-00-00","0","","0"),
("26276","LAN","0","2019-03-14","4","0","11LAN/Sc","S7","","Journey to the moon","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26277","LAN","0","2019-03-15","1","0","11LAN/Sc","S7","","Journey of the development of the periodic table","","","","","","","","","","Element top trump cards","","0","","0000-00-00","0","","0"),
("26278","PKT","0","2019-03-15","1","0","11PKT/Sc","S1","C2.5.4","Required practical - purifying water","","Students should be able to carry out analysis and purification of water samples from different sources, including pH, dissolved solids and distillation.\n","2) Required practical 8 - purifying water (AT skills 2,3,4)","How can analysis of the purity of water be carried out? It is possible to analyse the purity of water by the boiling point. The closer the boiling point is to that of pure water, the more pure it is.","","Purification: The removal of contaminants from something.\nBoiling point: The temperature at which a liquid boils and turns to vapour.\nPurity: The measure of how pure a substance is.\nAnalysis: Detailed examination of the elements or structure of something.","","","","Activity 2) Required Practical Purifying Water.\nSalt water\nDistilled water\nUniversal indic. solution\nwatch glasses\nmini balances\nconical flasks\ndelivery tubes\ntest tubes\nbeakers\n\n-----------","","0","","0000-00-00","0","","0"),
("26279","PKT","0","2019-03-12","4","0","11PKT/Sc","S1","C2.5.1","Plastic bags vs Paper bags: You decide","","Students should be able to state examples of natural products that are supplemented or replaced by agricultural and synthetic products.\n\nStudents should be able to distinguish between finite and renewable resources given appropriate information.\n\nStudents should be able to extract and interpret information about resources from charts, graphs and tables.\n\nStudents should be able to use orders of magnitude to evaluate the significance of data.\n\nStudents should be able to carry out simple comparative LCAs for shopping bags made from plastic and paper.\n","1) Humans use the Earth's resources to provide warmth, shelter, food and transport.\n2) Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\n3) Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\n4) Chemistry plays an important role in improving agricultural and industrial processes to provide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\n9) Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:\n- extracting and processing raw materials\n- manufacturing and packaging\n- use and operation during its lifetime\n- disposal at the end of its useful life, including transport and distribution at each stage.\n10) Use of water, resources, energy sources and production of some wastes can be fairly easily quantified. Allocating numerical values to pollutant effects is less straightforward and requires value judgements, so LCA is not a purely objective process.\n11) Selective or abbreviated LCAs can be devised to evaluate a product but these can be misused to reach pre-determined conclusions, eg in support of claims for advertising purposes.","What do humans use the Earth's resources for? Humans use the Earth's resources to provide warmth, shelter, food and transport.\nWhat do natural resources provide? :Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\nWhat are finite resources used for? Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\nWhat role has Chemistry played in improving agricultural and industrial processes? Chemistry plays an important role in improving agricultural and industrial processes toprovide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\nWhat are the names of natural products that are supplemented or replaced by agricultural and synthetic products? The natural products that are supplemented/replaced by agricultural or synthetic products are nitrogen, phosphorus and potassium.\nWhat is the difference between finite and renewable resources? Finite resources are those which are limited. Renewable resources are those which can be replenished at the same rate that they are used up.\nWhat are orders of magnitude? A system of classification determined by size, typically in powers of ten.\nWhat different aspects of a products lifetime are assessed through a life cycle assessment? Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:;- extracting and processing raw materials;- manufacturing and packaging;- use and operation during its lifetime;- disposal at the end of its useful life, including transport and distribution at each stage.\nWhy are life cycle assessment not a purely objective process? Life cycle assessments are not a purely objective process because allocating numerical values to pollutant effects is less straightforward and requires value judgments.\nWhy is it important that life cycle assessments are completed by an unbiased impartial agency? It is important that life cycle assessments are completed using an unbiased impartial agency to avoid misuse of data to reach pre-determined conclusions. e.g. to support a claim that a product is more environmentally friendly.\nWhat are the life cycle assessments that would be conducted for plastic and paper carrier bags? The life cycle assessments that would be conducted for plastic and paper bags are the raw materials, manufacturing processing, which lasts longer, disposal, transport, emissions and waste.","Memory anchor = Infinity symbol. What is the opposite of infinite?","Life cycle assessment: Used as a tool to assess the environmental impacts of a product, process or activity throughout its life cycle.\nRenewable: Are collected renewable resources, which are naturally replenished on a human timescale.\nFinite: A resource that does not renew itself at a sufficient rate for sustainable economic extraction in meaningful human time-frames.\nResource: is a source or supply from which a in benefit is produced.","","","Activity 1)\nThink Pair Share\nShow picture of a carton of orange juice. Get students to think about all of the different materials that go into making that product and where they come from.\nActivity 4)\nAnalyse data as to estimates of how long different resources will last.\n\nWhat options do we have and when they run out\nActivity 5)\nResearch examples of natural products that are supplemented or replaced by agricultural and synthetic products. (NYLON)\nActivity 9)\nTED talk LCA's:\nhttps://www.youtube.com/watch?v=d7F0DWjzq0U\nActivity 10)\nCarry out a simple comparative LCAs for shopping bags made from plastic and paper. Info on shared drive","","","0","","0000-00-00","0","","0"),
("26280","PKT","0","2019-03-13","1","0","11PKT/Sc","S1","C2.5.2","How can the three R's improve our future?","","Students should be able to evaluate ways of reducing the use of limited resources, given appropriate information.\n","1) The reduction in use, reuse and recycling of materials by end users reduces the use of limited resources, use of energy sources, waste and environmental impacts.\n2) Metals, glass, building materials, clay ceramics and most plastics are produced from limited raw materials.\n3) Much of the energy for the processes comes from limited resources.\n4) Obtaining raw materials from the Earth by quarrying and mining causes environmental impacts.\n5) Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use.\n6) Metals can be recycled by melting and recasting or reforming into different products.\n7) The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.","What are the reasons behind the incentive Reduce, Reuse, Recycle? Reduce, Reuse and Recycle is targeted to end users to reduce the use of limited resources, use of energy sources, waste and environmental impacts.\nWhere are the raw materials found to produce products such as ceramics, metals and plastics? The raw materials we use to make ceramics, metals and plastics are found within the earths crust.\nDescribe how the majority of energy is generated in order to process raw materials such as clay ceramics and metal ores? Most energy used to process natural resources is generated from finite resources, such as fossil fuels.\nEvaluate the environmental impacts of quarrying in order to obtain natural resources:The Environmental impacts of quarrying can be:; Once usage is complete, often old quarries can become u;- Destruction of natural habitats;- Pollutants released from use of chemicals and burning fossil fuels in operation of quarry; - Permanently disfigure the local environment and are often visible from long distances\nGive an example of a product that can be reused and a product that can be recycled.:Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use such as plastics and metals.\nHow can metals be recycled? Metals can be recycled by melting and recasting or reforming into different products.\nWhat does the amount of separation for a product rely on? Give an example.:The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.\nWhat ways can reducing the use of limited resources be achieved? Reducing the use of limited resources be achieved by producing less waste, reusing certain products, recycling certain products.","","Raw material: The basic material from which a product is made.\nReduce: Make smaller or less in amount, degree, or size.\nReuse: Use again or more than once.\nRecycle: Convert waste materials into reusable products.","","","Activity 1)\nRecycling plastics (90's special)\nhttps://www.youtube.com/watch?v=s5p6Nk3SzcU\nActivity 4)\nExtended writing: Describe the environmental impacts of obtaining raw materials from the Earth.\nActivity 8)\nDesign an informative poster aimed at future generations to encourage them to recycle, reuse, reduce.","","","0","","0000-00-00","0","","0"),
("26281","PKT","0","2019-03-14","4","0","11PKT/Sc","S1","C2.5.3","How is water made safe for human consumption?","","Students should be able to comment on the relative ease of obtaining potable water from waste, ground and salt water.\n\nStudents should be able to distinguish between potable water and pure water.\n\nStudents should be able to describe the differences in treatment of ground water and salty water.\n\nStudents should be able to give reasons for the steps used to produce potable water.\n","1) Water of appropriate quality is essential for life. For humans, drinking water should have sufficiently low levels of dissolved salts and microbes.\n2) Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\n3) Water that is safe to drink is called potable water. Potable water is not pure water in the chemical sense because it contains dissolved substances.\n4) Sewage and agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\n5) The methods used to produce potable water depend on available supplies of water and local conditions.\n6) Sewage treatment includes:\n? screening and grit removal\n? sedimentation to produce sewage sludge and effluent\n? anaerobic digestion of sewage sludge\n? aerobic biological treatment of effluent.\n7) In the United Kingdom (UK), rain provides water with low levels of dissolved substances (fresh water) that collects in the ground and in lakes and rivers, and most potable water is produced by:\n- choosing an appropriate source of fresh water\n- passing the water through filter beds\n- sterilising.\n9) Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\n10) If supplies of fresh water are limited, desalination of salty water or sea water may be required.\n11) Desalination can be done by distillation or\nby processes that use membranes such as reverse osmosis.\n12) These processes require large amounts of energy.","What should the quality of drinking water be like? The quality of drinking water should have low levels of dissolved salts and microbes.\nWhat must be done to the waste water produced by urban lifestyles and industrial processes before it can be released back into the environment? Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\nWhat is the name given to water that is safe to drink? The name given to water that is safe to drink is potable water.\nWhat will be required to be removed from a) agricultural waste water and b)industrial waste water? Agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\nWhat factors decide which methods are used to produce potable water? The methods used to produce potable water depend on available supplies of water and local conditions.\nWhat does sewage treatment include? Sewage treatment includes:;- screening and grit removal;- sedimentation to produce sewage sludge and effluent;- anaerobic digestion of sewage sludge;- aerobic biological treatment of effluent.\nWhat stages do most of the potable water in the UK produced? The stages that most potable water is produced in the UK is:;- choosing an appropriate source of fresh water;- passing the water through filter beds;- sterilising.\nHow is potable water obtained from a) waste ground and b) salt water? Potable water can be obtained from waste ground through the three main stages of sedimentation, filtration and sterilizing.;Potable water can be obtained from salt water through desalination by distillation or reverse osmosis.\nWhat are three types of sterilising agents used for potable water? Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\nWhat process can be used to make salt water / sea water potable when fresh water is limited? If supplies of fresh water are limited, desalination of salty water or sea water may be required.\nHow is desalination completed? (give two methods):Desalination can be done by distillation or;by processes that use membranes such as reverse osmosis.\nWhat is the main drawback of desalination processes? Desalination processes require large amounts of energy.\nWhat is the difference between potable and pure water? Pure water only contains water particles with no other substances. ;Potable water is safe to drink but contains other soluble ions.\nWhat is the differences in the way that ground water and salty water is treated? Salty water is treated by distillation or by reverse osmosis. ;Ground water is treated by - passing the water through filter beds and then sterilising using chlorine, ozone or UV light.\nWhat are the reasons for each step of producing potable water from ground water? Potable water is filtered to remove any fine particles in the water. It is then steralised to kill microbes.","","Desalination: The process of removing salt from seawater.\nSterilise: Make (something) free from bacteria or other living microorganisms.\nSewage: Waste water and excrement conveyed in sewers\nPotable: Water that is safe to drink.","","","Activity 3)\nCompare the composition of:\n• potable water\n• pure water.\n\nWhy do we not drink pure water?\nActivity 4)\nTreating waste water:\nhttps://www.youtube.com/watch?v=YW6GBciRHLg\nActivity 9)\nThinking task:\nTask students with coming up with a solution to supplying water to a city that only has access to salt water (such as Dubai).\n\nReview ideas and then go through distillation and osmosis.\nActivity 11)\nExtended writing: Describe the process of desalination.\nor\nDescribe the process of distillation\nor\nExplain how distillation separates substances.\nActivity 13)\nThink/Pair/Share\nWhy do we not drink pure water?","","","0","","0000-00-00","0","","0"),
("26282","SFD","0","2019-03-13","1","0","11SFD/Sc","S5","P2.5.02","How is a magnetic field produced in a conducting wire.","","Students should be able to describe how the magnetic effect of a current can be demonstrated\n\nStudents should be able to draw the magnetic field pattern for a straight wire carrying a current and for a solenoid (showing the direction of the field)\n\nStudents should be able to explain how a solenoid arrangement can increase the magnetic effect of the current.\n","1) When a current flows through a conducting wire a magnetic field is produced around the wire.\n2) The strength of the magnetic field depends on the current through the wire and the distance from the wire.\n3) Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the wire.\n4) The magnetic field inside a solenoid is strong and uniform.\n5) The magnetic field around a solenoid has a similar shape to that of a bar magnet.\n6) Adding an iron core increases the strength of the
\nmagnetic field of a solenoid.\n7) An electromagnet is a solenoid with an iron core.","What happens when a current flows through a conducting wire? When a current flows through a conducting wire a magnetic field is produced.\nWhat does the strength of the magnetic field depends on? The current through the wire and the distance from the wire.\nHow does shaping a wire into a solenoid affect strength of the magnetic field? Shaping a wire to form a solenoid increases the strength of the magnetic field created by a current through the\nWhat is the magnetic field like inside a solenoid? The magnetic field inside a solenoid is strong and uniform.\nWhat is the shape of the magnetic field around a solenoid? The magnetic field around a solenoid has a similar shape to that of a bar magnet.\nHow does adding an iron core affect the magnetic field? Adding an iron core increases the strength of the
;magnetic field of a solenoid.\nWhat is an electromagnet? An electromagnet is a solenoid with an iron core.\nDescribe how the magnetic effect of a current can be demonstrated:The magnetic effect of a current can be demonstrated
;using iron fillings and a moving a compass around the magnets by plotting north.\nWhat does the magnetic field around a straight wire look like? \nHow does a solenoid arrangement increase the magnetic effect of the current? ","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Polarity: The state of being a north pole or south pole; the magnetic equivalent of electric charge\nConductor: A material the can conduct electricity or thermal energy.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nCurrent: The flow of electrons (charge).","","","Activity 1)\nDescribe how the magnetic effect of a current can be demonstrated.
\nUse the ‘right hand thumb rule’ to draw the magnetic field pattern of a wire carrying an electric current.
\nDemonstrate what happens when a foil strip with a current flowing through it is placed in a strong magnetic field. What happens if the direction of the current is reversed?
\nTry to demonstrate the shape of the magnetic field by placing a wire through a piece of card with iron filings sprinkled near it. Apply a current through the wire.","Activity 1)\nDemo: Conducting Wire
\ncard
\nIron fillings
\nFoil Strip
\nPowerpack
\nU shaped magnet
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26283","SFD","0","2019-03-14","4","0","11SFD/Sc","S5","P2.5.03","What is meant by the motor effect?","","Students should be able to show that Fleming's left-hand rule represents the relative orientation of the force, the current in the conductor and the magnetic field.\n\nStudents should be able to recall the factors that affect the size of the force on the conductor.\n","1) When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\n4) For a conductor at right angles to a magnetic field and carrying a current:\nforce = magnetic flux density ? current ? length\nF = B I l\nforce, F, in newtons, N\nmagnetic flux density, B, in tesla, T\ncurrent, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","(HT only) What is meant by the motor effect? When a conductor carrying a current is placed in a magnetic field the magnet producing the field and the conductor exert a force on each other. This is called the motor effect.\nWhat factors affect the size of the forces on the conductor? The factors that affect the size of the force on the conductor are the current and the strength of the magnetic field.\nHow is magnetic flux density calculated? Include SI units.:For a conductor at right angles to a magnetic field and carrying a current:;force = magnetic flux density ? current ? length;F = B I l;force, F, in newtons, N;magnetic flux density, B, in tesla, T;current, I, in amperes, A (amp is acceptable for ampere) length, l, in metres, m","","Current: An electric current is a flow of electric charge.\nMagnetic field: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nmotor effect: The motor effect is the term used when a current-carrying wire in the presence of a magnetic field experiences a force.\n
\nConductor: A material the can conduct electricity or thermal energy.","","","Activity 1)\nExplain what is meant by the motor effect.
\nExplain why a motor spins with respect to the magnetic field.
\nMake an electric motor and investigate how the speed and direction of rotation can be changed.","Activity 1)\nMotor kit\npowerpacks\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26284","SFD","0","2019-03-12","4","0","11SFD/Sc","S5","P2.5.01","How to visualise magnetic field.","","Students should be able to describe how to plot the magnetic field pattern of a magnet using a compass.\n\nStudents should be able to draw the magnetic field pattern of a bar magnet showing how strength and direction change from one point to another.\n\nStudents should be able to explain how the behaviour of a magnetic compass is related to evidence that the core of the Earth must be magnetic.\n\nStudents should be able to describe the attraction and repulsion between unlike and like poles for permanent magnets\n\nStudents should be able to describe the difference between permanent and induced magnets.\n","1) Poles of a magnet\n2) The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\n3) The force between a magnet and a magnetic material is always one of attraction.\n4) When two magnets are brought close together they exert a force on each other.\n5) The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\n6) Two like poles repel each other.\n7) The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\n8) Two unlike poles attract each other.\n9) The direction of a magnetic field line is from the north\n(seeking) pole of a magnet to the south(seeking) pole of the magnet.\n10) Attraction and repulsion between two magnetic poles are examples of non-contact force.\n11) A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\n12) A permanent magnet produces its own magnetic field.\n14) An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\n16) Induced magnetism always causes a force of\nattraction.\n18) When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.","What are the poles of a magnet? The poles of a magnet are the places where the magnetic forces are strongest.\nWhat is the magnetic field? The region around a magnet where a force acts on another magnet or on a magnetic material (iron, steel, cobalt and nickel) is called the magnetic field.\nWhat force is always between a magnet and a magnetic material? The force between a magnet and a magnetic material is always one of attraction.\nWhat happens when two magnets are brought close together? When two magnets are brought close together they exert a force on each other.\nWhat does the strength of the magnetic field depend on and where is it the strongest? The strength of the magnetic field depends on the distance from the magnet. The field is strongest at the poles of the magnet.\nWhat happens when two like poles are brought together? Two like poles repel each other.\nWhat affects the direction of the magnetic field? The direction of the magnetic field at any point is given by the direction of the force that would act on another north pole placed at that point.\nWhat happens when two unlike poles are brought together? Two unlike poles attract each other.\nWhat direction does the magnetic field line go in? The direction of a magnetic field line is from the north;(seeking) pole of a magnet to the south(seeking) pole of the magnet.\nWhat type of force are attraction and repulsion between magnetic poles examples of? Attraction and repulsion between two magnetic poles are examples of non-contact force.\nWhat causes a magnetic compass to follow the direction of the Earth's magnetic field? A magnetic compass contains a small bar magnet. The Earth has a magnetic field. The compass needle points in the direction of the Earth's magnetic field.\nWhat is a permanent magnet? A permanent magnet produces its own magnetic field.\nHow can a plotting compass be used to plot the magnetic field pattern of a magnet? https://www.youtube.com/watch?v=NT-KS9dscjw\nWhat is an induced magnet? An induced magnet is a material that becomes a magnet when it is placed in a magnetic field.\nWhat force does induced magnetism always cause? Induced magnetism always causes a force of;attraction.\nWhy does a compass point North? The core of the Earth is magnetic.\nWhat happens to an induced magnet when it's removed from the magnetic field? When removed from the magnetic field an induced magnet loses most/all of its magnetism quickly.\nHow do the poles of the magnets interact? Repulsion occurs between unlike and like poles for permanent magnets.\nWhat is the difference between permanent and induced magnets:Induced magnets can be switched on and off unlike permenant magnets.","https://nationalmaglab.org/media/k2/items/cache/9abae742a9374d5c2cfee072fa802c4b_L.jpg","Magnetic field\nPermanent magnet\nInduced\nAttraction\nRepulsion\nNon-contact\nAttract\nMagnetic Force: The force that arises due to the motion of charged particle within the magnetic field is known as the magnetic force. It is an outcome of the electromagnetic force.\nMagnet: A material made out of either iron, steel or cobalt that is polarised and has a north and south pole.\npermanent magnet: a magnet that retains its magnetic properties in the absence of an inducing field or current.\nForce\nRepel\nPoles: Magnet have a north and south pole.","","","Activity 1)\nDescribe two experiments that can be used to identify the magnetic field pattern of a permanent magnet.
\nDescribe what would happen if two North seeking Magnetic Poles were placed near each other, two South seeking Poles or one of each.
\nWhich part of a permanent magnet is the strongest?
\nInvestigate and draw the shape of the magnetic field pattern around a permanent magnet.
\nInvestigate the effect that two magnets have on each other in different orientations.","Activity 1)\nBar magnets\nIron filings\nA3 paper\nPlotting compass\n\n-----------","","0","","0000-00-00","0","","0"),
("26285","SFD","0","2019-03-15","1","0","11SFD/Sc","D8","P2.5.04","How does an electric motor work?","","Students should be able to explain how the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor.\n","1) A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.","What is the basis of an electric motor? A coil of wire carrying a current in a magnetic field tends to rotate. This is the basis of an electric motor.\nHow does the force on a conductor in a magnetic field causes the rotation of the coil in an electric motor? A simple electric motor can be built using a coil of wire that is free to rotate between two opposite magnetic poles. When an electric current flows through the coil, the coil experiences a force and moves. One side moves up and the other side moves down (based on Fleming's left hand rule).","","Solenoid: a coil of wire, usually cylindrical, in which a magnetic field is set up by passing a current through it\nField: a region around a magnetic material or a moving electric charge within which the force of magnetism acts.\nMagnetic
\nElectric motor: Electric motors transfer electrical energy into kinetic energy, using magnets and coils of wire. There is a relationship between electrical power, voltage and current (power = voltage Ă— current).\nCurrent: A flow of electrons (charge).","","","Activity 1)\nExplain why changing the direction of the electric current in an electric motor changes the direction of rotation.
\nExplain why changing the polarity of the permanent magnets in the electric motor will change the direction of rotation.
\nRecall and use Fleming’s left-hand rule.","Activity 1)\nElectric motor kit
\nPowerpack
\nleads\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26286","DLN","0","2019-03-12","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26287","SKT","0","2019-03-12","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26288","SKT","0","2019-03-13","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26289","SKT","0","2019-03-14","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26290","SKT","0","2019-03-15","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26291","SNK","0","2019-03-12","4","0","11SNK/Sc","S3","C2.5.1","Plastic bags vs Paper bags: You decide","","Students should be able to state examples of natural products that are supplemented or replaced by agricultural and synthetic products.\n\nStudents should be able to distinguish between finite and renewable resources given appropriate information.\n\nStudents should be able to extract and interpret information about resources from charts, graphs and tables.\n\nStudents should be able to use orders of magnitude to evaluate the significance of data.\n\nStudents should be able to carry out simple comparative LCAs for shopping bags made from plastic and paper.\n","1) Humans use the Earth's resources to provide warmth, shelter, food and transport.\n2) Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\n3) Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\n4) Chemistry plays an important role in improving agricultural and industrial processes to provide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\n9) Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:\n- extracting and processing raw materials\n- manufacturing and packaging\n- use and operation during its lifetime\n- disposal at the end of its useful life, including transport and distribution at each stage.\n10) Use of water, resources, energy sources and production of some wastes can be fairly easily quantified. Allocating numerical values to pollutant effects is less straightforward and requires value judgements, so LCA is not a purely objective process.\n11) Selective or abbreviated LCAs can be devised to evaluate a product but these can be misused to reach pre-determined conclusions, eg in support of claims for advertising purposes.","What do humans use the Earth's resources for? Humans use the Earth's resources to provide warmth, shelter, food and transport.\nWhat do natural resources provide? :Natural resources, supplemented by agriculture, provide food, timber, clothing and fuels.\nWhat are finite resources used for? Finite resources from the Earth, oceans and atmosphere are processed to provide energy and materials.\nWhat role has Chemistry played in improving agricultural and industrial processes? Chemistry plays an important role in improving agricultural and industrial processes toprovide new products and in sustainable development, which is development that meets the needs of current generations without compromising the ability of future generations to meet their own needs.\nWhat are the names of natural products that are supplemented or replaced by agricultural and synthetic products? The natural products that are supplemented/replaced by agricultural or synthetic products are nitrogen, phosphorus and potassium.\nWhat is the difference between finite and renewable resources? Finite resources are those which are limited. Renewable resources are those which can be replenished at the same rate that they are used up.\nWhat are orders of magnitude? A system of classification determined by size, typically in powers of ten.\nWhat different aspects of a products lifetime are assessed through a life cycle assessment? Life cycle assessments (LCAs) are carried out to assess the environmental impact of products in each of these stages:;- extracting and processing raw materials;- manufacturing and packaging;- use and operation during its lifetime;- disposal at the end of its useful life, including transport and distribution at each stage.\nWhy are life cycle assessment not a purely objective process? Life cycle assessments are not a purely objective process because allocating numerical values to pollutant effects is less straightforward and requires value judgments.\nWhy is it important that life cycle assessments are completed by an unbiased impartial agency? It is important that life cycle assessments are completed using an unbiased impartial agency to avoid misuse of data to reach pre-determined conclusions. e.g. to support a claim that a product is more environmentally friendly.\nWhat are the life cycle assessments that would be conducted for plastic and paper carrier bags? The life cycle assessments that would be conducted for plastic and paper bags are the raw materials, manufacturing processing, which lasts longer, disposal, transport, emissions and waste.","Memory anchor = Infinity symbol. What is the opposite of infinite?","Life cycle assessment: Used as a tool to assess the environmental impacts of a product, process or activity throughout its life cycle.\nRenewable: Are collected renewable resources, which are naturally replenished on a human timescale.\nFinite: A resource that does not renew itself at a sufficient rate for sustainable economic extraction in meaningful human time-frames.\nResource: is a source or supply from which a in benefit is produced.","","","Activity 1)\nThink Pair Share\nShow picture of a carton of orange juice. Get students to think about all of the different materials that go into making that product and where they come from.\nActivity 4)\nAnalyse data as to estimates of how long different resources will last.\n\nWhat options do we have and when they run out\nActivity 5)\nResearch examples of natural products that are supplemented or replaced by agricultural and synthetic products. (NYLON)\nActivity 9)\nTED talk LCA's:\nhttps://www.youtube.com/watch?v=d7F0DWjzq0U\nActivity 10)\nCarry out a simple comparative LCAs for shopping bags made from plastic and paper. Info on shared drive","","","0","","0000-00-00","0","","0"),
("26292","SNK","0","2019-03-13","1","0","11SNK/Sc","S3","C2.5.2","How can the three R's improve our future?","","Students should be able to evaluate ways of reducing the use of limited resources, given appropriate information.\n","1) The reduction in use, reuse and recycling of materials by end users reduces the use of limited resources, use of energy sources, waste and environmental impacts.\n2) Metals, glass, building materials, clay ceramics and most plastics are produced from limited raw materials.\n3) Much of the energy for the processes comes from limited resources.\n4) Obtaining raw materials from the Earth by quarrying and mining causes environmental impacts.\n5) Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use.\n6) Metals can be recycled by melting and recasting or reforming into different products.\n7) The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.","What are the reasons behind the incentive Reduce, Reuse, Recycle? Reduce, Reuse and Recycle is targeted to end users to reduce the use of limited resources, use of energy sources, waste and environmental impacts.\nWhere are the raw materials found to produce products such as ceramics, metals and plastics? The raw materials we use to make ceramics, metals and plastics are found within the earths crust.\nDescribe how the majority of energy is generated in order to process raw materials such as clay ceramics and metal ores? Most energy used to process natural resources is generated from finite resources, such as fossil fuels.\nEvaluate the environmental impacts of quarrying in order to obtain natural resources:The Environmental impacts of quarrying can be:; Once usage is complete, often old quarries can become u;- Destruction of natural habitats;- Pollutants released from use of chemicals and burning fossil fuels in operation of quarry; - Permanently disfigure the local environment and are often visible from long distances\nGive an example of a product that can be reused and a product that can be recycled.:Some products, such as glass bottles, can be reused. Glass bottles can be crushed and melted to make different glass products. Other products cannot be reused and so are recycled for a different use such as plastics and metals.\nHow can metals be recycled? Metals can be recycled by melting and recasting or reforming into different products.\nWhat does the amount of separation for a product rely on? Give an example.:The amount of separation required for recycling depends on the material and the properties required of the final product. For example, some scrap steel can be added to iron from a blast furnace to reduce the amount of iron that needs to be extracted from iron ore.\nWhat ways can reducing the use of limited resources be achieved? Reducing the use of limited resources be achieved by producing less waste, reusing certain products, recycling certain products.","","Raw material: The basic material from which a product is made.\nReduce: Make smaller or less in amount, degree, or size.\nReuse: Use again or more than once.\nRecycle: Convert waste materials into reusable products.","","","Activity 1)\nRecycling plastics (90's special)\nhttps://www.youtube.com/watch?v=s5p6Nk3SzcU\nActivity 4)\nExtended writing: Describe the environmental impacts of obtaining raw materials from the Earth.\nActivity 8)\nDesign an informative poster aimed at future generations to encourage them to recycle, reuse, reduce.","","","0","","0000-00-00","0","","0"),
("26293","SNK","0","2019-03-14","4","0","11SNK/Sc","S3","C2.5.3","How is water made safe for human consumption?","","Students should be able to comment on the relative ease of obtaining potable water from waste, ground and salt water.\n\nStudents should be able to distinguish between potable water and pure water.\n\nStudents should be able to describe the differences in treatment of ground water and salty water.\n\nStudents should be able to give reasons for the steps used to produce potable water.\n","1) Water of appropriate quality is essential for life. For humans, drinking water should have sufficiently low levels of dissolved salts and microbes.\n2) Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\n3) Water that is safe to drink is called potable water. Potable water is not pure water in the chemical sense because it contains dissolved substances.\n4) Sewage and agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\n5) The methods used to produce potable water depend on available supplies of water and local conditions.\n6) Sewage treatment includes:\n? screening and grit removal\n? sedimentation to produce sewage sludge and effluent\n? anaerobic digestion of sewage sludge\n? aerobic biological treatment of effluent.\n7) In the United Kingdom (UK), rain provides water with low levels of dissolved substances (fresh water) that collects in the ground and in lakes and rivers, and most potable water is produced by:\n- choosing an appropriate source of fresh water\n- passing the water through filter beds\n- sterilising.\n9) Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\n10) If supplies of fresh water are limited, desalination of salty water or sea water may be required.\n11) Desalination can be done by distillation or\nby processes that use membranes such as reverse osmosis.\n12) These processes require large amounts of energy.","What should the quality of drinking water be like? The quality of drinking water should have low levels of dissolved salts and microbes.\nWhat must be done to the waste water produced by urban lifestyles and industrial processes before it can be released back into the environment? Urban lifestyles and industrial processes produce large amounts of waste water that require treatment before being released into the environment.\nWhat is the name given to water that is safe to drink? The name given to water that is safe to drink is potable water.\nWhat will be required to be removed from a) agricultural waste water and b)industrial waste water? Agricultural waste water require removal of organic matter and harmful microbes. Industrial waste water may require removal of organic matter and harmful chemicals.\nWhat factors decide which methods are used to produce potable water? The methods used to produce potable water depend on available supplies of water and local conditions.\nWhat does sewage treatment include? Sewage treatment includes:;- screening and grit removal;- sedimentation to produce sewage sludge and effluent;- anaerobic digestion of sewage sludge;- aerobic biological treatment of effluent.\nWhat stages do most of the potable water in the UK produced? The stages that most potable water is produced in the UK is:;- choosing an appropriate source of fresh water;- passing the water through filter beds;- sterilising.\nHow is potable water obtained from a) waste ground and b) salt water? Potable water can be obtained from waste ground through the three main stages of sedimentation, filtration and sterilizing.;Potable water can be obtained from salt water through desalination by distillation or reverse osmosis.\nWhat are three types of sterilising agents used for potable water? Sterilising agents used for potable water include chlorine, ozone or ultraviolet light.\nWhat process can be used to make salt water / sea water potable when fresh water is limited? If supplies of fresh water are limited, desalination of salty water or sea water may be required.\nHow is desalination completed? (give two methods):Desalination can be done by distillation or;by processes that use membranes such as reverse osmosis.\nWhat is the main drawback of desalination processes? Desalination processes require large amounts of energy.\nWhat is the difference between potable and pure water? Pure water only contains water particles with no other substances. ;Potable water is safe to drink but contains other soluble ions.\nWhat is the differences in the way that ground water and salty water is treated? Salty water is treated by distillation or by reverse osmosis. ;Ground water is treated by - passing the water through filter beds and then sterilising using chlorine, ozone or UV light.\nWhat are the reasons for each step of producing potable water from ground water? Potable water is filtered to remove any fine particles in the water. It is then steralised to kill microbes.","","Desalination: The process of removing salt from seawater.\nSterilise: Make (something) free from bacteria or other living microorganisms.\nSewage: Waste water and excrement conveyed in sewers\nPotable: Water that is safe to drink.","","","Activity 3)\nCompare the composition of:\n• potable water\n• pure water.\n\nWhy do we not drink pure water?\nActivity 4)\nTreating waste water:\nhttps://www.youtube.com/watch?v=YW6GBciRHLg\nActivity 9)\nThinking task:\nTask students with coming up with a solution to supplying water to a city that only has access to salt water (such as Dubai).\n\nReview ideas and then go through distillation and osmosis.\nActivity 11)\nExtended writing: Describe the process of desalination.\nor\nDescribe the process of distillation\nor\nExplain how distillation separates substances.\nActivity 13)\nThink/Pair/Share\nWhy do we not drink pure water?","","","0","","0000-00-00","0","","0"),
("26294","SNK","0","2019-03-15","1","0","11SNK/Sc","S3","C2.5.4","Required practical - purifying water","","Students should be able to carry out analysis and purification of water samples from different sources, including pH, dissolved solids and distillation.\n","2) Required practical 8 - purifying water (AT skills 2,3,4)","How can analysis of the purity of water be carried out? It is possible to analyse the purity of water by the boiling point. The closer the boiling point is to that of pure water, the more pure it is.","","Purification: The removal of contaminants from something.\nBoiling point: The temperature at which a liquid boils and turns to vapour.\nPurity: The measure of how pure a substance is.\nAnalysis: Detailed examination of the elements or structure of something.","","","","Activity 2)\nSalt water\nDistilled water\nUniversal indic. solution\nwatch glasses\nmini balances\nconical flasks\ndelivery tubes\ntest tubes\nbeakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26295","SDN","0","2019-03-11","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26296","SDN","0","2019-03-12","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26297","DLN","0","2019-03-13","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26298","SNK","0","2019-03-13","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26299","SDN","0","2019-03-11","3","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26300","SDN","0","2019-03-13","5","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26301","SKT","0","2019-03-14","3","0","7A1/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26302","SKT","0","2019-03-12","3","0","7A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26303","LAN","0","2019-03-13","5","0","7A2/Sc","S7","","Science week lesson 2","","","","","","","","","","Large sugar paper \nPoster pens \nArts and crafts box","","0","","0000-00-00","0","","0"),
("26304","LAN","0","2019-03-14","3","0","7A2/Sc","S7","","Science week lesson 3","","","","","","","","","","Large sugar paper \nPoster pens \nArts and crafts box","","0","","0000-00-00","0","","0"),
("26305","CML","0","2019-03-11","3","0","7A2/Sc","S7","2p.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26306","CML","0","2019-03-12","3","0","7A2/Sc","S7","","Science week lesson 1 - intro class foucus What food is needed? (nutrients)","","","","","","","","","","food labels","","0","","0000-00-00","0","","0"),
("26307","SDN","0","2019-03-14","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26308","SDN","0","2019-03-15","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26309","LAN","0","2019-03-11","3","0","7B1/Sc","S5","","2P end of topic review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26310","JHT","0","2019-03-13","5","0","7B1/Sc","S5","","Science week lesson 2 - posters","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26311","JHT","0","2019-03-14","3","0","7B1/Sc","S5","","science week lesson 3 - posters","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26312","LAN","0","2019-03-13","4","0","7B1/Sc","S7","","science week lesson 1 - class focus What should the astronauts wear?","","","","","","","","","","box of different materials \nkettles \nice \nthermometers \nbeakers \nwater sprayers (If we have any?)","","0","","0000-00-00","0","","0"),
("26313","CLA","0","2019-03-13","4","0","7B2/Sc","S6","","","","","","","","","","","","POO Marking","","0","","0000-00-00","0","","0"),
("26314","SNK","0","2019-03-11","3","0","7B2/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26315","SNK","0","2019-03-13","5","0","7B2/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26316","SNK","0","2019-03-14","3","0","7B2/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26317","SDN","0","2019-03-15","4","0","7c/It2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26318","JHT","0","2019-03-12","1","0","7c/It2","L9","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26319","SDN","0","2019-03-13","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26320","SDN","0","2019-03-11","4","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26321","SDN","0","2019-03-12","3","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26322","SDN","0","2019-03-13","2","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26323","SDN","0","2019-03-14","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26324","SDN","0","2019-03-15","5","0","7C1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26325","SFD","0","2019-03-11","4","0","7C2/Sc","S5","2B.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26326","SFD","0","2019-03-12","3","0","7C2/Sc","S5","2B.02","Science Week","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","Poster Stuff","","0","","0000-00-00","0","","0"),
("26327","SFD","0","2019-03-13","2","0","7C2/Sc","S5","2b.03","Science Week","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Poster Stuff","","0","","0000-00-00","0","","0"),
("26328","SFD","0","2019-03-14","5","0","7C2/Sc","S5","2B.04","Science Week","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","Poster Stuff","","0","","0000-00-00","0","","0"),
("26329","SFD","0","2019-03-15","5","0","7C2/Sc","S5","2B.05","Science Fare Projects in Main Hall","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","","","0","","0000-00-00","0","","0"),
("26330","CLA","0","2019-03-11","3","0","7E/Sc","S6","","Lesson 1 Research: When is it a good time to go to the moon?","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26331","CLA","0","2019-03-12","3","0","7E/Sc","S6","","Lesson 2: Use information from research to produce a poster (when is it a good time to go to the moon?)","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26332","CLA","0","2019-03-13","5","0","7E/Sc","S6","","When is a good time to go to the moon poster Peer mark and presentation practice. WWW EBI","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26333","CLA","0","2019-03-14","3","0","7E/Sc","S6","","Dan teaching lesson on Space.","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26334","DLN","0","2019-03-12","3","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26335","JHT","0","2019-03-14","5","0","7P/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26336","JHT","0","2019-03-15","5","0","7P/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26337","SNK","0","2019-03-11","4","0","7P/Sc","S3","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26338","SNK","0","2019-03-12","3","0","7P/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26339","SNK","0","2019-03-13","2","0","7P/Sc","S3","","","","","","","","","","","","SCIENCE WEEK","","0","","0000-00-00","0","","0"),
("26340","SDN","0","2019-03-13","4","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26341","SDN","0","2019-03-14","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26342","PKT","0","2019-03-11","3","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26343","PKT","0","2019-03-13","5","0","7X/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26344","CML","0","2019-03-15","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26345","PKT","0","2019-03-11","5","0","8A1/Sc","S3","","Science Week year 8 Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26346","PKT","0","2019-03-12","2","0","8A1/Sc","S3","","Science Week year 8 Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26347","PKT","0","2019-03-13","4","0","8A1/Sc","S3","","Science Week year 8 Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26348","PKT","0","2019-03-14","1","0","8A1/Sc","S3","","Science Week year 8 Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26349","JHT","0","2019-03-11","5","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26350","JHT","0","2019-03-12","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26351","JHT","0","2019-03-13","4","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26352","JHT","0","2019-03-14","1","0","8A2/Sc","S2","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("26353","CML","0","2019-03-13","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26354","CML","0","2019-03-14","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26355","CML","0","2019-03-11","5","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26356","CML","0","2019-03-12","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26357","JHT","0","2019-03-15","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26358","CLA","0","2019-03-11","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26359","CLA","0","2019-03-15","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26360","CLA","0","2019-03-14","5","0","8B1/Sc","S6","","Life lab lesson 5","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26361","CLA","0","2019-03-15","5","0","8B1/Sc","S6","","Science week:Debate for and against speed limits","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26362","SNK","0","2019-03-12","5","0","8B1/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26363","CLA","0","2019-03-11","4","0","8B1/Sc","S6","","Lesson 1: socio scientific enquiry: Friction Investigation","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26364","CLA","0","2019-03-13","2","0","8B1/Sc","S6","","Lesson 2: Socio ....Road safety- stopping distance","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26365","DLN","0","2019-03-11","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26366","DLN","0","2019-03-13","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26367","CML","0","2019-03-12","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26368","CML","0","2019-03-11","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26369","CML","0","2019-03-13","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26370","CML","0","2019-03-14","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26371","CML","0","2019-03-15","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26372","CLA","0","2019-03-14","1","0","8E/Sc","S6","5B.03","How does an offspring develop? 66","","PLOT:\nGestation period vs birth weight for animals","1) T: The zygote copies and divides and itself to produce a ball of cells called a embryo.\n2) T: A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\n3) T: The embryo develops into a fetus. It is called a fetus when it heart starts beating.\n4) T: Part of the embryo develops into a placenta, which allows substances to cross from the mother's blood into the fetus, and vice versa.\n5) T: The time spend in the uterus is called gestation period. During this time cells continue to copy and divide allowing the fetus to grow.\n6) D: PLOT:\nGestation period vs birth weight for animals","What is the ball of cells called when a zygote divides to copy itself? The zygote divides and copies itself to produce a ball of cells called a embryo.\nWhat happens to the embryo for a women to become pregnant? A women becomes pregnant when the embryo implants in the blood rich lining of the Uterus.\nWhat does an embryo develop into? The embryo develops into a Fetus.\nWhat does the placenta do? The Placenta allows substances to cross from the mother's blood into the fetus and vice versa.\nWhat is the gestation period? The gestation period is the time spend developing in the uterus.","<iframe width="560" height="315" src="https://www.youtube.com/embed/nB6gFn0_wr8?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>\n<iframe width="560" height="315" src="https://www.youtube.com/embed/W_twYPeBSRg?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Embryo\nFetus\nPlacenta\nGestation period\nImplants\nPregnant\nZygote\nUterus","","","","Activity 1)\nEmbryo development model\n\n-----------","","0","","0000-00-00","0","","0"),
("26373","SFD","0","2019-03-11","5","0","8E/Sc","S5","","Science Week Lesson 1","","","","","","","","","","Investigation of surfaces and friction - Science Week\nNewton meter \n100g masses\nLubricant for desks","","0","","0000-00-00","0","","0"),
("26374","SFD","0","2019-03-13","4","0","8E/Sc","S5","","Science Week Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26375","CLA","0","2019-03-12","2","0","8E/Sc","S6","","Science Week Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26376","PKT","0","2019-03-11","4","0","8S/Sc","S2","","Life Lab Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26377","PKT","0","2019-03-12","5","0","8S/Sc","S2","","AT LIFELAB","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26378","PKT","0","2019-03-13","2","0","8S/Sc","S2","","Science Week Year 8 Lesson 1","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26379","PKT","0","2019-03-14","5","0","8S/Sc","S2","","Science Week Year 8 Lesson 2","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26380","PKT","0","2019-03-15","5","0","8S/Sc","S2","","Science Week Year 8 Lesson 3","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26381","JHT","0","2019-03-11","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26382","JHT","0","2019-03-13","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26383","SNK","0","2019-03-11","2","0","9A1/Sc","S3","","","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion\n15) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","Metabolism : the sum of all the chemical reactions in the body.\nCardiovascular : the heart and blood vessels.\nYeast : a microscopic fungus consisting of single oval cells that reproduce by budding.\nAnaerobic : without oxygen.","","","Activity 1)\nGF Why is it important to warm up and warm down before and after vigorous exercise?\nActivity 5)\nSlow mo of Usain Bolt - point out how he holds his breath - ask how he can possibly keep energy going to his muscles without O2.","","","0","","0000-00-00","0","","0"),
("26384","SNK","0","2019-03-14","2","0","9A1/Sc","S3","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo potometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26385","SNK","0","2019-03-15","3","0","9A1/Sc","S3","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26386","CLA","0","2019-03-11","2","0","9A2/Sc","S6","","Migration Lesson 1: Research into how birds migrate","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26387","CLA","0","2019-03-14","2","0","9A2/Sc","S6","","Migration Lesson 2: Model Chosen/given navigation method","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26388","CLA","0","2019-03-15","3","0","9A2/Sc","S6","","Migration Lesson 3: DNA hereditary links to adaptation and genetics","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26389","SKT","0","2019-03-11","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26390","SKT","0","2019-03-14","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26391","SKT","0","2019-03-15","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26392","PKT","0","2019-03-11","2","0","9A4/Sc","S1","","Science Week Migration Lesson 1. Data Task","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26393","PKT","0","2019-03-14","2","0","9A4/Sc","S1","","Science Week Migration Lesson 2. Research Task","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26394","PKT","0","2019-03-15","3","0","9A4/Sc","S1","","Science Week Migration Lesson 3. Navigation task.","","","","","","","","","","Turtle magnetic navigation challenge.","","0","","0000-00-00","0","","0"),
("26395","CLA","0","2019-03-12","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26396","LAN","0","2019-03-11","1","0","9B1/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action - DOING","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26397","LAN","0","2019-03-11","2","0","9B1/Sc","S7","B1.3.10","Required Practical - pH and Enzyme Action - Exam Q","","","1) Required Practical 5 - pH and Enzyme Action (Continuous Sampling Technique) (AT skills 1,2,5,8)","","","Buffer: Solution at a set pH and remains at that pH.\nRate of reaction: How fast a reaction takes place.\npH: How acidic or alkaline a substance is.\nEnzyme: Proteins that act as biological catalysts, each specific for a certain metabolic reaction.","","","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n1. Measure 10 cm3 of starch solution using the 10 cm3 plastic syringe and place into the boiling tube. \n2. Measure 1 cm3 of buffer solution using the 1 cm3 plastic syringe then add this to the starch solution.\n3. Measure 1 cm3 of amylase solution using the 1 cm3 plastic syringe then add this to the test tube. \n4. Place both tubes into the beaker of water to warm up.\n5. Put one drop of iodine solution into each well of the spotting tile.\n6. Add the amylase solution to the starch solution and mix.\n7. Take out a drop of the starch amylase mixture and add to a well in the spotting tile.\n8. Repeat this every 30 seconds until there is no change in colour or 5 minutes has passed.\n9. Repeat steps 1 to 8 for different pH values.","Activity 1)\nAmylase soln 1%\nstarch soln 1%, \niodine soln\nwater bath 40c 2 racks\nthermometers\nstopclock\npipettes\n10ml cylinders\nspotting tiles\ntest tubes\npH Range (4, 7, 9)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26398","LAN","0","2019-03-14","2","0","9B1/Sc","S7","","Science week lesson 1 / 2- migration","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26399","LAN","0","2019-03-15","4","0","9B1/Sc","S7","","Science week 3","","","","","","","","","","Turtle migration game: \nplasticine \nstring \npaper \nmagents","","0","","0000-00-00","0","","0"),
("26400","SFD","0","2019-03-14","2","0","9B2/Sc","S5","","Science Week 3","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","","","0","","0000-00-00","0","","0"),
("26401","SFD","0","2019-03-15","4","0","9B2/Sc","S5","","Science Week 4","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","","","0","","0000-00-00","0","","0"),
("26402","SFD","0","2019-03-11","1","0","9B2/Sc","S5","","Science Week 1","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("26403","SFD","0","2019-03-11","2","0","9B2/Sc","S5","","Science Week 2","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("26404","CML","0","2019-03-11","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26405","CML","0","2019-03-11","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26406","JHT","0","2019-03-14","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26407","JHT","0","2019-03-15","4","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26408","SKT","0","2019-03-12","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26409","JHT","0","2019-03-13","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26410","JHT","0","2019-03-12","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26411","JHT","0","2019-03-14","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26412","PKT","0","2019-03-11","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26422","CPD","0","2019-03-11","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26425","SFD","0","2019-03-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26426","DLN","0","2019-03-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26427","SSN","0","2019-03-11","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26432","CPD","0","2019-03-11","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26440","SKT","0","2019-03-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26441","SDN","0","2019-03-11","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26442","SSN","0","2019-03-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26443","CPD","0","2019-03-12","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26444","SFD","0","2019-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26448","SNK","0","2019-03-12","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26453","SSN","0","2019-03-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26454","CPD","0","2019-03-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26455","JHT","0","2019-03-12","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26456","SSN","0","2019-03-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26457","JHT","0","2019-03-12","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26458","DLN","0","2019-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26459","SSN","0","2019-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26460","CPD","0","2019-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26461","SKT","0","2019-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26462","SDN","0","2019-03-12","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26463","DLN","0","2019-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26464","CLA","0","2019-03-13","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26479","CML","0","2019-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26480","DLN","0","2019-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26481","SSN","0","2019-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26482","CPD","0","2019-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26483","SKT","0","2019-03-13","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26484","SFD","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26485","LAN","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26486","DLN","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26487","SSN","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26488","SNK","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26489","CPD","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26490","SKT","0","2019-03-14","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26491","CML","0","2019-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26492","DLN","0","2019-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26493","SSN","0","2019-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26494","CPD","0","2019-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26495","SDN","0","2019-03-14","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26496","SFD","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26497","CML","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26498","PKT","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26499","DLN","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26500","SSN","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26501","CPD","0","2019-03-14","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26502","DLN","0","2019-03-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26503","CLA","0","2019-03-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26504","SSN","0","2019-03-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26505","SDN","0","2019-03-14","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26506","LAN","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26507","DLN","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26508","SSN","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26509","SNK","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26510","CPD","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26511","SKT","0","2019-03-14","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26512","DLN","0","2019-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26513","SSN","0","2019-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26514","JHT","0","2019-03-15","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26515","DLN","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26516","SSN","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26517","CPD","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26518","SKT","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26519","SDN","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26520","JHT","0","2019-03-15","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26521","SFD","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26522","CML","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26523","LAN","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26524","DLN","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26525","SSN","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26526","CPD","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26527","SDN","0","2019-03-15","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26528","PKT","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26529","DLN","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26530","SSN","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26531","SNK","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26532","CPD","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26533","SKT","0","2019-03-15","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26534","LAN","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26535","DLN","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26536","SSN","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26537","SNK","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26538","CPD","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26539","SKT","0","2019-03-15","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26554","LAN","0","2019-03-19","5","0","10CLA/Sc","S7","c1.5.07","What are solutions?","","Students should be able to calculate the mass of solute in a given volume of solution of known concentration in terms of mass per given volume of solution\n\nStudents should be able to (HT only) explain how the mass of a solute and the volume of a solution is related to the concentration of the solution.\n","1) Many chemical reactions take place in solutions. The concentration of a solution can be measured in mass per given volume of solution, eg grams per dm3 (g/dm3).\n4) It is important for sustainable development and for economic reasons to use reactions with high atom economy.","What units are used for the measurement of concentration of a solution? The standard measures of concentration of a solution are:;grams per dm3 (g/dm3) ;or ;moles per dm3 (mol/dm3)\nWhat is the concentration of a solution that has 37g of solute dissolved in 100cm3? Give your answer in dm3.:The concentration would be 37g / 100cm3. To convert this to dm3 divide answer by 1000 = 0.0037g/dm3.\n(HT only) What is the equation that relates the mass of a solute, the volume of a solution and the concentration of the solution? concentration of solution (g/dm3) = mass of a solute (g) / volume of solution (dm3)\nWhy industrially is high atom economy important? It is important for sustainable development and for economic reasons to use reactions with high atom economy.","","Concent\nAtom Economy\nSolute: \nmolar: \nConcentration: ","","","Activity 1)\nExtended writing: Write instructions to another student on how to calculate the concentration, or how to rearrange the equation to calculate number of moles
\nExtended writing: Write instructions to another student on how to carry out a titration. Include reasons for using a burette instead","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26557","DLN","0","2019-03-20","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26549","CML","0","2019-03-19","5","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26550","CML","0","2019-03-20","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26551","CML","0","2019-03-22","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26552","LAN","0","2019-03-18","3","0","10CLA/Sc","S7","C1.5.05","How do you calculate reacting masses?","","Students should be able to calculate the masses of substances shown in a balanced symbol equation\n\nStudents should be able to calculate the masses of reactants and products from the balanced symbol equation and the mass of a given reactant or product. \n\nStudents should be able to balance an equation given the masses of reactants and products.\n\nStudents should be able to change the subject of a mathematical equation.\n","1) The masses of reactants and products can be calculated from balanced symbol equations.\n2) Chemical equations can be interpreted in terms of moles. For example: Mg + 2HCI --> MgCI2 + H2 shows that one mole of magnesium reacts with two moles of hydrochloric acid to produce one mole of magnesium chloride and one mole of hydrogen gas.\n5) The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.","(HT only)Balance the equation and calculate the mass of the reactants and products of the balanced symbol equation:\nH2O2 --> H20 02:2H2O2 --> 2H20 02 The mass of the reactants is 68, the mass of the reactants is also 68\n(HT only)In the following equation: \nMg 2HCI --> MgCI2 H2\nWhat is the ratio of magnesium (Mg) atoms react in comparison to that of hydrochloric acid (HCl)? 1:2 This is because chemical equations can be interpreted in terms of moles. ;Mg + 2HCI --> MgCI2 + H2 ;The equation shows that one mole of magnesium (Mg) reacts with two moles of hydrochloric acid (HCl)\n(HT only)CaCO3 2HCl ---> CaCl2 CO2 H2O\nUse the above equation to determine the mass of carbon dioxide produced if you react 10g of calcium carbonate with an excess of hydrochloric acid? 4.4g of CO2 is produced\n(HT only)Calculate the mass of iron produced when 32g of iron (III) oxide is completely reduced by aluminium.\nThe reaction is shown in the symbol equation: Fe2O3 2Al ? 2Fe Al2O3:When 32g of iron (III) oxide is reduced by aluminium 22.4g of iron is produced \n(HT only)How can you use the massess of reactants and products to balance a symbol equation? The balancing numbers in a symbol equation can be calculated from the masses of reactants and products by converting the masses in grams to amounts in moles and converting the numbers of moles to simple whole number ratios.\n(HT only)\nReactants\nSb = 488g\nCl2 = 426g\nProducts\nSbCl3= 914g\nComplete a symbol equation for the reaction above using the masses to balance the equation.:2Sb + 3Cl2 ---> 2SbCl3\n(HT only)How do you rearrange the moles equation to find the relative formulat mass? Moles = mass / RFM:The moles equation can be rearranged to find RFM = mass / moles ","","Mass\nProducts: \nReactants: \nBalancing equations: When the total number of atoms in the reactants equals the total number of atoms in the products.","","","Activity 1)\nBalance chemical equations and use these to calculate the masses of substances present.
\n
\nExtended writing: write instructions to another student use balanced chemical equations to calculate the masses of substances present.
\n
\nYouTube:
\nCalculating Masses in Reactions
\n
\nhttps://www.youtube.com/watch?v=6KRcO3e36ZU","-----------","","0","","0000-00-00","0","","0"),
("26547","CML","0","2019-03-18","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26548","CML","0","2019-03-19","4","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26546","CML","0","2019-03-18","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26544","SFD","0","2019-03-20","1","0","10ASK/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26545","SFD","0","2019-03-22","5","0","10ASK/Sc","S5","P1.5.06","What is half life?","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.\n","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","How radioactive decay happen? Radioactive decay is a random process.\nWhat is the meaning of the term \'half-life\'? Half life is the amount time taken for a radioacitve material to reduce it radioactive emissons by half.\nHow is the concept of half-life related to radioactive decay? Radioactive activity decreasses by half at each half life.\nHow would the half-life of a radioactive isotope be determined from given information? Use divisions of half to determine half lifes from given data.\nHow would the net decline of radioactive emission after a given number of half-lives be expressed? Should be expressed as a ratio.","","Division : the action of separating something into parts or the process of being separated.\nRatio : the quantitative relation between two amounts showing the number of times one value contains or is contained within the other.\nHalf-life : the time taken for the radioactivity of a specified isotope to fall to half its original value.\nRandom : happening without method or conscious decision.","","","Activity 1)\nModel the radioactive decay of alpha and beta sources. Use the model to construct decay equations for alpha and beta decay. Critically analyse the limitations of the models produced by the class.\n\nDemonstrate the randomness of the decay of a radioactive substance by throwing six dice and getting a prediction of the number of dice that will land on a six. Alternatively, drop 20 coins and get students to predict the number that will land on a head.\nActivity 3)\nInvestigate half-life by throwing a large number of Tillich bricks. Any that land on the side with the odd colour get removed and the number remaining is recorded. Plot a graph of the number of throws against number of cubes remaining. Determine the half-life of the cubes (the number of throws needed to get the number of cubes to reduce by half).\nThis experiment can also be carried out using coins. Is it possible to predict which cubes or coins will land on a certain side?","Activity 1)\nDice\n\n-----------\n\nActivity 2)\nHalf-life dice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26541","SFD","0","2019-03-18","3","0","10ASK/Sc","S5","P1.5.03","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\nRutherford alpha particle scattering demo (upturned tray with hidden small box and marbles).\n\n---OR---\n\n1p pieces and 2p pieces.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26542","SFD","0","2019-03-19","4","0","10ASK/Sc","S5","P1.5.04","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.\n","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term \'activity\' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of \'count rate\' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (ĂŽÂł)? A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:
;*Thickness of paper.
;* Detecting leaks in pipes.
;* Cancer treatment.
;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","Activity 6)\nPlasticine \nCameras\n\n-----------\n\nActivity 10)\nRadioactive sources\nGeiger muller tube\ncounter.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26543","SFD","0","2019-03-19","5","0","10ASK/Sc","S5","P1.5.05","How does nuclear radiation change an atom?","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.
;
;For example, radon decays into polonium when it emits an alpha particle.
;
;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.
;
;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:
;The atomic mass number stays the same
;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("26540","SNK","0","2019-03-22","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26555","LAN","0","2019-03-20","1","0","10CLA/Sc","S7","C1.5.08","What infomation does yeild tell you?","","Students should be able to calculate the percentage yield of a product from the actual yield of a reaction\n","1) Even though no atoms are gained or lost in a chemical reaction, it is not always possible to obtain the calculated amount of a product because:
\n??? the reaction may not go to completion because it is reversible
\n??? some of the product may be lost when it is separated from the reaction mixture;
\n? some of the reactants may react in ways different to the expected reaction.\n2) The amount of a product obtained is known as the yield. \n3) When compared with the maximum theoretical amount as a percentage, it is called the percentage yield.\n% Yield = Mass of product actually made / Maximum theoretical mass of product ? 100\n5) (HT only) calculate the theoretical mass of a product from a given mass of reactant and the balanced equation for the reaction.","(Chem only) Suggest why it is not always possible obtain the calculated amount of product from a reaction? You may not always get the maximum yield because the reaction may not go to completion because it is reversible, some of the product may be lost when it is separated from the reaction mixture;;or some of the reactants may react in ways different to the expected reaction.\n(Chem only) What does the term yield refer to? The amount of product obtained\n(Chem only) What is percentage yield? When the actual yield obtained is compared with the maximum theoretical yield of a reaction is expressed as a percentage, it is called the percentage yield.\n(Chem only) What is the formula for calculating percentage yield? % Yield = Mass of product actually made / Maximum theoretical mass of product ? 100\n(Chem only) What mass of carbon dioxide is formed when 12 g of carbon is burned in air? ;1.Write out the equation for the reaction. Make sure it is balanced.;C + O2 -> CO2 (Carbon is the known, carbon dioxide is the unknown);2.Work out the relative masses of the substances needed in the calculation.;Mass of carbon = 12, mass of carbon dioxide = 44;3.Convert the relative masses into the units in the question.;Mass of carbon = 12 g, mass of carbon dioxide is 44 g;4.Find the ratio by dividing both numbers by the smallest number.;For carbon 12 ? 12 = 1, for carbon dioxide 44 ? 12 = 3.67;5.Find the mass of the unknown by multiplying the mass of the known by the ratio of the unknown.;3.67 ? 12 = 44 g","","Yield\nMixture: \nReversible: \nChemical Reaction: ","","","Activity 1)\nDescribe how atoms are lost or gained in a chemical reaction.\n\nExplain why atoms can be lost or gained in a chemical reaction.\n\nCalculate the theoretical yield for simple examples.\n\nExtended writing: write instructions to another student how to calculate the theoretical yield giving explained examples.\n\nUse Lego as a model for chemical reactions demonstrating the loss of product and use the model as a simple introduction to yield calculations.\n\nThe same can be applied to atom economy.","Activity 1)\nLego\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26556","LAN","0","2019-03-22","5","0","10CLA/Sc","S7","C1.5.09","What is atom economy?","","Students should be able to calculate the atom economy of a reaction to form a desired product from the balanced equation\n","1) The atom economy (atom utilisation) is a measure of the amount of starting materials that end up as useful products.\n2) The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100\n\n4) (HT only) explain why a particular reaction pathway is chosen to\nproduce a specified product given appropriate data such as atom\neconomy (if not calculated), yield, rate, equilibrium position and\nusefulness of by-products.","(Chem only) What is atom economy a measure of? The amount of starting materials that end up as useful products.\n(Chem only) What is the formula for calculating percentage atom economy? The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100\n(Chem only) Hydrazine (N2H4) is used in some rocket fuels. Two different methods can be used to manufacture hydrazine. The reactions are:\nNH2Cl NH3 ? N2H4 HCl\n2NH3 H2O2 ? N2H4 2H2O\nCalculate the atom economy for each reaction:1) Mr of N2H4 = 32;2) Sum of Mr all reactants in equation 1= 68.5;3) (32 / 68.5 ) x100 46.7% ;4) Sum of Mr all reactants in equation 2 = 68;5) (32/68) x 100 = 47% \n(Chem only) How can a chemist in a chemical plant that makes rocket fuel prevent waste products being formed? (HT) A chemist can prevent waste rocket fuel being formed by Choose a reaction with few/no other products.","","Mole\nRelative Formula Mass: \nBalanced equation: \nPercentage atom economy: ","","","Activity 1)\nDescribe how atoms are lost or gained in a chemical reaction.
\n
\nExplain why atoms can be lost or gained in a chemical reaction.
\n
\nCalculate the theoretical yield for simple examples.
\n
\nExtended writing: write instructions to another student how to calculate the theoretical yield giving explained examples.
\n
\nUse Lego as a model for chemical reactions demonstrating the loss of product and use the model as a simple introduction to yield calculations.
\n
\nThe same can be applied to atom economy.","Activity 1)\nLego
\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26553","LAN","0","2019-03-19","4","0","10CLA/Sc","S7","C1.5.06","What is a limiting factor?","","Students should be able to explain the effect of a limiting quantity of a reactant on the amount of products it is possible to obtain in terms of amounts in moles or masses in grams.\n","1) In a chemical reaction involving two reactants, it is common to use an excess of one of the reactants to ensure that all of the other reactant is used.\n2) The reactant that is completely used up is called the limiting reactant because it limits the amount of products.","(HT only)What is meant when a reactant is said to be in excess? An?excess?reactant is any reactant in a?chemical reaction with a greater amount than necessary to react completely with the all other reactants.\nWhat is meant when a reactant is described as a limiting reactant? A limiting reactant is a reactant that when completely used up the reaction will cease. This is because it limits the amount of products that can be made.\n(HT only)\n2H2 O2 --> 2H2O\nYou react 10g of oxygen with 10g of hydrogen. Only 11.25g of product is made the rest of the reactants remain unused. Suggest why the full mass of reactants did not react. What is the leftover unreacted substance? Oxygen is the limiting reactant in this example. Once all of the oxygen is used up the reaction will be unable to continue. Hydrogen therefore we would describe as being in excess, so the 8.75g of leftover reactant would be unused hydrogen that was not used up during the chemical reaction.","","Excess: more chemical than required for the reaction to go to completion.\nThe limiting reagent (or limiting reactant, LR) in a chemical reaction is the substance that is totally consumed when the chemical reaction is complete. The amount of product formed is limited by this reagent, since the reaction cannot continue without it
\nLimiting factor: Search Results","","","Activity 1)\nDefine the term limiting reactant.
\nLink the limiting reactant to the number of moles.
\nLink the limiting reactant to the masses in grams.
\n
\nUse a small strip of magnesium ribbon in 20 ml HCl acid. Identify which reactant is the limiting reactant and state the reason for this choice.","Activity 1)\nHCl - different strengths\nMagnesium Ribbon\nConical flasks\nBalloons\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26558","PKT","0","2019-03-18","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26559","PKT","0","2019-03-18","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26560","PKT","0","2019-03-19","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26561","PKT","0","2019-03-19","5","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26562","PKT","0","2019-03-20","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26563","PKT","0","2019-03-22","4","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26564","CLA","0","2019-03-18","3","0","10MES/Sc","S4","B2.1.04","How is the optimum blood glucose level maintained?","","Students should be able to compare Type 1 and Type 2 diabetes and explain how they can be treated.\n\nStudents should be able to extract information and interpret data from graphs that show the effect of insulin in blood glucose levels in both people with diabetes and people without diabetes.\n","1) Blood glucose concentration is monitored and controlled by the pancreas\n2) If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\n3) In the liver and muscle cells excess glucose is converted to glycogen for storage.\n4) When insulin is released it causes the liver to convert more glucose into glycogen.\n5) Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\n6) In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\n7) Obesity is a risk factor for Type 2 diabetes.\n10) (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n11) (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","What organ monitors and controls blood glucose concentration? Blood glucose concentration is monitored and controlled by the pancreas.\nHow does the pancreas control blood glucose levels? If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\nWhat do the liver and muscle cells do to excess glucose? In the liver and muscle cells excess glucose is converted to glycogen for storage.\nHow does insulin control blood glucose levels? When insulin is released it causes the liver to convert more glucose into glycogen.\nWhat is type 1 diabetes and how is it treated? Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\nWhat is type 2 diabetes and how is it controlled? In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\nWhich diabetes is obesity a risk factor for? Obesity is a risk factor for Type 2 diabetes.\n(HT) How does the body increase the blood glucose concentration? (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n(HT) How does glucagon control blood glucose levels? (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","","Insulin: A hormone, produced by the pancreas, that regulates glucose concentrations in the blood.\nGland: A gland is a group of cells in an animal's body that makes substances like hormones.\nHomeostasis: The maintenance of steady conditions. The ability of the body to maintain a constant internal environment, e.g. temperature and blood glucose concentration.\nSynapse: A tiny gap at the junction between two nerve cells, which nerve signals must cross.","","","Activity 1)\nDraw life size model of a person to show control of blood glucose\nActivity 6)\nDemo: \nHow doctors used to diagnose diabetes by tasting fake urine.\nConfirm results with Benedict’s solution.\nEvaluate the methods.\nActivity 8)\nGF/EW: How has treatment of diabetes developed over time? include use of human insulin produced by bacteria, current research into pancreas cell transplants and stem cell research.","Activity 1)\nPlain wall paper \nmarker pens\n\n-----------\n\nActivity 6)\nWeak tea samples with and without glucose\nBenedict’s solution\nWater bath\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26565","SSN","0","2019-03-19","4","0","10MES/Sc","S4","B2.1.05","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26566","CLA","0","2019-03-19","5","0","10MES/Sc","S4","B2.1.06","Required Practical: Reaction Time Planning","","","1) Required Practical - Reaction Time (AT skills 1,3,4)","Required Practical 7 - Reaction Time (AT skills 1,3,4):","","","","","Activity 1)\nGCSE Biology required practical activity: Reaction Time","Activity 1)\nMetre rules\nPlastic cups\nStop-clocks\nRegular Coke\nDecaffeinated Coke\n(Must be drunk outside the lab)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26567","CLA","0","2019-03-20","1","0","10MES/Sc","S4","B2.1.06","Required Practical: Reaction Time Planning","","","1) Required Practical - Reaction Time (AT skills 1,3,4)","Required Practical 7 - Reaction Time (AT skills 1,3,4):","","","","","Activity 1)\nGCSE Biology required practical activity: Reaction Time","Activity 1)\nMetre rules\nPlastic cups\nStop-clocks\nRegular Coke\nDecaffeinated Coke\n(Must be drunk outside the lab)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26568","CLA","0","2019-03-22","5","0","10MES/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26569","SNK","0","2019-03-22","4","0","10SNK/Sc","S3","P1.5.4","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.\n","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term \'activity\' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of \'count rate\' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (ĂŽÂł)? A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:
;*Thickness of paper.
;* Detecting leaks in pipes.
;* Cancer treatment.
;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","Activity 6)\nPlasticine \nCameras\n\n-----------\n\nActivity 10)\nRadioactive sources\nGeiger muller tube\ncounter.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26570","SNK","0","2019-03-18","3","0","10SNK/Sc","S3","","","","","","","","","","","","Science week - nothing needed","","0","","0000-00-00","0","","0"),
("26571","SNK","0","2019-03-18","4","0","10SNK/Sc","S3","","","","","","","","","","","","Science Week - Nothing needed","","0","","0000-00-00","0","","0"),
("26572","SNK","0","2019-03-19","4","0","10SNK/Sc","S3","","","","","","","","","","","","Science week - nothing needed","","0","","0000-00-00","0","","0"),
("26573","SNK","0","2019-03-19","5","0","10SNK/Sc","S3","P1.5.1","How do atoms interact with electromagnetic radiation?","","","1) Atoms are very small, having a radius of about 1 x 10^-10 metres.\n2) The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\n3) The radius of a nucleus is less than 1/10,000 of the radius of an atom.\n4) Most of the mass of an atom is concentrated in the nucleus.\n5) The electrons are arranged at different distances from the nucleus (different energy levels). \n\n6) The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level)","What is the radius of an atom? Atoms are very small, having a radius of about 1 x 10^-10 metres.\nWhat is the structure of an atom, with charges for sub-atomic particles? The basic structure of an atom is a positively charged nucleus composed of both protons and neutrons surrounded by negatively charged electrons.\nHow does the radius of an atom compare with the radius of the nucleus of an atom? The radius of a nucleus is less than 1/10,000 of the radius of an atom.\nWhere is most of the mass of an atom concentrated? Most of the mass of an atom is concentrated in the nucleus.\nHow do energy levels differ in terms of distance from the nucleus? The electrons are arranged at different distances from the nucleus (different energy levels). ;\nWhat might cause the electron arrangements to change (from a lower to higher energy level, for example)? The electron arrangements may change with the absorption of electromagnetic radiation (move further from the nucleus; a higher energy level) or by the emission of electromagnetic radiation (move closer to the nucleus; a lower energy level) ","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Atomic nucleus : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nMass : the quantity of matter which a body contains.\nElectron : a stable subatomic particle with a charge of negative electricity.\nAtom : the smallest particle of a chemical element that can exist.","","","Activity 2)\nModel an atom using plasticine. On the model show where most of the mass in concentrated and that most of the atom is empty space.\n\nDescribe the composition of an atom and draw a fully labelled diagram of an atom showing protons and neutrons in the nucleus with electrons outside the nucleus.\nActivity 6)\nResearch how absorption and emission spectra are formed.","","","0","","0000-00-00","0","","0"),
("26574","SNK","0","2019-03-20","1","0","10SNK/Sc","S3","P1.5.3","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\nRutherford alpha particle scattering demo (upturned tray with hidden small box and marbles).\n\n---OR---\n\n1p pieces and 2p pieces.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26575","CML","0","2019-03-19","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26576","CML","0","2019-03-20","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26577","CML","0","2019-03-21","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26578","CML","0","2019-03-22","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26579","CML","0","2019-03-22","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26580","CPD","0","2019-03-19","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26581","CPD","0","2019-03-20","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26582","CPD","0","2019-03-21","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26583","CPD","0","2019-03-22","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26584","CPD","0","2019-03-22","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26585","LAN","0","2019-03-19","2","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26586","LAN","0","2019-03-20","4","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26587","LAN","0","2019-03-21","5","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26588","LAN","0","2019-03-22","1","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26589","LAN","0","2019-03-22","2","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26590","PKT","0","2019-03-19","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26591","PKT","0","2019-03-20","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26592","PKT","0","2019-03-21","5","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26593","PKT","0","2019-03-22","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26594","PKT","0","2019-03-22","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26595","SFD","0","2019-03-20","4","0","11SFD/Sc","S5","","Catch up and finish P2.5 module. Total Recall","","Students should be able to describe some of the biological consequences of global warming\n","1) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n2) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n3) Pollution kills plants and animals which can reduce biodiversity\n4) (WS) Evaluate the environmental implications of deforestation\n\n6) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n7) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n8) (WS) Explain why evidence is uncertain or incomplete in a complex context","How can an increase in human population affect pollution? Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\nWhere can pollution occur and what does it occur from? Pollution can occur:;- in water, from sewage, fertiliser or toxic chemicals;- in air, from smoke and acidic gases;- on land, from landfill and from toxic chemicals.\nHow can pollution affect biodiversity? Pollution kills plants and animals which can reduce biodiversity.\nWhat are the environmental implications of deforestation? Deforestation vastly affects the environment as well as reducing biodiversity. This occurs due to forest habitats being destroyed,;soil erosion increasing, which causes barren land, flooding and land slides. Also atmospheric pollution is caused when forests are cleared by burning trees increasing global warming.\nWhat are the biological consequences of global warming? A rise of just a few degrees in world temperatures will have a dramatic impact on the climate:;;Global weather patterns will change, causing drought in some places and flooding in others.;Melting of polar ice caps will raise sea levels, causing increased coastal erosion and flooding of low-lying land – including land where major cities lie.\nWhy is global warming increasing? Levels of carbon dioxide and methane in the atmosphere are increasing, and these contribute to global warming.\nWhat does the scientific consensus say about global warming and climate change? The scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\nN/A:N/A","","","","","Activity 2)\nComputer room needed!\n\nPut the class into groups and assign each group one topic to research (human population explosion; land pollution; water pollution; or air pollution).\nEach group studies their one topic and creates a ppt to describe their topic and explain its effect on biodiversity to the rest of the class. Students should use the ppt template on the shared area for guidance.\nStudents copy the pollution table on to a whole page in their books.\nEach group presents their ppt to the class and students fill in the mind map for that topic.\nActivity 3)\nOptional practical: How does fertiliser affect duckweed? Can observe the results after two lessons.","","","0","","0000-00-00","0","","0"),
("26596","SFD","0","2019-03-22","1","0","11SFD/Sc","S5","C2.4.02","How does carbon dioxide help sustain earths climate?","","Students should be able to describe the greenhouse effect in terms of the interaction of short and long wavelength radiation with matter.\n\nSome human activities increase the amounts of greenhouse gases in the atmosphere. These include:\n- carbon dioxide\n- methane.\nStudents should be able to recall two human activities that increase the amounts of each of the greenhouse gases carbon dioxide and methane.\n\nStudents should be able to evaluate the quality of evidence in a report about global climate change given appropriate information\n\nStudents should be able to describe uncertainties in the evidence base\n\nStudents should be able to recognise the importance of peer review of results and of communicating results to a wide range of audiences.\n","1) Oreenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\n4) Based on peer-reviewed evidence, many scientists believe that human activities will cause the temperature of the Earth's atmosphere to increase at the surface and that this will result in global climate change.\n5) There are difficulties in such complex systems as global climate change. This leads to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.","How does the atmosphere help the Earth maintain stable surface temperatures? Greenhouse gases in the atmosphere maintain temperatures on Earth high enough to support life. Water vapour, carbon dioxide and methane are greenhouse gases.\nWhat are the long and short term impacts of the greenhouse effect? Short term effects: Average surface temperature of earth increases. Long term effect: Rising sea levels, more extreme weather patterns.\nWhat types of human activities increase the amounts of greenhouse gases in the atmosphere? Any human activity that produces carbon dioxide and methane.\nWhat do most scientists believe will happen to the Earth?s atmosphere? Many scientists believe that human activities will cause the temperature of the Earth?s atmosphere to increase at the surface and that this will result in global climate change.\nWhat difficulties can such complex systems as global climate change cause? They lead to simplified models, speculation and opinions presented in the media that may be based on only parts of the evidence and which may be biased.\nWhat is the importance of peer reviewing results and of communicating results to a wide range of audiences.:Peer reviewing is important within the science community as it prevents bias and allows links to be made within and outside certain specialisms as well as to educate wider audiances.","","Peer review: 1.evaluation of scientific, academic, or professional work by others working in the same field.\nClimate: The weather conditions prevailing in an area in general or over a long period.\nTemperature: the degree or intensity of heat present in a substance or object.\nGreenhouse gas: a gas that contributes to the greenhouse effect by absorbing infrared radiation.","","","Activity 1)\nDescribe the effect of greenhouse gases on wavelength.\nActivity 8)\nUse the internet to obtain data for concentrations of greenhouse gases. \nEvaluate the reliability of the data available on the internet.\n\nResearch the process of peer review in reporting results/data.","","","0","","0000-00-00","0","","0"),
("26597","SFD","0","2019-03-22","2","0","11SFD/Sc","S5","C2.4.03","How is human activity resulting in climate change?","","Students should be able to describe briefly four potential effects of global climate change\n\nStudents should be able to discuss the scale, risk and environmental implications of global climate change.\n\nStudents should be able to describe actions to reduce emissions of carbon dioxide and methane\n\nStudents should be able to give reasons why actions may be limited.\n","1) An increase in average global temperature is a major cause of climate change.\nThere are several potential effects of global climate changes.\n4) The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\n5) The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.","What is a major cause of climate change? An increase in average global temperature is a major cause of climate change.\nDescribe briefly four potential effects of global climate change:The potential effects of global climate change are rising sea levels, damage to ozone layer, increase earth temperature, polar ice caps melting, animals may become extinct, damage to coral reefs.\nWhat are the scale, risk and environmental implications of global climate change.:Global scale with different affects in different regions. Risk to lost of home, crops, spread of disease, more extreme weather events such as hurricanes and flooding and species extinction.\nWhat is a carbon footprint? The carbon footprint is the total amount of carbon dioxide and other greenhouse gases emitted over the full life cycle of a product, service or event.\nHow can a carbon footprint be reduced? The carbon footprint can be reduced by reducing emissions of carbon dioxide and methane.\nWhat actions are required to reduce emissions of carbon dioxide and methane? The main way to reduce emissions of carbon dioxide in the air is to burn less fossil fuels. Unfortunately, we depend on the burning of fossil fuels for heating, electricity generation and transport. If we are to burn less fossil fuels, we will need alternatives for these essential activities.;;Cattle farming produces a vast quantity of methane and therefore an effective way to reduce the emissions of methane would be o move away from a meat based diet towards a more plant based diet. This would also be a more effective use of land as the land used to produce cattle feed could be used to grow crops and vegetables.","","Emissions: the production and discharge of something, especially gas or radiation.\nFossil fuel: a natural fuel such as coal or gas, formed in the geological past from the remains of living organisms.\nCarbon footprint: A carbon footprint is historically defined as the total emissions caused by an individual, event, organisation, or product, expressed as carbon dioxide equivalent.\nEnvironment: the surroundings or conditions in which a person, animal, or plant lives or operates.","","","Activity 1)\nCauses of climate change\nhttps://www.bbc.com/education/clips/zvw34wx\nActivity 2)\nGreenhouse effect and global warming\nhttps://www.youtube.com/watch?v=dP-tg4atr5M\n\nWatch the polar ice caps melting and water levels rising but building land with the plasticine, add water and 1 ice cube. Mark water level on the beaker, allow ice to melt and check water level and effects on land.\nActivity 4)\nDescribe what a carbon footprint is.\nhttps://www.youtube.com/watch?v=YB9TCxhjVHo\n\nCalculate students carbon footprints using:\nWWF Footprint Calculator\nActivity 6)\nDescribe how emissions can be reduced. Suggest the consequences of the reductions on the Earth, atmosphere and everyday life.","Activity 2)\nBeakers\n(SNK likes pertri dishes instead)\nice \nOHP pens\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26598","SFD","0","2019-03-21","5","0","11SFD/Sc","S5","C2.4.01","How has the Earth's atmopshere changed since its formation?","","Students should be able to, given appropriate information, interpret\nevidence and evaluate different theories about the Earth's early\natmosphere.\n\nStudents should be able to describe the main changes in the atmosphere over time and some of the likely causes of these changes\n\nStudents should be able to describe and explain the formation of deposits of limestone, coal, crude oil and natural gas.\n","1) Students to recall current composition of the earths atmosphere: about four-fifths (approximately 80 %) nitrogen, about one-fifth (approximately 20 %) oxygen and small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\n3) One theory suggests that during the first billion years of the Earth's\nexistence there was intense volcanic activity that released gases that\nformed the early atmosphere and water vapour that condensed to\nform the oceans. At the start of this period the Earth's atmosphere\nmay have been like the atmospheres of Mars and Venus today,\nconsisting of mainly carbon dioxide with little or no oxygen gas.\n4) Volcanoes also produced nitrogen which gradually built up in the\natmosphere and there may have been small proportions of methane\nand ammonia.\n\n5) When the oceans formed carbon dioxide dissolved in the water and\ncarbonates were precipitated producing sediments, reducing the\namount of carbon dioxide in the atmosphere. No knowledge of other\ntheories is required.\n6) Algae and plants produced the oxygen that is now in the atmosphere\nby photosynthesis, which can be represented by the equation.\n7) Algae first produced oxygen about 2.7 billion years ago and soon after\nthis oxygen appeared in the atmosphere. Over the next billion years\nplants evolved and the percentage of oxygen gradually increased to a\nlevel that enabled animals to evolve.\n8) Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\n9) Carbon dioxide was also decreased by the formation of sedimentary rocks and fossil fuels that contain carbon.","What is the composition of the earths atmosphere? about four-fifths (approximately 80 %) nitrogen;? about one-fifth (approximately 20 %) oxygen;? small proportions of various other gases, including carbon dioxide, water vapour and noble gases.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nHow has the Earths atmosphere evolved? One theory suggests that during the first billion years of the Earth?s;existence there was intense volcanic activity that released gases that;formed the early atmosphere and water vapour that condensed to;form the oceans. At the start of this period the Earth?s atmosphere;may have been like the atmospheres of Mars and Venus today,;consisting of mainly carbon dioxide with little or no oxygen gas.\nWhat types of gases did volcanoes produce? Volcanoes produced nitrogen which gradually built up in the;atmosphere and there may have been small proportions of methane and ammonia.\nWhat happened to the atmopshere when the oceans formed? When the oceans formed carbon dioxide dissolved in the water and;carbonates were precipitated producing sediments, reducing the;amount of carbon dioxide in the atmosphere.\nWhat process has caused oxygen levels in our atmosphere to increase since its formation? Photosynthesis, carried out by organisms such as algae and plants converted carbon dioxide into the oxygen now found in the atmosphere.\nWhen did Algae first produce oxygen? Algae first produced oxygen about 2.7 billion years ago and soon after;this oxygen appeared in the atmosphere. Over the next billion years;plants evolved and the percentage of oxygen gradually increased to a;level that enabled animals to evolve.;\nHow did Algae and plants affect the atmosphere? Algae and plants decreased the percentage of carbon dioxide in the atmosphere by photosynthesis.\nApart from through the process of photosynthesis, what else has caused carbon dioxide levels in the atmosphere to decrease since its formation? Carbon dioxide levels also decreased due to some dissolving into the oceans, the formation of sedimentary rocks and the formation of fossil fuels.\nHow did the Earth's atmosphere change over time? Why did these changes happen? Volcanic activity caused high levels of carbon dioxide, as the volancos died out the Earth's temperature cooled. The water vapour produced by volcanos condensed to form oceans. The carbon dioxide levels decreased as it dissolved into the oceans and formed part of the shells of marine animals.\nHow and why did limestone, coal, crude oil and natural gas form? Limestone, crude oil and natural gas all contain carbon. Limestone was formed by the calcium carbonate from sea organisms and their shells. Crude oil and natural gas form from the decomposition of living animals and plants. ","","Denitrification: A microbially facilitated process where nitrate is reduced and ultimately produces molecular nitrogen..\nPhotosynthesis: The process by which green plants and some other organisms use sunlight to synthesize nutrients from carbon dioxide and water.\nCondensation: The conversion of a vapour or gas to a liquid.\nAtmosphere: the envelope of gases surrounding a planet, held in place by its gravitational pull.","","","Activity 1)\nDraw accurate pie charts for the composition of the atmosphere.\nActivity 2)\nEarths early atmosphere:\nhttps://www.youtube.com/watch?v=Gyn754vw8ZQ\nActivity 3)\nEvolution of the Earth's atmosphere:\nhttps://www.youtube.com/watch?v=gwGeH9O8Rx4\nActivity 6)\nDemo: Aquatic plants (eg Elodea) producing oxygen in daylight. \n(Interleaving opportunity to require practical with colours and ruler for intensity).\nActivity 10)\n2 x Demos to show the reactions occurring in a volcano\n\nEW: Describe the theory of the evolution of the Earth’s early atmosphere.\nor\nExplain why the composition of the atmosphere has changed over billions of years.\nor\nCompare the Earth’s atmosphere to that of Mars and Venus.","Activity 6)\nAquatic plant in water with high carbonate concentration.\nLamp\ndifferent coloured acetates \nmeter ruler\n\n-----------\n\nActivity 10)\nDemo 1: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe. \n\ndemo 2: \n1. Cover the desk with foil and complete the demonstration behind a safety\nscreen. Wear eye protection.\n2. Spread approximately 5g of Potassium Permanganate (VII) on to the\nmetal dish.\n3. Pour over approximately 10ml of glycerol, stand back and observe.\n\n-----------","","0","","0000-00-00","0","","0"),
("26599","SFD","0","2019-03-19","2","0","11SFD/Sc","S5","","WTM","","Students should be able to describe how carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen are produced by burning fuels.\n\nStudents should be able to describe and explain the problems caused by increased amounts of these pollutants in the air.\n","1) The combustion of fuels is a major source of atmospheric pollutants.\n2) Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\n3) The gases released into the atmosphere when a fuel is burned may include carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\n5) Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\n6) Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\n7) Particulates cause global dimming and health problems for humans.","What human activity is the biggest contributor to an increase in atmospheric pollutants? The combustion of fossil fuels is a major source of atmospheric pollutants.\nWhat do most fuels contain? Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\nName the gases commonly released into the atmosphere when a fuel is burned? Carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\nHow does burning fuels produce carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen? Carbon monoxide is produced through incomplete combustion due to limited oxygen.;Soot is produced from carbon that has not reacted during combustion. ;Sulfur dioxide is produced due to sulfur in the fuel reacting with oxygen in hot enginges. ;Nirtogen oxides are formed from nitrogen in the air reacting with oxygen.\nWhat are the impacts of emissions of carbon monoxide? Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\nWhat environmental impact does the emission of sulfur dioxide and oxides of nitrogen cause? Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\nWhat environmental impact do particulates cause? Particulates cause global dimming and health problems for humans.\nDescribe and explain the problems caused by increased amounts of the following pollutants in the atmosphere:\na) Carbon Dioxide\nb) Nitrogen Oxides\nc) Sulfur Dioxide\nd) Particulates:a) Greenhouse gas that contributes to global warming.;b) Dissolves in water droplets in clouds, it makes the rain more acidic than normal. This is called acid rain.;c) Same as b);d) Very small pieces of solids, mainly carbon, that are released into the air during incomplete combustion. Contribute towards global dimming (the reduction of sunlight that makes it to the earths surface).","","Global dimming: is the gradual reduction in the amount of global direct irradiance at the Earth's surface.\nAcid rain: A rain or any other form of precipitation that is unusually acidic.\nFuel: A material such as coal, gas, or oil that is burned to produce energy.\nPollutant: a substance that pollutes something, especially water or the atmosphere.","","","Activity 2)\nWhat is combustion?\nhttps://www.youtube.com/watch?v=zEjEqnMBdEM\nActivity 3)\nCombustion and acid rain\nhttps://www.youtube.com/watch?v=HE6Y0iEuXMQ\n\nExplain why the following can be produced in combustion:\n• Carbon dioxide\n• Carbon monoxide\n• Soot\n• Water vapour\n• Sulfur dioxide\n• Oxides of nitrogen.\nActivity 4)\nResearch task: Study the effects of emisions of:\n• Carbon monoxide on the human body.\n• Sulfur dioxide and oxides of nitrogen on acidity of rain water. \n• Sulfur dioxide and oxides of nitrogen on respiratory system.\n• Particulates on global dimming.\n• Particulates on human health problems.\nActivity 5)\nInvestigate the effects of pollution on rain water using titration. Aim To find out how much alkali is needed to neutralise four samples of rain water. \nenough samples for each group to test one once (20mL per group) and shared results. \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nPhenolphthalein colourless in acidic and pink in alkaline solutions.","","","0","","0000-00-00","0","","0"),
("26600","DLN","0","2019-03-19","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26601","SKT","0","2019-03-19","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26602","SKT","0","2019-03-20","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26603","SKT","0","2019-03-21","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26604","SKT","0","2019-03-22","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26605","SKT","0","2019-03-22","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26606","SNK","0","2019-03-19","2","0","11SNK/Sc","S3","","","","Students should be able to describe some of the biological consequences of global warming\n","1) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n2) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n3) Pollution kills plants and animals which can reduce biodiversity\n4) (WS) Evaluate the environmental implications of deforestation\n\n6) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n7) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n8) (WS) Explain why evidence is uncertain or incomplete in a complex context","How can an increase in human population affect pollution? Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\nWhere can pollution occur and what does it occur from? Pollution can occur:;- in water, from sewage, fertiliser or toxic chemicals;- in air, from smoke and acidic gases;- on land, from landfill and from toxic chemicals.\nHow can pollution affect biodiversity? Pollution kills plants and animals which can reduce biodiversity.\nWhat are the environmental implications of deforestation? Deforestation vastly affects the environment as well as reducing biodiversity. This occurs due to forest habitats being destroyed,;soil erosion increasing, which causes barren land, flooding and land slides. Also atmospheric pollution is caused when forests are cleared by burning trees increasing global warming.\nWhat are the biological consequences of global warming? A rise of just a few degrees in world temperatures will have a dramatic impact on the climate:;;Global weather patterns will change, causing drought in some places and flooding in others.;Melting of polar ice caps will raise sea levels, causing increased coastal erosion and flooding of low-lying land – including land where major cities lie.\nWhy is global warming increasing? Levels of carbon dioxide and methane in the atmosphere are increasing, and these contribute to global warming.\nWhat does the scientific consensus say about global warming and climate change? The scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\nN/A:N/A","","","","","Activity 2)\nComputer room needed!\n\nPut the class into groups and assign each group one topic to research (human population explosion; land pollution; water pollution; or air pollution).\nEach group studies their one topic and creates a ppt to describe their topic and explain its effect on biodiversity to the rest of the class. Students should use the ppt template on the shared area for guidance.\nStudents copy the pollution table on to a whole page in their books.\nEach group presents their ppt to the class and students fill in the mind map for that topic.\nActivity 3)\nOptional practical: How does fertiliser affect duckweed? Can observe the results after two lessons.","X","","0","","0000-00-00","0","","0"),
("26607","SNK","0","2019-03-20","4","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("26608","SNK","0","2019-03-21","5","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("26609","SNK","0","2019-03-22","1","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("26610","SNK","0","2019-03-22","2","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("26611","SDN","0","2019-03-21","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26612","SDN","0","2019-03-22","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26613","SDN","0","2019-03-18","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26614","SDN","0","2019-03-21","4","0","7A1/Sc","S1","2C.09","What happens to the number of particles during a chemical reaction?","","","1) W: There is no change of mass during chemical reactions as no particles are destroyed.\n\nThis is known as the conservation of mass.\n2) T: Chemical reactions result from the rearrangement of atoms\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What happens to the particles in a chemical reaction? There is no change of mass during chemical reactions as no particles are destroyed.;;This is known as the conservation of mass.\nWhat is a chemical reaction? Chemical reactions result from the rearrangement of atoms","https://www.mrcorfe.com/MemoryAnchors/c0df9e19183f0cedd826cccba35e0e30.jpg","Chemical reaction\nAtoms\nMass\nParticles\nConservation of mass","","","Activity 1)\nMarble chips and hydrochloric acid in conical flask with balloon over neck.\nActivity 2)\nLearn the chant:\n\n- Molecules (Hands make fists)\n- Collide (Bag fists together twice, sticking together the second time)\n- Split (Spread fingers out)\n- Rearrange (Slide hands one in front of the other, then the other way round\n- Bond (interlock fingers)\n- Become a new substance (roll hands to 'present' new substance)","Activity 1)\nMarble chips\nHydrochloric acid \n(Conical flasks)\nBalloons\nJewelry Balances\n\n-----------","","0","","0000-00-00","0","","0"),
("26615","SDN","0","2019-03-19","3","0","7A1/Sc","S1","2C.07","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26616","SDN","0","2019-03-20","5","0","7A1/Sc","S1","2C.08","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26617","LAN","0","2019-03-21","4","0","7A2/Sc","S7","2B.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Activity 1)\nTeacher demo: \n4 petri dishes with some pieces of hole punch circles in. \nFan to represent wind. small pile of paper (from hole punch) \nTray water spray to represent rain \nfluffy cloth\n1 x Balloon filled with paper to model explosive seed dispersal\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26618","CML","0","2019-03-19","3","0","7A2/Sc","S3","2b.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26619","CML","0","2019-03-20","5","0","7A2/Sc","S3","2b.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26620","PKT","0","2019-03-19","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26621","SDN","0","2019-03-22","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26622","LAN","0","2019-03-20","2","0","7B1/Sc","S7","2b.01","What makes up a flower?","","","1) Flowers are the genitals of plants\n2) Flower structure\n - The Stamen is the male part of a flower.\n - The Stamen consists of an Anther and Filament.\n - The Anther contains pollen, the male gamete cell.\n\n - The Carpel is the female part of a flower.\n - The Carpel consists of a Stigma, Style and Ovary.\n - The Stigma is on the end of the style.\n - The Ovary contains the Ovule, the female gamete cell.\n\n- The flower also has Petals and Sepals.\n3) H: SET HOMEWORK: \nLearn Keyword spellings","What part of the plant is involved in sexual reproduction? \nWhat is the male part of the flower called? Flower structure; - The Stamen is the male part of a flower.; - The Stamen consists of an Anther and Filament.; - The Anther contains pollen, the male gamete cell.;-The Filament attaches the stamen to the anther.;; - The Carpel is the female part of a flower.; - The Carpel consists of a Stigma, Style and Ovary.;- The style is the stalk in the centre of the flower.; - The Stigma is on the end of the style.; - The Ovary contains the Ovule, the female gamete cell.;;- The flower also has Petals (to attract insects) and Sepals (green leaves which contain flower before budding).","https://www.mrcorfe.com/MemoryAnchors/66850214308c211546f6f9c628396cb3.jpg","Ovary\nStyle\nGamete\nPetal\nSepal\nStigma\nCarpel\nAnther\nStamen\nFilament\nPollen\nCell\nFlower","","","Activity 2)\nFlower dissection\nActivity 3)\nWordsearch","Activity 2)\nFlowers - eg Lillies\nCutting Tiles\nScalpels\nForceps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26623","LAN","0","2019-03-21","2","0","7B1/Sc","S7","2B.02","What do the parts of the flower do?","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26624","LAN","0","2019-03-22","3","0","7B1/Sc","S7","2b.03","How do plants spread?","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Activity 1)\nTeacher demo: \n4 petri dishes with some pieces of hole punch circles in. \nFan to represent wind. small pile of paper (from hole punch) \nTray water spray to represent rain \nfluffy cloth\n1 x Balloon filled with paper to model explosive seed dispersal\n\n-----------","","0","","0000-00-00","0","","0"),
("26625","SNK","0","2019-03-21","2","0","7B2/Sc","S5","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26626","CLA","0","2019-03-20","2","0","7B2/Sc","S6","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26627","CLA","0","2019-03-22","3","0","7B2/Sc","S6","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26628","SDN","0","2019-03-18","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26629","CLA","0","2019-03-19","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26630","CLA","0","2019-03-21","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26631","SDN","0","2019-03-21","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26632","SDN","0","2019-03-18","5","0","7C1/Sc","S1","2C.07","Halfway Review","","","1) Review of 2C.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2C.1","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26633","SDN","0","2019-03-21","3","0","7C1/Sc","S1","2C.08","Why are liquids lighter than their solids?","","","1) W: There is no change of mass during a change of state as no particles are destroyed.\n\nThis is known as the conservation of mass.","What is the conservation of mass? conservation of mass changes of state and chemical reactions","https://www.mrcorfe.com/MemoryAnchors/9049ff07b7a09c81fd973ef4b7990d07.jpg","Mass\nParticles\nStates of matter\nConservation of mass","","","Activity 1)\nTake some molten wax from water bath.\nPour into beaker and weigh.\n\nLet it freeze and weigh again.\n\nVery similar to 1C!","Activity 1)\nmolten wax in tube tubes in water bath\nbeakers \nbalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26634","SFD","0","2019-03-18","5","0","7C2/Sc","S5","2B.02","What do the parts of the flower do? 73","","","1) insect pollination:\n - Insects attracted to petals and nectar.\n - Insect enters flower and pollen is transferred from Anther to Insect.\n - Insect is attracted to another flower.\n - Pollen from Insect is transferred to Stigma.\n - Pollen cell grows a pollen tube down the Style to the Ovary.\n2) Fertilisation occurs when the Pollen nucleus fuses with the Ovule.\n\nThe fertilised Ovule forms the seed.\n\nThe Ovary forms the Fruit.\n3) T: The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\n4) W: Pollen cells are adapted to their function by:\n - being small (microscopic)\n - having a tough outer coating\n - can have spikes or hooks\n5) Pollen being small allows it to be transported easily by insects (and wind next lesson)\n\nPollen having a tough outer coating allows the cell to survive in the environment away from the plant.\n\nPollen have spikes or hooks makes it more likely to stick to insects.","How can an insect pollinator transfer pollen from one flower to another? insect pollination:; - Insects attracted to petals and nectar.; - Insect enters flower and pollen is transferred from Anther to Insect.; - Insect is attracted to another flower.; - Pollen from Insect is transferred to Stigma.; - Pollen cell grows a pollen tube down the Style to the Ovary.\nWhat happens to cause fertilisation in a flower? Fertilisation occurs when the Pollen nucleus fuses with the Ovule.;;The fertilised Ovule forms the seed.;;The Ovary forms the Fruit.\nWhat is the role of a pollen cell? The function of Pollen cells are to transfer genetic material (DNA) from one plant to another.\nHow are pollen cells adapted - Give at least 2 ways.:Pollen cells are adapted to their function by:; - being small (microscopic); - having a tough outer coating; - can have spikes or hooks\nWhy does pollen have a tough outer coating? Why do some pollens have spikes or hooks on them? Pollen being small allows it to be transported easily by insects (and wind next lesson);;Pollen having a tough outer coating allows the cell to survive in the environment away from the plant.;;Pollen have spikes or hooks makes it more likely to stick to insects.","https://www.mrcorfe.com/MemoryAnchors/1343a9038a43e43521a2f43521019338.jpg","Pollen\nSeed\nOvule\nGenetic Material\nFruit\nAdapted\nMicroscopic\nOvary\nAnther\nPollen tube\nStigma\nStyle\nPollination\nFertilisation","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","COVER LESSON","","0","","0000-00-00","0","","0"),
("26635","SFD","0","2019-03-21","3","0","7C2/Sc","S5","2B.03","How do plants spread? 74","","","1) Some plants use the Wind to pollinate other plants.\n2) W: The most successful plants are wide spread due to their seed dispersal mechanisms.\n3) W: Dispersal mechanisms\n - Wind\n - Animal eating\n - Animal fur\n - Water\n - Explosive","What different methods can be used to transfer pollen? Some plants use the Wind to pollinate other plants.\nWhy is it important for plants to spread seeds far? The most successful plants are wide spread due to their dispersal mechanisms.\nWhat are the different ways seeds can be dispersed? Dispersal mechanisms; - Wind; - Animal eating; - Animal fur; - Water; - Explosive","https://www.mrcorfe.com/MemoryAnchors/07b720edef0f2bdec756e57dbfc16421.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/4814d7a78d05e719c24d73e15e300abc.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/84328d0570ee3d49af8b4cbe82b5773f.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/8a3677f573d9d45ab6b30e3369142226.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/05c730082c134442e1058fc90d5fe40a.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/be102c6421220d82f776bd4739863955.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/9e71cd3bd5e58797bfe8242630bad287.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/0ec5282e6ee44fbe974539f4888d33e4.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/e7d4ddf9e8176d9046a541430390dfeb.jpg\n<iframe width="560" height="315" src="https://www.youtube.com/embed/nHqHSpZhjeY?rel=0&start=20" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Seed\nDispersal\nPollinate","","","Activity 1)\nWhy doesn't maze (sweet corn) have petals?\nActivity 2)\nDiscuss why buddleia spread so well down railways.\nActivity 3)\nStudents examine pictures of seeds/fruit to determine how they might be spread.","Activity 1)\nTeacher demo: \n4 petri dishes with some pieces of hole punch circles in. \nFan to represent wind. small pile of paper (from hole punch) \nTray water spray to represent rain \nfluffy cloth\n1 x Balloon filled with paper to model explosive seed dispersal\n\n-----------","","0","","0000-00-00","0","","0"),
("26636","CLA","0","2019-03-19","3","0","7E/Sc","S6","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Just dice 20 dice please. \n\n\nActivity 1)\nSmoke cells (doesn't work, don't give anything other than the dice)\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------","","0","","0000-00-00","0","","0"),
("26637","CLA","0","2019-03-20","5","0","7E/Sc","S6","2c.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26638","CLA","0","2019-03-21","4","0","7E/Sc","S6","2C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("26639","DLN","0","2019-03-20","5","0","7E/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26640","SNK","0","2019-03-18","5","0","7P/Sc","S3","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26641","SNK","0","2019-03-21","3","0","7P/Sc","S3","3P.2","Planning: Height of the ramp vs average speed of the car.","","PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: PLANNING:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","Activity 1)\nDemo set: \nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26642","SDN","0","2019-03-20","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26643","SDN","0","2019-03-21","2","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26644","SDN","0","2019-03-22","3","0","7X/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26645","SDN","0","2019-03-19","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26646","SDN","0","2019-03-22","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26647","PKT","0","2019-03-20","2","0","8A1/Sc","S3","6B.01","What is Respiration?","","Most respiration happens in the mitochondria of a cell.","1) W: Cells require energy in order to fulfill their function.\n2) T: All cells obtain energy through respiration.\n3) A: Most respiration happens in the mitochondria of a cell.\n4) T: Respiration is the decomposing (breaking down) of large particles which contain lots of energy into smaller particles containing less energy.\n\nThe extra energy is released from the chemical reaction is used by the cell.\n5) T: Respiration is an exothermic reaction.\n6) W: For respiration cells need Glucose (sugar) and oxygen.\n7) W: Most animals and plants do respiration using oxygen. This is called aerobic respiration.\n8) T: Aerobic respiration can be represented as\n\nGlucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\n9) T: When there isn't enough oxygen, cells can't do aerobic energy.\n\nInstead cells do anaerobic respiration.\n10) T: Anaerobic respiration can be represented as\n\nGlucose => Lactic acid ( plus Energy )\n11) T: Anaerobic respiration releases less energy than aerobic energy.\n12) T: Lactic acid causes a burning sensation in the muscle and possibly cramps.\n13) W: To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","Why do cells require energy? Cells require energy in order to fulfill their function.\nHow do cells obtain energy? All cells obtain energy through respiration.\nWhere in a cell does most respiration happen in a cell? Most respiration happens in the mitochondria of a cell.\nWhat is respiration in terms of particles? Respiration is the breaking breakdown of large particles which contain lots of energy into smaller particles containing less energy.;;The extra energy is released from the chemical reaction is used by the cell.\nIn terms of energy, what type of reaction is respiration? Respiration is an exothermic reaction.\nWhat do cells need for respiration? For respiration cells need Glucose (sugar) and oxygen.\nWhat is the most common type of respiration in plants and animals? Most animals and plants do respiration using oxygen. This is called aerobic respiration.\nWhat is the word equation for aerobic respiration? Aerobic respiration can be represented as;;Glucose plus Oxygen => Carbon Dioxide plus Water ( plus Energy )\nWhy do cells switch the type of respiration they are doing? When there isn't enough oxygen, cells can't do aerobic energy.;;Instead cells do anaerobic respiration.\nWhat is the word equation for anaerobic respiration? Anaerobic respiration can be represented as;;Glucose => Lactic acid ( plus Energy )\nWhy do most plants and animals do aerobic respiration, rather than anaerobic? Anaerobic respiration releases less energy than aerobic energy.\nWhat effect does Lactic acid have? Lactic acid causes a burning sensation in the muscle and possibly cramps.\nHow do we get rid of Lactic acid? To get rid of the Lactic acid, it must be combined with oxygen to convert it back into water and carbon dioxide.","","Anaerobic: Without oxygen.\nRespiration\nEnergy: Makes possible to happen.\nAerobic: With oxygen.\nCell: Small part of a living organism.\nLactic acid: A colourless syrupy organic acid formed in sour milk, and produced in the muscle tissues during strenuous exercise.\nOxygen: Reactive gaseous element.\nOxygen debt\nExothermic: When a chemical reaction gives out energy.\nFunction: The 'job' that something (eg Cell) does.\nMitochondria: A cell organelle that performs respiration.\nParticles\nGlucose: A simple sugar molecule.","","","Activity 6)\nWhat do we need, so that we can do exercise?\nActivity 7)\nHow are aerobic classes different from weight lifting?\n\nhttps://www.youtube.com/watch?v=1M5-HzxswPw#t=00m35s\nActivity 11)\nWhy can't people keep on lifting heavy weights for a long time?\n\n - Car is not getting heavier.\n - Muscles are not getting smaller.\n - They can take a break, without eating anything and then start again.\n\nhttps://www.youtube.com/watch?v=p8dp8TWnHGc#t=00m43s\nActivity 13)\nWhy do people continue to breathe heavily after exercise?","","","0","","0000-00-00","0","","0"),
("26648","PKT","0","2019-03-21","2","0","8A1/Sc","S3","6B.02","What is Diffusion?","","Diffusion occurs through the cell membrane, because there are small gaps in the me.","1) W: Particles in a fluid are always moving.\n2) Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\n3) Concentration is the number of a particular type of particle in a volume of space.\n4) Horizontally, half the particles will be moving to the left and half to the right.\n5) Half of a large number is more than half of a smaller number.\n\nSo more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\n6) T: Diffusion happens fastest when:\n - there is a large surface area\n - there is a large difference in concentration\n - there is a short distance between areas of differing concentration.\n - at higher temperatures.\n7) Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\n8) Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n9) Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\n10) Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\n11) A: Diffusion occurs through the cell membrane, because there are small gaps in the me.\n12) T: Partially-permeable allows certain particles through but not others.\n13) W: These small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-permeable","Describe what particles do in a fluid.:Particles in a fluid are always moving.\nWhat is diffusion? Diffusion is the movement of a substance from a region of higher concentration to a region of lower concentration.\nWhat is concentration? Concentration is the number of a particular type of particle in a volume of space.\nHow do the random movement of particles result in the movement from a higher concentration to a lower concentration? Half of a large number is more than half of a smaller number.;;So more particles will travel from a larger number of particles (high concentration), than are replaced by the smaller number moving form the smaller number of particles (lower concentration).\nUnder what conditions does diffusion happen faster? Diffusion happens fastest when:; - there is a large surface area; - there is a short distance between areas of differing concentration.; - at higher temperatures.\nWhy does glucose diffuse into muscle cells from the blood? Glucose diffuses into a muscle cell, because there is a higher concentration of glucose particles in the blood than the cell.\nWhy does oxygen diffuse into muscle cells from the blood? Oxygen diffuses into a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nWhy does carbon dioxide diffuse out of muscle cells into the blood? Carbon dioxide diffuses out of a muscle cell, because there is a higher concentration of Carbon dioxide particles in the cell than the blood.\nWhy does water diffuse out of muscle cells into the blood? Water diffuses out a muscle cell, because there is a higher concentration of oxygen particles in the blood than the cell.\nHow can diffusion occur in and out of cells.:Diffusion occurs through the cell membrane, because there are small gaps in the membrane.\nWhat does partially-permeable mean? Partially-permeable allows certain particles through but not others.permeable..\nWhy is the cell membrane referred to as partially-permeable? The small gaps allow smaller molecules through but not larger ones. This means the membrane is partially-","","Horizontally: In line with the horizon.\nConcentration: The number of a particular type of particle in a volume of space.\nDiffusion: The movement of a substance from a region of higher concentration to a region of lower concentration.","","","Activity 6)\nStudents explain why these statements are true in terms of the particle model.\nActivity 7)\nDraw a diagram from the description.","Activity 2)\nGreen Agar cubes with UI\n0.25M 0.5M 1M 1.5M 2M HCL\nStopwatches\n\nPotassium Permangante Crystal and large beaker\n\nPerfume to spray\n\n-----------\n\nActivity 3)\nDilute Potassium permanganate in large beaker.\n\nObserve the colour becomes 'weaker' (less concentrated\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26649","PKT","0","2019-03-22","3","0","8A1/Sc","S3","6B.03","Where does diffusion happen in the body","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("26650","JHT","0","2019-03-20","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26651","JHT","0","2019-03-21","2","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26652","JHT","0","2019-03-22","3","0","8A2/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26653","CML","0","2019-03-20","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26654","CML","0","2019-03-21","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26655","CML","0","2019-03-22","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26656","SDN","0","2019-03-18","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26657","SDN","0","2019-03-19","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26658","SDN","0","2019-03-22","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26659","CLA","0","2019-03-19","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26660","SNK","0","2019-03-21","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26661","CLA","0","2019-03-18","5","0","8B1/Sc","S6","6p.1","How do magnets behave?","","Magnets can be made by stroking an magnetic material in the same direction with the same pole.","1) W: Magnets are strongest on their ends.\n2) T: The ends are called magnetic poles.\n3) W: Opposite poles attract and similar poles repel.\n4) D: Magnets can be made by stroking an magnetic material in the same direction with the same pole.\n5) T: Magnetic materials become magnetic when the domains inside are lined up in the same direction.\n6) T: Magnetic domains are small regions within the material that act like a magnet.\n7) T: Domains are created by the spinning electrons in particles.\n8) H: SET HOMEWORK: Wordsearch","Which part of the magnet is the strongest? magnetic poles, attraction and repulsion\nWhat are the ends of a magnet called? The ends are called magnetic poles.\nHow do the poles of a magnet interact? Opposite poles attract and similar poles repel.\nHow can magnets be made by using another magnet? Magnets can be made by stroking an magnetic material in the same direction with the same pole on a magnet.\nWhy do magnetic materials become magnetic? Magnetic materials become magnetic when the domains inside are lined up in the same direction.\nWhat is a magnetic domain? Magnetic domains are small regions within the material that act like a magnet.\nHow are magnetic domains created? Domains are created by the spinning electrons in particles","","Magnet: An object with magnetic poles.\nDomains: An area in a magnetic material where the electrons are spinning in the same direction.\nPole: A side of a magnet, North or South.\nMagnetic material: Ferrous metals, or magnets themselves.\nParticles\nElectrons: Small negatively charged sub-atomic particles.\nMagnet
\nAttract: Where two objects have a pulling force between them.\nRepel: Where two objects have a pushing force between them.","","","Activity 1)\nPlay with some bar magnets.\nActivity 3)\nDemo circular levitation magnets on stick.\nActivity 4)\nResearch the history of magnets.\n\nMagnetise a test tube of iron by stroking it horizontally and testing with plotting compass:\n\nAs: http://www.cmste.uregina.ca/Quickstarts/pdf/testtubemagnet.pdf","Activity 1)\nbar magnets\n\n-----------\n\nActivity 3)\nfloating circular magnets\n\n-----------\n\nActivity 4)\nTest tubes iron filings\nmagnets\nplotting compasses\n\n-----------","","0","","0000-00-00","0","","0"),
("26662","CLA","0","2019-03-21","3","0","8B1/Sc","S6","6p.2","How do we map a magnet's effect?","","","1) T: The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\n2) W: The magnetic field has a shape based on the shape of the magnet and the magnetic objects abound it.\n3) T: Magnetic fields are represented by field lines.\n4) W: The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\n5) T: Magnetic field lines can be plotted with a compass.\n6) W: Magnetic field lines flow from North to South poles outside a magnet.","What is a magnetic field? The area around a magnet in which a magnetic object experiences a force is called a magnetic field.\nWhat does the shape of a magnetic field depend on? magnetic fields by plotting with compass, representation by field lines\nHow do we represent magnetic fields in drawings? Magnetic fields are represented by field lines.\nWhere are the magnetic fields usually the strongest? The magnetic field is strongest where magnetic field lines are closest together (normally the poles).\nHow can we plot magnetic field lines? Magnetic field lines can be plotted with a compass.\nWhich direction do magnetic field lines flow? Magnetic field lines flow from North to South poles outside a magnet.","","Magnet\nField line: A visual representation of direction of flow in a field. These lines may never cross.\nField: A region of space which describes strength and direction.\nPole\nForce\nMagnetic","","","Activity 2)\nBar magnets under paper with iron filings on top.\n\nSingle magnet.\nTwo magnets attracting.\nTwo magnets repelling.\nActivity 5)\nDemo plotting compasses around a bar magnet on OHP.","Activity 2)\nBar magnets, pieces of card, wooden blocks,\niron filings\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26663","CML","0","2019-03-18","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26664","CML","0","2019-03-21","3","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26665","DLN","0","2019-03-18","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26666","SFD","0","2019-03-20","2","0","8E/Sc","S5","5B.04","What happens during birth? 67","","","1) T: During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","What happens during birth? During birth, the cervix dilates and the uterus contracts pushing the Fetus through the cervix and vagina.","https://www.mrcorfe.com/MemoryAnchors/Pregnancy.png","Cervix\nFetus\nVagina\nContracts\nUterus\nDilates\nBirth","","","","Activity 1)\npink balloon \nping pong ball Demo\n\n-----------","","0","","0000-00-00","0","","0"),
("26667","SFD","0","2019-03-22","3","0","8E/Sc","S5","5B.06","Can the maternal lifestyle affect the fetus?","","","1) Effect of maternal lifestyle on the fetus through the placenta\n\nCONCLUSIONS","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","","","","","","","0","","0000-00-00","0","","0"),
("26668","CLA","0","2019-03-21","2","0","8E/Sc","S6","5B.05","Can the maternal lifestyle affect the fetus?","","Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","1) D: Effect of maternal lifestyle on the fetus through the placenta\n\nDATA ANALYSIS:\nPlotting Secondary data","","https://www.mrcorfe.com/MemoryAnchors/fd1fc62eaf95d4abb2c78bc57b80c46d.jpg","Placenta\nLifestyle\nMaternal","","","","","","0","","0000-00-00","0","","0"),
("26669","PKT","0","2019-03-18","5","0","8S/Sc","S2","","Lung Dissection","","","","","","","","","","Lung Dissection","","0","","0000-00-00","0","","0"),
("26670","PKT","0","2019-03-21","3","0","8S/Sc","S2","6B.04","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26671","SFD","0","2019-03-21","4","0","9a/Pr1","S5","","Teen Pregnancy - Lesson 4","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26672","PKT","0","2019-03-21","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26673","SNK","0","2019-03-22","5","0","9A1/Sc","S3","","","","","","","","","","","","RP Analaysis","","0","","0000-00-00","0","","0"),
("26674","SNK","0","2019-03-18","1","0","9A1/Sc","S3","","","","","","","","","","","","Finishing Science Week - Nothing needed","","0","","0000-00-00","0","","0"),
("26675","SNK","0","2019-03-18","2","0","9A1/Sc","S3","B1.4.3","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","https://www.mrcorfe.com/MemoryAnchors/0bacdb42d0e32ba208a763ddb22ab839.jpg","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26676","SNK","0","2019-03-19","1","0","9A1/Sc","S3","B1.4.4","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.\n","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","Concentration : the amount of particles in a given space.\nCollisions : when one particle bumps into another.\nLimiting factor : something that stops the rate of reaction from increasing past a point.\nRate : how fast something occurs.","","","Activity 1)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.","","","0","","0000-00-00","0","","0"),
("26677","SNK","0","2019-03-20","3","0","9A1/Sc","S3","B1.4.5","Required Practical - Photosynthesis","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","Planning\n\n-----------","","0","","0000-00-00","0","","0"),
("26678","SNK","0","2019-03-21","1","0","9A1/Sc","S3","B1.4.5","Required Practical - Photosynthesis","","","1) Required Practical 6 - Photosynthesis (AT skills 1,2,3,4,5)","","","","","","Activity 1)\nPlan for half the lesson. Then carry out.","Activity 1)\nElodea-freshly cut ends,\nBoiling tubes\n0.2% sodium hydrogen carbonate soln\nlamps\nmetre rules\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26679","CLA","0","2019-03-18","2","0","9A2/Sc","S6","C1.4.02","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","","Activity 1)\nEdit this lesson out.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26680","CLA","0","2019-03-19","1","0","9A2/Sc","S6","C1.4.03","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26681","CLA","0","2019-03-20","3","0","9A2/Sc","S6","C1.4.04","What are condensation polymers?","","Students should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n","1) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n2) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n4) Condensation polymerisation involves monomers with two functional groups.","(Chem only) What occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\n(Chem only) How many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n(Chem only) What are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\n(Chem only) When does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.","","Monomer: The smallest unit of a polymer.\nPolymers: Produced when monomers react.\nCondensation reaction: Losing water during a reaction.","","","Activity 1)\nMolymods creating the most basic condensation polymer.\nGF: Create your own example of a condensation polymer.","","","0","","0000-00-00","0","","0"),
("26682","CLA","0","2019-03-21","1","0","9A2/Sc","S6","C1.4.05","How are DNA and polymers linked?","","Students should be able to name the types of monomers from which these naturally occurring polymers are made. (HT only)\n","1) Amino acids have two different functional groups in a molecule. Amino acids react by condensation polymerisation to produce polypeptides. (HT only)\n2) For example: glycine is H NCH COOH and polymerises to produce the polypeptide (-HNCH2COO-) and n H2O.\n (HT only)\n3) Different amino acids can be combined in the same chain to produce proteins. (HT only)\n4) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses. (HT only)\n5) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix. (HT only)\n6) Other naturally occurring polymers important for life include proteins, starch and cellulose. (HT only)","(Chem only) What type of polymerisation reaction occurs when amino acids react to form polypeptides? (Include a reason why):(HT only) Amino acids react by condensation polymerisation to produce polypeptides, this is because amino acids have two different functional groups in one molecule.\n(Chem only) What would the equation looks like for the polymerisation of glycine? (HT only) n NCH COOH --> [-HNCH2COO-]n H2O.\n(Chem only) How are proteins an example of a condensation polymer? (HT only) Proteins are an example of a condensation polymer because Different amino acids (with two functional groups) can be combined in the same chain to produce proteins.\n(Chem only) What is DNA and what is its function? (HT only) DNA (deoxyribonucleic acid) is a large molecule essential for life. DNA encodes genetic instructions for the development and functioning of living organisms and viruses.\n(Chem only) Why is the structure of DNA described as a polymer? (HT only) Most DNA molecules are two polymer chains, made from four different monomers called nucleotides, in the form of a double helix.\n(Chem only) What are the other naturally occuring polymers that are important for life processes? (HT only) Other naturally occurring polymers important for life include proteins, starch and cellulose.\n(Chem only) What are the monomers that form the following naturally occuring polymers? \n1. proteins\n2. starch\n3. cellulose:(HT only) The monomers that form the naturally occuring polymers are: ;1. proteins = amino acids ;2. starch = glucose;3. cellulose = glucose","","amine group: NH2\nDNA: Deoxyribonucleic acid.\npeptide bond: A bond created between two amino acids.\npolypeptides: A polymer made of amino acids.","","","Activity 1)\nMolymods
\nto create examples of polypeptides","","","0","","0000-00-00","0","","0"),
("26683","JHT","0","2019-03-22","5","0","9A2/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26684","CLA","0","2019-03-18","1","0","9A2/Sc","S6","C1.4.01","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nPower packs\nAmmeters\nLeads\nCarbon electrodes\nPlain water\nCopper chloride\nSalt water\nSugar water\nCrocodile clips\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26685","SKT","0","2019-03-18","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26686","SKT","0","2019-03-18","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26687","SKT","0","2019-03-19","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26688","SKT","0","2019-03-20","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26689","SKT","0","2019-03-21","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26690","SKT","0","2019-03-22","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26691","PKT","0","2019-03-18","1","0","9A4/Sc","S1","","Investigation Review Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26692","PKT","0","2019-03-18","2","0","9A4/Sc","S1","","How does a Leslie's Cube Work","","","","","","","","","","Leslie's Cube\nInfra-red thermometers","","0","","0000-00-00","0","","0"),
("26693","PKT","0","2019-03-19","1","0","9A4/Sc","S1","","Investigation Which colour absorbs the most light?","","","","","","","","","","Beakers, kettles, heating (infra-red ideally).\nThermometers, elastic bands range of different colour materials or card, silver foil. Measuring cylinders.","","0","","0000-00-00","0","","0"),
("26694","PKT","0","2019-03-20","3","0","9A4/Sc","S1","","Investigation Which colour absorbs the most light?","","","","","","","","","","Beakers, kettles, heating (infra-red ideally).\nThermometers, elastic bands range of different colour materials or card, silver foil. Measuring cylinders.","","0","","0000-00-00","0","","0"),
("26695","PKT","0","2019-03-21","1","0","9A4/Sc","S1","","Investigation Which colour absorbs the most light?","","","","","","","","","","Beakers, kettles, heating (infra-red ideally).\nThermometers, elastic bands range of different colour materials or card, silver foil. Measuring cylinders.","","0","","0000-00-00","0","","0"),
("26696","PKT","0","2019-03-22","5","0","9A4/Sc","S1","","Investigation Which colour absorbs the most light?","","","","","","","","","","Beakers, kettles, heating (infra-red ideally).\nThermometers, elastic bands range of different colour materials or card, silver foil. Measuring cylinders.","","0","","0000-00-00","0","","0"),
("26697","LAN","0","2019-03-18","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26698","LAN","0","2019-03-19","3","0","9B1/Sc","S7","c1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26699","LAN","0","2019-03-20","5","0","9B1/Sc","S7","c1.3.2","What is ionic bonding?","","Students should be able to draw dot and cross diagrams for ionic compounds formed by metals in Groups 1 and 2 with non-metals in Groups 6 and 7.\n\nStudents should be able to work out the charge on the ions of metals and non-metals from the group number of the element, limited to the metals in Groups 1 and 2, and non-metals in Groups 6 and 7.\n","1) When a metal atom reacts with a non-metal atom, electrons in the outer shell of the metal atom are transferred.\n2) Metal atoms lose electrons to become positively charged ions.\n3) Non-metal atoms gain electrons to become negatively charged ions.\n4) The ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 have the electronic structure of a noble gas (Group 0).\n5) The electron transfer during the formation of an ionic compound can be represented by a dot and cross diagram. E.g. for sodium chloride.\n7) The charge on the ions produced by metals in Groups 1 and 2 and by non-metals in Groups 6 and 7 relates to the group number of the element in the periodic table.","Describe the transfer of electrons in an ionic bond:Electrons are donated from the metal element in order to complete the outer shell of the non-metal element\nWhen a metal atom become an ion it loses electrons. How does this effect its charge? It becomes a positively charged ion.\nWhen a non-metal atom bonds ionically it gains electrons. How does this effect its charge? It becomes a negatively charged ion.\nWhat is the electronic structure of ions produced by group 1,2 metals and group 6,7 non metals? They have full outside shells of electrons giving them a stable electronic configuration, the same as a noble gas. \nHow could you show the formation of an ionic compound using a dot and cross diagram? Showing outer electrons only. Crosses for one element and dots for the other. Show transfer of electrons on shell. Use brackets to show the overall charge of the ions formed. \nDraw a dot cross diagram to show the ionic bond in sodium chloride.:Diagram: ;Sodium - Electron strucuture represented in square brackets, with a 1 charge on the top right outside the bracket. . It's one outer shell electron removed. ;Chlorine - Electron strucuture represented in square brackets, with a -1 charge on the top right outside the bracket. One extra electron represented as either a dot or cross shown to represent the electron gained from sodium.\nWhat charge do ions of elements from the following groups form\n1) Group 1\n2) Group 2\n3) Group 6\n4) Group 7:1) Group 1 = +1 ion;2) Group 2 = +2 ion;3) Group 6 = -2 ion;4) Group 7 = -1 ion\nExplain why potassium chloride is KCl but potassium oxide is K2O:The overall charge of an ionic compound will always be neutral. Potassium forms an ion with a 1 charge, so will bond in a 1:1 ratio chlorine as chlorine forms a -1 ion. Oxygen on the other hand forms a -2 ion, so for each Oxygen 2 potassiums would be needed to neutralise the charge.","","Ratio: A ratio is a way to compare amounts of something\nDot cross diagram: A diagram used to represent the transfer of electrons in a chemical bond.\nElectronic structure: is the state of motion of electrons in an electrostatic field created by stationary nuclei.\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.","","","Activity 1)\nDemo the process of forming an ionic bond using students and tennis balls.\nActivity 2)\nWhen determining the charge of ions, get students to picture electrons as negative people. Gain more in your life you become more negative, lose them you become more positive.\nActivity 3)\nDraw out electron structures of elements: 2 metal and 2 non metal elements and then attempt to draw their ions.\nActivity 4)\nDetermine trends in ions based on where they are found on the periodic table\nActivity 5)\nGive students a compound and get them to attempt to draw out the ions of each element and attempt to determine what a bond may look like.\nActivity 8)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.","Activity 1)\nTheory\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26700","LAN","0","2019-03-21","1","0","9B1/Sc","S7","C1.3.3","What are ionic compounds?","","Students should be able to deduce that a compound is ionic from a diagram of its structure in one of the specified forms\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent a giant ionic structure.\n\nStudents should be able to work out the empirical formula of an ionic compound from a given model or diagram that shows the ions in the structure.\n\nStudents should be familiar with the structure of sodium chloride but do not need to know the structures of other ionic compounds.\n","1) An ionic compound is a giant structure of ions.\n2) Ionic compounds are held together by strong electrostatic forces of attraction between oppositely charged ions.\n3) These forces act in all directions in the lattice: this is called ionic bonding.\n4) The structure of sodium chloride can be represented in the following forms: ball and stick giant lattice and charged ion ionic lattice.","What is an ionic compound? A giant structure of ions \nWhat do we call the attraction between oppositely charged ions? Electrostatic attraction\nDescribe the structure of a giant ionic lattice.:It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions.\nWhat two models can be used to represent giant ionic structures? Ball and stick and charged ion ionic lattice\nGive a limitation of each the ball and stick model and charged ion ionic lattice models for representing ionic bonds.:Ball and stick model: ;- The ions are actually packed closer together;- Gives a false image of bond direction when is only electrostatic attraction;Charged ion ionic lattice model:;- Difficult to see the arrangement of ions in 3D.\nDetermine the empirical formulae of a compound given the ions:\na) Na and N3-\nb) Al3 and O2-:a) Na3N;b) Al2O3\nDraw out a dot cross diagram to show the ionic bond formed in the compound sodium chloride.:The sodium ion has an electon pattern of (2,8) and is represented in square brackets with a charge in the top right corner, as a consequence of having lost an electron from its outer shell. This is then placed next to the chloride ion, which has an electron pattern of (2,8,8) and is also represented in square bracket, but with a - charge in the top right corner, due to it gaining an electron.","","Ball and stick model: is a molecular model of a chemical substance which is to display both the three-dimensional position of the atoms and the bonds between them\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nElectrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nIonic compound: is a chemical compound composed of ions held together by electrostatic forces termed ionic bonding","","","Activity 3)\nDemo giant lattice with pupil particles. Use it to explain properties.\n\nStudents convert ideas into a diagram and extend themselves by using this to explain properties.\nActivity 4)\nBack to back: in pairs each takes a turn at describing one type of model, limiting use of key terms.\nActivity 6)\nEW: Compare and contrast using the ball and stick model and charged ionic lattice for representing ionic compounds.\nActivity 7)\nGive students several ionic compounds based on the elements they are made up of. Calculate charge on ions and then formula of compound.\nActivity 8)\nPractical demo: making NaCl on a brick","Activity 8)\nfume cupboard\nchlorine gas in gas jar, sodium metal, Forceps,house brick \nlong bunsen burner \n \nchlorine gas in jar NOT TEST TUBES KERRY, DOH!\n\n-----------","","0","","0000-00-00","0","","0"),
("26701","LAN","0","2019-03-22","4","0","9B1/Sc","S7","c1.3.4","What is covalent bonding?","","Students should be able to recognise common substances that consist of small molecules from their chemical formula.\n\nStudents should be able to draw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane\n\nStudents should be able to represent the covalent bonds in small molecules, in the repeating units of polymers and in part of giant covalent structures, using a line to represent a single bond\n\nStudents should be able to describe the limitations of using dot and cross, ball and stick, two and three-dimensional diagrams to represent molecules or giant structures\n\nStudents should be able to deduce the molecular formula of a substance from a given model or diagram in these forms showing the atoms and bonds in the molecule.\n","1) When atoms share pairs of electrons, they form covalent bonds. These bonds between atoms are strong.\n2) Covalently bonded substances may consist of small molecules.\n4) Some covalently bonded substances have very large molecules, such as polymers.\n5) Some covalently bonded substances have giant covalent structures, such as diamond and silicon dioxide.\n6) The covalent bonds in molecules and giant structures can be represented in the following forms: using dot-and-cross diagram, ball-and-stick diagram or displayed formula)\n7) Polymers can be represented using displayed formulae, where n is a large number.","What are covalent bonds? :Strong bonds that form when atoms share pairs of electrons \nWhat type of substances have covalent bonds? small molecules\nWhat are the names of the following substances\nCO2\nH2O\nH2\nCl2:Carbon dioxide;water;hydrogen ;chlroine \nGive an example of large molecules with covalent bonds:Polymers\nGive two examples of substances that have giant covalent structures:diamond;graphite;silicon dioxide \nList three ways to represent covalent bonds in molecules:dot and cross diagrams ;ball and stick diagrams;display formula\nHow are polymers commonly represented? Polymers can be represented using displayed formulae, where n is a large number.\nDraw dot and cross diagrams for the molecules of hydrogen, chlorine, oxygen, nitrogen, hydrogen chloride, water, ammonia and methane look like? \nHow would you draw a single covalent bond? :single line between atoms \nWhat are the limitations of using dot and cross, ball and stick, 2D and 3D diagrams to represent substances? dot and cross, ball and stick do not show orginatation in space. ","","Giant covalent: contain a lot of non-metal atoms, each joined to adjacent atoms by covalent bonds. The atoms are usually arranged into giant regular\nSimple molecule: Simple molecules contain only a few atoms held together by covalent bonds.\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.","","","Activity 1)\nGet students to draw out the electron structure of two fluorine atoms and give them the formula of fluorine F2.\n\nStudents to use this to determine how they may bond.\n\nExtension: Repeat with O2\nActivity 2)\nDemonstrate covalent bond. Get students to attempt to draw several.\nActivity 3)\nShow structure of several simple covalent molecules\n\nWhat do they share in common?\n\nGo on to explain how their size influence their properties\nActivity 5)\nCircus of giant covalent compounds. Students to research \n- diamond\n- graphite\n- graphene\n- silicone dioxide\nActivity 11)\nEW: Explain why the melting and boiling point of sodium chloride is much higher than that of carbon dioxide.\n\nYour answer must reference the structure of bonding in each and how that influences the properties.","Activity 1)\nGiant covalent structures x 4 from top shelf in upstairs prep room, 2 red 1 blue 1 green\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26702","DLN","0","2019-03-18","1","0","9B1/Sc","S7","","Science Week 3 (y9)","","","","","","","","","","Class set: Turtle Navigation Game","","0","","0000-00-00","0","","0"),
("26703","DLN","0","2019-03-19","3","0","9B1/Sc","S7","C1.3.1","What are chemical bonds?","","Students should be able to explain chemical bonding in terms of electrostatic forces and the transfer or sharing of electrons.\n","1) There are three types of strong chemical bonds: ionic, covalent and metallic. \n2) For ionic bonding the particles are oppositely charged ions. \n3) For covalent bonding the particles are atoms which share pairs of electrons.\n4) For metallic bonding the particles are atoms which share delocalised electrons.\n5) Ionic bonding occurs in compounds formed from metals combined with non-metals.\n6) Covalent bonding occurs in most non-metallic elements and in compounds of non-metals.\n7) Metallic bonding occurs in metallic elements and alloys.","What are the three types of chemical bonding? Ionic, Metallic and Covalent\nName the type of attraction between particles in an ionic bond:Electrostatic attraction (attraction between oppositely charged particles)\nIn terms of electrons, how are covalent bonds formed? When two non-metal atoms share electrons to form a bond\nMetallic bonds have delocalised electrons. What are delocalised electrons? Electrons in a molecule, ion or solid metal that are not associated with a single atom\nIonic bonding occurs in compounds formed from ________ combined with ___________.:Ionic bonding occurs in compounds formed from METALS combined with NON-METALS.\nCovalent bonding occurs when _____________ atoms bond together.:Covalent bonding occurs when NON-METAL atoms bond together.\nMetallic bonding occurs between atoms of __________ elements.:Metallic bonding occurs between atoms of METAL elements.\nWhat is chemical bonding? chemical bonding is where atoms are held together because of electrostatic forces caused by the transfer or sharing of electrons.","","Electrostatic attraction: the phenomenon where a negatively charged atom or molecule is attracted to a positively charged atom or molecule\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.\nCovalent bond: A chemical bond formed between non-metal atoms, which combine together by sharing electrons.\nIonic bond: A chemical bond formed by the electrostatic attraction of oppositely charged ions. Formed between a metal and non-metal.","","","Activity 1)\nExperts in bonding. \nPut students in threes and get them each to find out information on each type of bond. Return and share their findings. Record results in table.\nActivity 2)\nDemo electrostatic attraction with pupil particles.\nActivity 3)\nModelling of electron sharing, transfer and delocalisation with fluffy balls.","Activity 3)\nFluffy balls.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26704","SFD","0","2019-03-19","3","0","9B2/Sc","S5","B1.3.06","How can cardiovascular problems be treated?","","Students should be able to evaluate the advantages and disadvantages of treating cardiovascular diseases by drugs, mechanical devices or transplant.\n\nStudents should understand the consequences of faulty valves.\n","2) In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\n3) The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\n4) Stents are used to keep the coronary arteries open.\n5) Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\n6) In some people heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\n8) Faulty heart valves can be replaced using biological or mechanical valves.\n9) In the case of heart failure a donor heart, or heart and lungs can be\ntransplanted.\n10) Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","What are the advantages and disadvantages of treating cardiovascular diseases using drugs, mechanical devices or transplant? The advantages of each treatment for cardiovascular diseases are:;Drugs - less negative impact on the body;Mechanical devices - strong and durable can last a lifetime ;Transplants - can last a life time;;The disadvantages of each treatment for cardiovascular diseases are:;Drugs - Required to take everyday, may not continue to work long term;Mechanical devices - not long term solution. Causes clotting of red blood cells so drugs required too. ;Transplants - anti rejection drugs can be needed for the rest of their life\nHow does coronary heart disease effect the body? In coronary heart disease layers of fatty material build up inside the coronary arteries, narrowing them.\nWhat are the causes, and impact on the heart, of angina? The layers of fatty material reduces the flow of blood through the coronary arteries, resulting in a lack of oxygen for the heart muscle.\nWhat are stents used for? Stents are used to keep the coronary arteries open.\nWhat effect do statins have on the body? Statins are widely used to reduce blood cholesterol levels which slows down the rate of fatty material deposit.\nWhat effect can a faulty heart value have on the body? Heart valves may become faulty, preventing the valve from opening fully, or the heart valve might develop a leak.\nWhat are the consequences of having a faulty heart valve? The effects of having a faulty heart value can include heart failure, stroke, blood clots or death due to sudden cardiac arrest.\nHow can heart faulty heart valves be replaced? Faulty heart valves can be replaced using biological or mechanical valves.\nWhat is a long term treatment for heart or lung failure? In the case of heart failure a donor heart, or heart and lungs can be;transplanted.\nWhen is it appropriate to use an artificial heart? Artificial hearts are occasionally used to keep patients alive whilst waiting for a heart transplant, or to allow the heart to rest as an aid to recovery.","","Statin: A drug taken to reduce blood cholesterol.\nStent: A device used to open up arteries to allow more blood to flow through it.\nCoronary Heart Disease: Where the coronary arteries become blocked, starving the heart muscle cells of oxygen.\nCardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.","","","Activity 10)\nDescribe the different ways in which CVD can be treated.\nLink the form of treatment to the stage of CVD/condition of patient.\nGF: Evaluate the provision of treatment for CVD compared to education about preventative measures.","","","0","","0000-00-00","0","","0"),
("26705","SFD","0","2019-03-20","5","0","9B2/Sc","S5","B1.3.07","What can affect your health?","","Students should be able to describe the relationship between health and disease and the interactions between different types of disease.\n\nStudents should be able to translate disease incidence information between graphical and numerical forms, construct and interpret frequency tables and diagrams, bar charts and histograms, and use a scatter diagram to identify a correlation between two variables. (MS)\n\nStudents should understand the principles of sampling as applied to scientific data, including epidemiological data. (MS)\n","2) Health is the state of physical and mental well-being.\n3) Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\n4) Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\n5) Viruses living in cells can be the trigger for cancers.\n6) Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\n7) Severe physical ill health can lead to depression and other mental illness.","What does the term "health" relate to? Health is the state of physical and mental well-being.\nWhat factors can relate to ill health? Diseases, both communicable and non-communicable, are major causes of ill health. Other factors including diet, stress and life situations may have a profound effect on both physical and mental health.\nCan some diseases cause a person to contract other illnesses? Different types of disease may interact. Defects in the immune system mean that an individual is more likely to suffer from infectious diseases\nHow are viruses linked to cancer? Viruses living in cells can be the trigger for cancers.\nHow are immune reactions related to allergies? Immune reactions initially caused by a pathogen can trigger allergies such as skin rashes and asthma.\nWhat other impacts can severe physical illness have on a person? Severe physical ill health can lead to depression and other mental illness.\nWhat does the term "relationship" mean when referring to disease incidence data presented in a table or graph? The term relationship refers to how one or more factors can effect the frequency of disease.\nWhat does epidemiological data refer to? Epidemiological data is the study and analysis of the distribution (who, when, and where) and determinants of health and disease conditions in defined populations.","","Disease: a disorder of structure or function of an organism.\nMental Health: The state of psychological well-being.\nPhysical Health: The state of how well the body performs physical tasks.\nHealth: The state of physical and mental well-being.","","","Activity 9)\nExplain how physical and mental health can influence each other.\nExplain how infections can lead to other conditions.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26706","SFD","0","2019-03-21","1","0","9B2/Sc","S5","B1.3.08","What are risk factors? and Total Recall","","Students should be able to understand the principles of sampling as applied to scientific data in terms of risk factors.\n\nStudents should be able to translate information between graphical and numerical forms; and extract and interpret information from charts, graphs and tables in terms of risk factors. (MS) \n\nStudents should be able to use a scatter diagram to identify a correlation between two variables in terms of risk factors.\n","1) Risk factors are linked to an increased rate of a disease.\nThey can be:\n? aspects of a person?s lifestyle\n? substances in the person?s body or environment.\n2) (WS) Interpret data about risk factors for specified diseases.\n3) A causal mechanism has been proven for some risk factors, but not in\nothers.\n? The effects of diet, smoking and exercise on cardiovascular disease.\n? Obesity as a risk factor for Type 2 diabetes.\n? The effect of alcohol on the liver and brain function.\n? The effect of smoking on lung disease and lung cancer.\n? The effects of smoking and alcohol on unborn babies.\n? Carcinogens, including ionising radiation, as risk factors in cancer.\n4) Many diseases are caused by the interaction of a number of factors.","What are the risk factors that can increase the rate of a disease? Risk factors are linked to an increased rate of a disease.;They can be aspects of a person's lifestyle, substances in the person's body or environment.\nWhat does the term "risk factors" mean? Risk factors are linked to an increased rate of a disease.\nWhat are the different causal mechanisms that have been proven for some risk factors such as diet, smoking, obesity, radiation? A causal mechanism has been proven for some risk factors, but not in;others.;The effects of diet, smoking and exercise on cardiovascular disease.;Obesity as a risk factor for Type 2 diabetes.;The effect of alcohol on the liver and brain function.;The effect of smoking on lung disease and lung cancer.;The effects of smoking and alcohol on unborn babies.;Carcinogens, including ionising radiation, as risk factors in cancer.\nAre diseases usually caused by one or more factors? Many diseases are caused by the interaction of a number of factors.\nWhat impact would a larger sample size have on the validity of the data? The larger a sample the more representative of that popular the results of the analysis would be. The data would be more valid.\nWhat correlation would you expect to see between the following pairs of variables in terms of risk factors: a) smoking vs. incidence of cancer, b) alcohol consumption vs. foetal growth, c) drugs vs. mental health concerns? The expected correlation between the following variables could be: a) the more you smoke the higher chance of cancer you have, b) the higher the alcohol consumption the lower the foetal growth c) the higher the drug use the higher the risk of mental health concerns","","Cardiovascular disease: A range of conditions caused by a build-up of fatty deposits inside the arteries.\nCausal: Where there is an explanation of how one factor causes a change in another.\nCorrelation: A relationship or connection between two factors, often see on a graph.\nRisk Factor: A variable associated with an increased risk of disease or infection.","","","Activity 7)\nCollect, present and analyse data about health risks and diseases, looking for correlations.\nEvaluate the relevance of BMI (possibly against the waist to hip ratio).","Activity 1)\nx\n\n-----------","","0","","0000-00-00","0","","0"),
("26707","SFD","0","2019-03-22","4","0","9B2/Sc","S5","C1.4.01","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nPower packs\nAmmeters\nLeads\nCarbon electrodes\nPlain water\nCopper chloride\nSalt water\nSugar water\nCrocodile clips\n\n-----------","","0","","0000-00-00","0","","0"),
("26708","SFD","0","2019-03-18","1","0","9B2/Sc","S5","B1.3.05","What are the components and functions of blood?","","Students should know the functions of each of these blood components.\n\nStudents should be able to recognise different types of blood cells in a photograph or diagram, and explain how they are adapted to their functions.\n\nStudents should be able to explain how the structure of these vessels relates to their functions.\n\nStudents should be able to use simple compound measures such as rate and carry out rate calculations for blood flow.\n","1) Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\n3) (WS) Evaluate risks related to use of blood products.\n5) The body contains three different types of blood vessel:\n? arteries\n? veins\n? capillaries.","What different types of cells make up blood tissue? Blood is a tissue consisting of plasma, in which the red blood cells, white blood cells and platelets are suspended.\nWhat are the functions of the components of blood? \nPlasma, red blood cell, white blood cell, platelets.:The functions of the components of blood are: ;Plasma: suspends the red and white blood cells ;Red blood cell: transports oxygen and carbon dioxide around the body ;White blood cell: attacks and kills pathogens ;Platelets: causes blood to clot\nWhat risks are related to the use of blood products? Some of the risks related to the use of blood products can include allergic reactions and blood borne infections.\nHow are the red and white blood cells adapted for their functions? White blood cells are adapted to their function of killing pathogens as they produce antibodies, antitoxins and they can change their shape to squeeze into blood vessels. ;Red blood cells are adapted to their function of transporting oxygen and carbon dioxide as they have a large surface area, they dont have a nucleus and have a thin outer membrane for rapid diffusion.\nWhat are the three different types of blood vessel found in the body? The three types of blood vessels are arteries, veins and capillaries.\nHow does the structure of arteries, veins and capillaries relate to their functions? The function of arteries is to carry blood away from the heart, they have narrow lumen and their walls are made of thick elastic fibers to withstand the high pressure blood flow. ;The function of veins is to carry blood back to the heart, they have wide lumen and thin walls to reduce resistance of blood flow. ;The function of capillaries is to support the exchange of substances to cells in the body. They have very narrow lumen as blood flow is not under high pressure and thin walls for rapid exchange of substances.\nHow do you calculate the rate of blood flow? Rate of blood flow can be calculated using: ;rate = blood volume / time","","Blood: Tissue that is liquid and has the role of transporting substances around the body.\nCapillary: Permeable blood vessel with a wall one cell thick where exchange between the blood and cells of the body takes place.\nVein: Impermeable blood vessel that carries blood back to the heart.\nArtery: Impermeable blood vessel that carries blood from the heart.","","","Activity 4)\nDescribe or match up the components of the blood with the role they have.\nActivity 7)\nCompare the structure of the 3 types of vessel.\nVenn Diagram of the 3 types and factors of them e.g: transport blood, wall one cell thick, contains valves, permeable, impermeable etc.\nExplain why the walls of the blood vessels are different by linking their structure to their function.","","","0","","0000-00-00","0","","0"),
("26709","CML","0","2019-03-18","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26710","CML","0","2019-03-21","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26711","JHT","0","2019-03-20","5","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("26883","SFD","0","2019-03-27","1","0","11SFD/Sc","S5","B2.6.01","Lesson 01","","Students should be able to describe some of the biological consequences of global warming\n","1) Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\n2) Pollution can occur:\n? in water, from sewage, fertiliser or toxic chemicals\n? in air, from smoke and acidic gases\n? on land, from landfill and from toxic chemicals.\n3) Pollution kills plants and animals which can reduce biodiversity\n4) (WS) Evaluate the environmental implications of deforestation\n\n6) Levels of carbon dioxide and methane in the atmosphere are increasing, and contribute to ?global warming?.\n7) (WS) Understand that the scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\n8) (WS) Explain why evidence is uncertain or incomplete in a complex context","How can an increase in human population affect pollution? Rapid growth in the human population and an increase in the standard of living mean that increasingly more resources are used and more waste is produced. Unless waste and chemical materials are properly handled, more pollution will be caused.\nWhere can pollution occur and what does it occur from? Pollution can occur:;- in water, from sewage, fertiliser or toxic chemicals;- in air, from smoke and acidic gases;- on land, from landfill and from toxic chemicals.\nHow can pollution affect biodiversity? Pollution kills plants and animals which can reduce biodiversity.\nWhat are the environmental implications of deforestation? Deforestation vastly affects the environment as well as reducing biodiversity. This occurs due to forest habitats being destroyed,;soil erosion increasing, which causes barren land, flooding and land slides. Also atmospheric pollution is caused when forests are cleared by burning trees increasing global warming.\nWhat are the biological consequences of global warming? A rise of just a few degrees in world temperatures will have a dramatic impact on the climate:;;Global weather patterns will change, causing drought in some places and flooding in others.;Melting of polar ice caps will raise sea levels, causing increased coastal erosion and flooding of low-lying land – including land where major cities lie.\nWhy is global warming increasing? Levels of carbon dioxide and methane in the atmosphere are increasing, and these contribute to global warming.\nWhat does the scientific consensus say about global warming and climate change? The scientific consensus about global warming and climate change is based on systematic reviews of thousands of peer reviewed publications.\nN/A:N/A","","","","","Activity 2)\nComputer room needed!\n\nPut the class into groups and assign each group one topic to research (human population explosion; land pollution; water pollution; or air pollution).\nEach group studies their one topic and creates a ppt to describe their topic and explain its effect on biodiversity to the rest of the class. Students should use the ppt template on the shared area for guidance.\nStudents copy the pollution table on to a whole page in their books.\nEach group presents their ppt to the class and students fill in the mind map for that topic.\nActivity 3)\nOptional practical: How does fertiliser affect duckweed? Can observe the results after two lessons.","","","0","","0000-00-00","0","","0"),
("26884","SFD","0","2019-03-28","4","0","11SFD/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26885","SFD","0","2019-03-26","4","0","11SFD/Sc","S5","C2.4.04","What are the consequences of burning fossil fuels upon the atmopshere? and TR","","Students should be able to describe how carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen are produced by burning fuels.\n\nStudents should be able to describe and explain the problems caused by increased amounts of these pollutants in the air.\n","1) The combustion of fuels is a major source of atmospheric pollutants.\n2) Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\n3) The gases released into the atmosphere when a fuel is burned may include carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\n5) Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\n6) Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\n7) Particulates cause global dimming and health problems for humans.","What human activity is the biggest contributor to an increase in atmospheric pollutants? The combustion of fossil fuels is a major source of atmospheric pollutants.\nWhat do most fuels contain? Most fuels, including coal, contain carbon and/or hydrogen and may also contain some sulfur.\nName the gases commonly released into the atmosphere when a fuel is burned? Carbon dioxide, water vapour, carbon monoxide, sulfur dioxide and oxides of nitrogen. Solid particles and unburned hydrocarbons may also be released that form particulates in the atmosphere.\nHow does burning fuels produce carbon monoxide, soot (carbon particles), sulfur dioxide and oxides of nitrogen? Carbon monoxide is produced through incomplete combustion due to limited oxygen.;Soot is produced from carbon that has not reacted during combustion. ;Sulfur dioxide is produced due to sulfur in the fuel reacting with oxygen in hot enginges. ;Nirtogen oxides are formed from nitrogen in the air reacting with oxygen.\nWhat are the impacts of emissions of carbon monoxide? Carbon monoxide is a toxic gas. It is colourless and odourless and so is not easily detected.\nWhat environmental impact does the emission of sulfur dioxide and oxides of nitrogen cause? Sulfur dioxide and oxides of nitrogen cause respiratory problems in humans and cause acid rain.\nWhat environmental impact do particulates cause? Particulates cause global dimming and health problems for humans.\nDescribe and explain the problems caused by increased amounts of the following pollutants in the atmosphere:\na) Carbon Dioxide\nb) Nitrogen Oxides\nc) Sulfur Dioxide\nd) Particulates:a) Greenhouse gas that contributes to global warming.;b) Dissolves in water droplets in clouds, it makes the rain more acidic than normal. This is called acid rain.;c) Same as b);d) Very small pieces of solids, mainly carbon, that are released into the air during incomplete combustion. Contribute towards global dimming (the reduction of sunlight that makes it to the earths surface).","","Global dimming: is the gradual reduction in the amount of global direct irradiance at the Earth's surface.\nAcid rain: A rain or any other form of precipitation that is unusually acidic.\nFuel: A material such as coal, gas, or oil that is burned to produce energy.\nPollutant: a substance that pollutes something, especially water or the atmosphere.","","","Activity 2)\nWhat is combustion?\nhttps://www.youtube.com/watch?v=zEjEqnMBdEM\nActivity 3)\nCombustion and acid rain\nhttps://www.youtube.com/watch?v=HE6Y0iEuXMQ\n\nExplain why the following can be produced in combustion:\n• Carbon dioxide\n• Carbon monoxide\n• Soot\n• Water vapour\n• Sulfur dioxide\n• Oxides of nitrogen.\nActivity 4)\nResearch task: Study the effects of emisions of:\n• Carbon monoxide on the human body.\n• Sulfur dioxide and oxides of nitrogen on acidity of rain water. \n• Sulfur dioxide and oxides of nitrogen on respiratory system.\n• Particulates on global dimming.\n• Particulates on human health problems.\nActivity 5)\nInvestigate the effects of pollution on rain water using titration. Aim To find out how much alkali is needed to neutralise four samples of rain water. \nenough samples for each group to test one once (20mL per group) and shared results. \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n\nPhenolphthalein colourless in acidic and pink in alkaline solutions.","Activity 4)\ndemo: \nglass fish tank\nCO data logger\nmatches\n\nWE DON'T GIVE THIS OUT AS NO GLASS FISH TANK\n\n-----------\n\nActivity 5)\n4 samples of "rain water" spliked to have different pH values labelled as: \nChina - pH 1-2\nUK - pH 6\nGreenland pH 7\nAustralia - pH 4-5\n(in main chem store)\nenough samples for each group to test one once (20mL per group) and shared results. \n\nalkali solution (NaOH) that will neutralise each sample(countries) at a suitable concentration. \nburettes \nconical flasks\nUniversal indicator\npipettes \n20mL measuring cylinders\nNaOH 1molar 50ml per group in burettes\n\n-----------","","0","","0000-00-00","0","","0"),
("26886","SFD","0","2019-03-29","1","0","11SFD/Sc","D8","B2.6.02","Lesson 02","","Students should be able to describe both positive and negative human interactions in an ecosystem and explain their impact on biodiversity.\n","1) Biodiversity is the variety of all the different species of organisms on\nearth, or within an ecosystem.\n2) Humans reduce the amount of land available for other animals and plants by building, quarrying, farming and dumping waste\n3) A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\n4) The destruction of peat bogs, and other areas of peat to produce garden compost, reduces the area of this habitat and thus the variety of different plant, animal and microorganism species that live there (biodiversity).\n5) The future of the human species on Earth relies on us maintaining\na good level of biodiversity.\n6) The decay or burning of the peat releases carbon dioxide into the atmosphere.\n7) Many human activities are reducing\nbiodiversity and only recently have measures been taken to try to stop this reduction.\n8) (WS) Understand the conflict between the need for cheap available compost to increase food production and the need to conserve peat bogs and peatlands as habitats for biodiversity and to reduce carbon dioxide emissions\n9) (WS) Explain how waste, deforestation and global warming have an impact on biodiversity.\n10) Large-scale deforestation in tropical areas has occurred to:\n? provide land for cattle and rice fields\n? grow crops for biofuels.","What is the definition of biodiversity? Biodiversity is the variety of all the different species of organisms on;earth, or within an ecosystem.\nHow do humans reduce the amount of land available for other animals? Humans reduce the amount of land available for other animals and plants by building, quarrying, farming and dumping waste.\nWhat is the benefit of having a great biodiversity? A great biodiversity ensures the stability of ecosystems by reducing the dependence of one species on another for food, shelter and the maintenance of the physical environment.\nHow does the destruction of peat bogs affect biodiversity? The destruction of peat bogs, and other areas of peat to produce garden compost, reduces the area of this habitat and thus the variety of different plant, animal and microorganism species that live there (biodiversity).\nWhy is it so important to maintain biodiversity? The future of the human species on Earth relies on us maintaining;a good level of biodiversity.\nWhat does the decay or burning of peat lead to? The decay or burning of the peat releases carbon dioxide into the atmosphere.\nWhat effect to human activities have on biodiversity in general? Many human activities are reducing;biodiversity and only recently have measures been taken to try to stop this reduction.\nWhy is there conflict of opinion when it comes to the peat industry? There is a need for cheap available compost to increase food production and the need to conserve peat bogs and peatlands as habitats for biodiversity and to reduce carbon dioxide emissions\nWhat effect do waste, deforestation and global warming have on biodiversity? Deforestation destroys the habitats of many species and therefore reduces their numbers within an environment. This reduces biodiversity drastically. ;Waste can have toxic effects on many species and therefore reduces numbers. In other cases, such as with algae, certain wastes can increase the numbers of certain species meaning they have a detrimental effect on the others around them. ;Global warming is causing the Earth's temperature to increase. This is having an effect on many species as it is changing their environment and therefore causing them problems such as lack of food or habitat.\nWhat two main reasons are there for large-scale deforestation in tropical areas? Large-scale deforestation in tropical areas has occurred due to:;- providing land for cattle and rice fields;- growing crops for biofuels.\nWhat is the impact of both positive and negative human interactions in an ecosystem? Positive impact increases population levels of certain species in a food chain.
;Negative impacts decrease population levels of certain species.","","","","","Activity 8)\nLetter to future generations:\nhttps://www.youtube.com/watch?v=eRLJscAlk1M \n\nBiodiversity is ‘the variety of different life found on earth’\n1) Show video clip from PPt. Students to read article on ‘Why should I care about the Everglades?’ and write a summary of this article in 10 sentences.\n2) Repeat this task for “Deforestation” and “Peat Bogs” – Read supporting materials and summarise the issues in 10 sentences.\n3) Impact of loss of endangered species on a food web (optional)\n4) Having now looked at one example the students should be in a position to independently research a habitat that is found regularly on the Natural World Heritage Site where biodiversity is at risk. There won’t be enough information to look up very specific individual places but they could look at:\na) Coral reefs\nb) Rainforests\nc) Mangroves\nd) The Congo basin\n5) There is some structure to assist them on this. Suggested websites are available and book boxes could be ordered from the library.\n6) Present their research to the class. Pair the students together with another student who researched the same area and combining their research they should summarise in a poster/powerpoint/speech what they have found.","Activity 8)\nThe Everglades article, Deforestation factsheet, peat bog factsheet, Congo Basin factsheet, Research on biodiversity WS.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26887","DLN","0","2019-03-26","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26888","SKT","0","2019-03-26","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26889","SKT","0","2019-03-27","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26840","SFD","0","2019-03-26","5","0","10ASK/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26841","SFD","0","2019-03-29","2","0","10ASK/Sc","S5","B2.1.02","How does a body respond to a stimulus?","","Students should understand why reflex actions are important.\n","1) Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\n2) The CNS is the brain and spinal cord.\n3) The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\n4) Stimulus --> Receptor --> Coordinator --> Effector --> Response\n5) Be able to explain how the various structures in a reflex arc including the sensory neurone, synapse, relay neurone and motor neurone relate to their function.\n7) Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.\n8) Be able to extract and interpret data from graphs, charts and tables, about the functioning of the nervous system.\n9) Be able to translate information about reaction times between numerical and graphical forms.","How is information transmitted in the nervous system? Information from receptors passes along cells (neurones) as electrical impulses to the central nervous system (CNS).\nWhat is in the central nervous system? The CNS is the brain and spinal cord.\nWhat is the role of the central nervous system? The CNS coordinates the response of effectors which may be muscles contracting or glands secreting hormones.\nWhat are the stages of the reflex arc? The stages of the reflex arc are stimulus, receptor, sensory, relay, motor, effector then response.\nHow are the neurones adapted to their function? Neurones axon allowing impulses to be transmitted long distances, they also have dendrites on the cell body which are branched to detect impulses from other nerves. They are insulated with a myelin (fatty) sheath so that impulses do not cross over and they have a synapse to propagate the impulses using chemical messengers.\nWhy are reflex actions so important? They allow us to respond to our environment and keep ourselves out of danger.\nHow are reflex actions described? Reflex actions are automatic and rapid; they do not involve the conscious part of the brain.","","Hormones: A chemical substance produced in the body that controls and regulates the activity of certain cells or organs.\nCentral Nervous System: The part of the nervous system made up of the brain and spinal cord.\nImpulse: The signal that travels along the length of a nerve fiber.\nNeurone: a specialized cell transmitting nerve impulses; a nerve cell.","","","Activity 3)\nThe Reaction Time Test\nhttps://www.justpark.com/creative/reaction-time-test/\nActivity 4)\nStudent model of the CNS.\nActivity 7)\nDemo:\nStudents blow into each others faces - How fast do your eyes close?","Activity 4)\nLarge neurone posters.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26842","SFD","0","2019-03-26","1","0","10ASK/Sc","S5","P1.5.07","What is radioactive contamination?","","Students should be able to compare the hazards associated with
\ncontamination and irradiation.\n","1) Radioactive contamination is the unwanted presence of materials
\ncontaining radioactive atoms on other materials.\n2) The hazard from
\ncontamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\n3) Irradiation is the process of exposing an object to nuclear radiation. The
\nirradiated object does not become radioactive.\n5) Suitable precautions must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.","What is meant by radioactive contamination? Radioactive contamination is the unwanted presence of materials
;containing radioactive atoms on other materials.\nWhat is the hazard of contamination? The hazard from
;contamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\nWhat is Irradiation? Irradiation is the process of exposing an object to nuclear radiation. The
;irradiated object does not become radioactive.\nWhat are the hazards associated with
\ncontamination and irradiation? The radiation from the material can damage the cells of the person directly. This is damage by irradiation.
;Some of the radioactive material can be swallowed or breathed in. While inside the body, the radiation it emits can produce damage. This is damage by contamination.\nWhat type of suitable precaution must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.:Wearing protective clothing keeping as far away as is practicable - for example, by using tongs keeping your exposure time as short as possible, and keeping radioactive materials in lead-lined containers, labelled with the appropriate hazard symbol.","","Precaution : a measure taken in advance to prevent something dangerous, unpleasant, or inconvenient from happening.\nIrradiation : the process by which an object is exposed to radiation. The exposure can originate from various sources, including natural sources.\nHazard : a danger or risk.\nContamination : the action or state of making or being made impure by polluting or poisoning.","","","Activity 1)\nDescribe how radioactive contamination can occur.\n\nCompare precautions taken by a teacher handling radioactive sources with those used by, say, in a nuclear power station.\nActivity 4)\nEvaluate the use of irradiating fruit in terms of cost of goods and potential risk due to the exposure of workers and consumers of the irradiation process.\nActivity 5)\nEW : Justify the use of radioactive sources in school in terms of risk-benefit analysis to the students in the class.","","","0","","0000-00-00","0","","0"),
("26843","SFD","0","2019-03-27","3","0","10ASK/Sc","S5","B2.1.01","How does the nervous system work?","","","1) The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\n2) Be able to explain how the structure of the nervous system is adapted to its functions.\n3) All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\n4) These automatic control systems may involve nervous responses or chemical responses.\n5) Be able to explain that homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\n6) Homeostasis maintains optimal conditions for enzyme action and all cell functions.\n7) In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","Why is the nervous system important? The nervous system enables humans to react to their surroundings and to coordinate their behaviour.\nHow is the nervous system adapted to its function? The responses formulated by the nervous system are very quick and therefore allow responses to be fast and protect the organism from danger.\nWhat do the control systems in the body include? All control systems include:a) cells called receptors, which detect stimuli (changes in the environment), b) coordination centres (such as the brain, spinal cord and pancreas) that receive and process information from receptors, c) effectors, muscles or glands, which bring about responses which restore optimum levels.\nHow is this control made automatic? It may involve chemical or nervous responses.\nWhat is homeostasis? Homeostasis is the regulation of the internal conditions of a cell or organism to maintain optimum conditions for function in response to internal and external changes.\nWhy is homeostasis important? Homeostasis maintains optimal conditions for enzyme action and all cell functions.\nWhat things does homeostasis control? In the human body, these include control of: a) blood glucose concentration. B) body temperature. C) water levels.","","Effector: The organ, tissue or cell that produces a response.\nStimulus: a thing or event that evokes a specific functional reaction in an organ or tissue.\nReceptor: An organ or cell able to respond to light, heat, or other external stimulus and transmit a signal to a sensory nerve.\nNervous system: The network of nerve cells and fibers which transmits nerve impulses between parts of the body.","","","Activity 1)\nGroup practical: \nInvestigate the factors affecting response rate\nActivity 6)\nDemo: \nAsk one student to put one hand into the cold and another in the warm water for two minutes. \nStudent to then put both hands into the room temperature water together and describe what they experience. \nStudent should feel that one hand stays hot/cold for a while despite being in the same temperature water.","Activity 1)\nData loggers \nReaction time sensors\n\n-----------\n\nActivity 6)\nThree large bowls: one warm water, one room temperature and one ice water.\n\n-----------","","0","","0000-00-00","0","","0"),
("26844","CLA","0","2019-03-29","1","0","10b/Pr3","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26845","CML","0","2019-03-29","2","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26846","CML","0","2019-03-26","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26847","CML","0","2019-03-27","3","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26848","LAN","0","2019-03-26","1","0","10CLA/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("26849","LAN","0","2019-03-26","5","0","10CLA/Sc","S7","c1.5.9","What is atom economy?","","Students should be able to calculate the atom economy of a reaction to form a desired product from the balanced equation\n","1) The atom economy (atom utilisation) is a measure of the amount of starting materials that end up as useful products.\n2) The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100\n\n4) (HT only) explain why a particular reaction pathway is chosen to\nproduce a specified product given appropriate data such as atom\neconomy (if not calculated), yield, rate, equilibrium position and\nusefulness of by-products.","(Chem only) What is atom economy a measure of? The amount of starting materials that end up as useful products.\n(Chem only) What is the formula for calculating percentage atom economy? The percentage atom economy of a reaction is calculated using the balanced equation for the reaction as follows: Relative formula mass of desired product from equation / Sum of relative formula masses of all reactants from equation ? 100\n(Chem only) Hydrazine (N2H4) is used in some rocket fuels. Two different methods can be used to manufacture hydrazine. The reactions are:\nNH2Cl NH3 ? N2H4 HCl\n2NH3 H2O2 ? N2H4 2H2O\nCalculate the atom economy for each reaction:1) Mr of N2H4 = 32;2) Sum of Mr all reactants in equation 1= 68.5;3) (32 / 68.5 ) x100 46.7% ;4) Sum of Mr all reactants in equation 2 = 68;5) (32/68) x 100 = 47% \n(Chem only) How can a chemist in a chemical plant that makes rocket fuel prevent waste products being formed? (HT) A chemist can prevent waste rocket fuel being formed by Choose a reaction with few/no other products.","","Mole\nRelative Formula Mass: \nBalanced equation: \nPercentage atom economy: ","","","Activity 1)\nDescribe how atoms are lost or gained in a chemical reaction.
\n
\nExplain why atoms can be lost or gained in a chemical reaction.
\n
\nCalculate the theoretical yield for simple examples.
\n
\nExtended writing: write instructions to another student how to calculate the theoretical yield giving explained examples.
\n
\nUse Lego as a model for chemical reactions demonstrating the loss of product and use the model as a simple introduction to yield calculations.
\n
\nThe same can be applied to atom economy.","Activity 1)\nLego
\nMolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26850","LAN","0","2019-03-27","3","0","10CLA/Sc","S7","c1.5.10","How do you calculate the concentration of a solution?","","Students should be able to explain how the concentration of a solution in mol/dm3 is related to the mass of the solute and the volume of the solution\n","1) The concentration of a solution can be measured in mol/dm3.\n2) The amount in moles of solute or the mass in grams of solute in a given volume of solution can be calculated from its concentration in mol/dm3.\n3) If the volumes of two solutions that react completely are known and the concentration of one solution is known, the concentration of the other solution can be calculated.\n5) Opportunities within titrations including to determine concentrations of strong acids and alkalis. (WS) ","(Chem only) What is mol/dm3 the unit of measurement for? mol/dm3 is a measure of concentration. It tells us how many moles of that substance you would find in a dm3\n(Chem only) How can we calculate the number of moles of solute in a given volume of a solution? The amount in moles of solute of solute in a given volume of solution can be calculated from its concentration in mol/dm3 multiplied by the volume of the solution in dm3.\n(Chem only) What technique can we use if the volumes of two solutions that react completely are known and the concentration of one solution is known, to calculate the concentration of the other solution.:A titration reaction\n(Chem only) How can we calculate the mass of a solute within a solution if we know the concentration in mol/dm3? mass of solute = (concentration (mol dm-3) / relative formula mass) x volume of solution (dm3)\n(Chem only) What is the difference between a strong and weak acid? A strong acid will fully dissociate from all of its H ions whereas a weak acid won't","","Mole\nRelative Formula Mass: \nBalanced equation: \nPercentage atom economy: ","","","Activity 1)\nCalculate the atom economy for simple examples.
\n
\nExtended writing: write instructions to another student how to calculate the atom economy giving explained examples.
\n
\nIdentify a chemical reaction that has a high atom economy and research the positives to industry of producing a high yield of useful product.
\n
\nIdentify a chemical reaction that has a low atom economy and research the negatives to industry of producing a low yield of useful product and ways the reactions has been improved to increase the yield of useful product.
\n
\nAtom Economy Video
\nhttps://www.youtube.com/watch?v=Zuyk4hfbjSA\nActivity 3)\ncomplete an acid-base titration to determine the concentration of an unknown solution: \nhttp://www.rsc.org/learn-chemistry/resource/res00000697/titrating-sodium-hydroxide-with-hydrochloric-acid?cmpid=CMP00005972","Activity 3)\nBurette (30 or 50 cm3) (Note 1)\n\nConical flask (100 cm3)\n\nBeaker (100 cm3)\n\nPipette (20 or 25 cm3) with pipette filler\n\nStirring rod\n\nSmall (filter) funnel (about 4 cm diameter)\n\nBurette stand and clamp (Note 2)\n\nWhite tile (optional) (Note 3)\n\nBunsen burner\n\nTripod\n\nPipeclay triangle (Note 4)\n\nEvaporating basin (at least 50 cm3 capacity)\n\nCrystallising dish (Note 5)\n\nMicroscope or hand lens suitable for examining crystals in the crystallising dish\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26851","LAN","0","2019-03-29","2","0","10CLA/Sc","S7","c1.5.11","How do you calculate the volume of gas reactants and products?","","Students should be able to calculate the volume of a gas at room temperature and pressure from its mass and relative formula mass\n\nStudents should be able to calculate volumes of gaseous reactants and products from a balanced equation and a given volume of a gaseous reactant or product\n\nStudents should be able to change the subject of a mathematical equation.\n","1) Equal amounts in moles of gases occupy the same volume under the same conditions of temperature and pressure.\n2) The volume of one mole of any gas at room temperature and pressure (20oC and 1 atmosphere pressure) is 24 dm3.\n3) The volumes of gaseous reactants and products can be calculated from the balanced equation for the reaction.","(Chem only) Do all gases occupy the same volume? Equal amounts in moles of gases occupy the same volume under the same conditions of temperature and pressure.\n(Chem only) What volume does one mole of any gas occupy at room temperature and pressure? A single mole of any gas will occupy 24dm3 \n(Chem only) How could you calculate the volume a gas would occupy if you were given the mass of gas made? 1) Calculate the total number of moles of that gas you have (Moles = Mass (g) / Mr);2) Then calulate the volume that gas would occupy. Volume of gas (dm3) = Moles x 24\n(Chem only) If you have 88g of CO2. What volume would it occupy? 1) Calculate moles first:;moles = mass /Mr = 88/44 = 2;2) Calculate the volume of gas made:;Volume of gas = Moles x 24 = 2x24 = 48dm3\n(Chem only) In the reaction CH4 2O2 ? CO2 2H2O (at rtp) what volume of water vapour is produced when 2.4 dm3 of methane burns? 1) Rearrange volume equation for moles to find moles of methane reacting: ;moles (methane) = volume / 24;moles (methane) = 2.4 / 24;moles (methane) = 0.1;2) Identify molar ratio for reactants and products in question: ;1 mole of methane products 2 moles of water, therefore 1:2 ratio ;3) Deduce the moles of water using ratio: ;0.1 x 2 = 0.2 moles;4) calculate volume of water vapour: ;volume of gas = moles x 24;volume of gas = 0.2 x 24 = 4.8dm3\n(Chem only) Rearrange the volume of gas equation to calculate the number of moles: Rearrange volume equation for moles to find moles of methane reacting: ;moles (methane) = volume / 24","","Mole\nPressure: \nVolume: \nAvogardo Constant: \nGases: ","","","Activity 1)\nRecall the equation:
\nnumber of moles =
\nmass/(relative formula mass)
\nUse the equation:
\nvolume of gas at rtp = number of moles x molar gas volume (24 dm3)
\nfor simple examples.
\n
\nExtended writing: write instructions to another student on how to calculate the volume of a gas.
\n
\nUse balanced equations and known volume of reactant/product to calculate the volumes of gaseous reactants/ products.
\n
\nMolar volumes of gases https://www.youtube.com/watch?v=UCmYSIjOnUA
\n
\nHow to calculate gas volumes
\nhttps://www.youtube.com/watch?v=_CyIgvYNolE","","","0","","0000-00-00","0","","0"),
("26852","PKT","0","2019-03-26","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26853","PKT","0","2019-03-27","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26854","PKT","0","2019-03-29","2","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26855","DLN","0","2019-03-26","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26856","DLN","0","2019-03-27","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26857","CLA","0","2019-03-26","1","0","10MES/Sc","S4","B2.1.07","Required Practical: Affect of Light / Gravitity on Seeds (Length and Biological Drawings)","","","1) (Separates Only) Required Practical - Plant Responses","","","","","","Activity 1)\nGCSE Biology required practical activity: Plant responses","Activity 1)\nWhite mustard seeds\nPetri-dishes\nCotton wool\nDistilled water\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26858","CLA","0","2019-03-26","5","0","10MES/Sc","S4","B2.1.07","Required Practical: Affect of Light / Gravitity on Seeds (Length and Biological Drawings)","","","1) (Separates Only) Required Practical - Plant Responses","","","","","","Activity 1)\nGCSE Biology required practical activity: Plant responses","Activity 1)\nWhite mustard seeds\nPetri-dishes\nCotton wool\nDistilled water\nRulers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26859","CLA","0","2019-03-27","3","0","10MES/Sc","S4","","X","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("26860","CLA","0","2019-03-29","2","0","10MES/Sc","S4","C2.2.01","What is crude oil?","","Students should be able to recognise substances as alkanes given their formulae in these forms.\n","1) Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud.\n2) Crude oil is a mixture of a very large number of compounds. \n3) Most of the compounds in crude oil are hydrocarbons, which are molecules made up of hydrogen and carbon atoms only.\n4) Most of the hydrocarbons in crude oil are hydrocarbons called alkanes. The general formula for the homologous series of alkanes is CnH2n+2\n5) The first four members of the alkanes are methane, ethane, propane and butane.\n6) Alkane molecules can be represented in the following forms: C2H6 or displayed formula.\n8) Students do not need to know the names of specific alkanes other than methane, ethane, propane and butane.","Where does crude oil come from? Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud.\nIs crude oil a mixture of elements, compounds or both? Crude oil is a mixture of a very large number of compounds called hydrocarbons.\nWhat is the definition of a hydrocarbon? Hydrocarbons are molecules made up of hydrogen and carbon atoms only.\nDoes crude oil contain mostly alkanes or alkenes? Most of the hydrocarbons in crude oil are hydrocarbons called alkanes\nWhat are the names of the first four members of alkanes? The first four members of the alkanes are: methane, ethane, propane and butane.\nWhat is the general formula for alkane molecules? The general formula for the homologous series of alkanes is CnH2n 2.\nWhich of the following are examples of alkanes: C4H10, C2H4, C5H12? C4H10 and C5H12 are both examples of alkanes.\nName the alkane with:\na) 1 carbon\nb) 2 carbons\nc) 3 carbons\nd) 4 carbons:a) Methane;b) Ethane;c) Propane;d) Butane","","Alkene : any of the series of unsaturated hydrocarbons containing a double bond.\nAlkane : saturated hydrocarbons with all the carbons occupied by a hydrogen.\nHydrocarbon : a molecule consisting of only hydrogen and carbon.\nCrude oil : the remains of an ancient biomass consisting mainly of plankton that was buried in mud.","","","Activity 5)\nTeach - Monkey's Eat Peanut Butter as recall for naming hydrocarbons\nActivity 6)\nStudents deduce the general formula by modelling hydrocarbons\nActivity 7)\nCreate a table with the name, symbol, diagram for the first four hydrocarbons\n\nGF: suggest what the naming would be for other larger hydrocabons\nActivity 8)\nPlenary quiz showing the structure, symbols and students have to name","Activity 6)\nmolymods\n\n-----------","","0","","0000-00-00","0","","0"),
("26861","SNK","0","2019-03-26","1","0","10SNK/Sc","S3","P1.5.5","How does nuclear radiation change an atom?","","Students should be able to use the names and symbols of common nuclei and particles to write balanced equations that show single alpha (α) and beta (β) decay. This is limited to balancing the atomic numbers and mass numbers. The identification of daughter elements from such decays is not required.\n","1) Nuclear equations are used to represent radioactive decay. (diagram)\n2) In a nuclear equation an alpha particle may be represented by the symbol:The symbol of an alpha particle.\n3) The symbol of a beta particle.\n4) The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\n5) alpha decay causes both the mass and charge of the nucleus to decrease.\n6) Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\n8) The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","How can nuclear equations be used? Nuclear equations are used to represent radioactive decay.\nWhat symbol represents an alpha particle? An alpha particle is represent by the following symbol: α\nWhat symbol represents a beta particle? An beta particle is represented by the following symbol: β\nWhat does the emission of the different types of nuclear radiation cause? The emission of the different types of nuclear radiation may cause a change in the mass and /or the charge of the nucleus.\nWhat does alpha decay cause? Alpha decay causes both the mass and charge of the nucleus to decrease.\nWhat does Beta decay cause? Beta decay does not cause the mass of the nucleus to change but does cause the charge of the nucleus to increase.\nHow to balance alpha (α) and beta (β) decay equations? During alpha decay- A new element is formed that is two places lower in the Periodic Table than the original element.
;
;For example, radon decays into polonium when it emits an alpha particle.
;
;In beta decay, a neutron changes into a proton plus an electron. The proton stays in the nucleus. The electron leaves the atom with high energy as a beta particle.
;
;The nucleus has one more proton and one less neutron when it emits a beta particle. This means that:
;The atomic mass number stays the same
;The atomic number increases by 1\nWhat happens during the emission of a gamma ray? The emission of a gamma ray does not cause the mass or the charge of the nucleus to change.","","Alpha : a helium nucleus emitted by some radioactive substances, originally regarded as a ray.\nEmission : the production and discharge of something, especially gas or radiation.\nGamma : penetrating electromagnetic radiation of a kind arising from the radioactive decay of atomic nuclei.\nBeta : a fast-moving electron emitted by radioactive decay of substances.","","","","","","0","","0000-00-00","0","","0"),
("26862","SNK","0","2019-03-27","3","0","10SNK/Sc","S3","P1.5.6","What is half life?","","Students should be able to explain the concept of half-life and how it is related to the random nature of radioactive decay\n\nStudents should be able to determine the half-life of a radioactive isotope from given information.\n\n(HT only) Students should be able to calculate the net decline, expressed as a ratio, in a radioactive emission after a given number of half-lives.\n","1) Radioactive decay is random.\n2) The half-life of a radioactive isotope is the time it takes for the number of nuclei of the isotope in a sample to halve, or the time it takes for the count rate (or activity) from a sample containing the isotope to fall to half its initial level.","How radioactive decay happen? Radioactive decay is a random process.\nWhat is the meaning of the term \'half-life\'? Half life is the amount time taken for a radioacitve material to reduce it radioactive emissons by half.\nHow is the concept of half-life related to radioactive decay? Radioactive activity decreasses by half at each half life.\nHow would the half-life of a radioactive isotope be determined from given information? Use divisions of half to determine half lifes from given data.\nHow would the net decline of radioactive emission after a given number of half-lives be expressed? Should be expressed as a ratio.","","Division : the action of separating something into parts or the process of being separated.\nRatio : the quantitative relation between two amounts showing the number of times one value contains or is contained within the other.\nHalf-life : the time taken for the radioactivity of a specified isotope to fall to half its original value.\nRandom : happening without method or conscious decision.","","","Activity 1)\nModel the radioactive decay of alpha and beta sources. Use the model to construct decay equations for alpha and beta decay. Critically analyse the limitations of the models produced by the class.\n\nDemonstrate the randomness of the decay of a radioactive substance by throwing six dice and getting a prediction of the number of dice that will land on a six. Alternatively, drop 20 coins and get students to predict the number that will land on a head.\nActivity 3)\nInvestigate half-life by throwing a large number of Tillich bricks. Any that land on the side with the odd colour get removed and the number remaining is recorded. Plot a graph of the number of throws against number of cubes remaining. Determine the half-life of the cubes (the number of throws needed to get the number of cubes to reduce by half).\nThis experiment can also be carried out using coins. Is it possible to predict which cubes or coins will land on a certain side?","Activity 1)\nDice\n\n-----------\n\nActivity 2)\nHalf-life dice\n\n-----------","","0","","0000-00-00","0","","0"),
("26863","SNK","0","2019-03-29","2","0","10SNK/Sc","S3","P1.5.7","What is radioactive contamination?","","Students should be able to compare the hazards associated with
\ncontamination and irradiation.\n","1) Radioactive contamination is the unwanted presence of materials
\ncontaining radioactive atoms on other materials.\n2) The hazard from
\ncontamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\n3) Irradiation is the process of exposing an object to nuclear radiation. The
\nirradiated object does not become radioactive.\n5) Suitable precautions must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.","What is meant by radioactive contamination? Radioactive contamination is the unwanted presence of materials
;containing radioactive atoms on other materials.\nWhat is the hazard of contamination? The hazard from
;contamination is due to the decay of the contaminating atoms. The type of radiation emitted affects the level of hazard.\nWhat is Irradiation? Irradiation is the process of exposing an object to nuclear radiation. The
;irradiated object does not become radioactive.\nWhat are the hazards associated with
\ncontamination and irradiation? The radiation from the material can damage the cells of the person directly. This is damage by irradiation.
;Some of the radioactive material can be swallowed or breathed in. While inside the body, the radiation it emits can produce damage. This is damage by contamination.\nWhat type of suitable precaution must be taken to protect against any hazard that
\nthe radioactive source used in the process of irradiation may present.:Wearing protective clothing keeping as far away as is practicable - for example, by using tongs keeping your exposure time as short as possible, and keeping radioactive materials in lead-lined containers, labelled with the appropriate hazard symbol.","","Precaution : a measure taken in advance to prevent something dangerous, unpleasant, or inconvenient from happening.\nIrradiation : the process by which an object is exposed to radiation. The exposure can originate from various sources, including natural sources.\nHazard : a danger or risk.\nContamination : the action or state of making or being made impure by polluting or poisoning.","","","Activity 1)\nDescribe how radioactive contamination can occur.\n\nCompare precautions taken by a teacher handling radioactive sources with those used by, say, in a nuclear power station.\nActivity 4)\nEvaluate the use of irradiating fruit in terms of cost of goods and potential risk due to the exposure of workers and consumers of the irradiation process.\nActivity 5)\nEW : Justify the use of radioactive sources in school in terms of risk-benefit analysis to the students in the class.","","","0","","0000-00-00","0","","0"),
("26864","SMT","0","2019-03-25","5","0","10W/Pb1","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26894","SNK","0","2019-03-28","4","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26895","SNK","0","2019-03-29","1","0","11SNK/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26896","SDN","0","2019-03-25","1","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26897","SDN","0","2019-03-26","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26898","DLN","0","2019-03-27","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26899","SNK","0","2019-03-27","4","0","7a/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26900","SDN","0","2019-03-25","3","0","7A1/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26901","SDN","0","2019-03-27","5","0","7A1/Sc","S1","2P.04","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Variables: factors that can affect your results\nRisks: How you could be harmed\nMethod: Instructions on how to carry out the experiment\nPrediction: What you think will happen","","","Activity 1)\nPlanning\n\nDEMO SET\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("26902","SKT","0","2019-03-28","3","0","7A1/Sc","S2","2P.05","Skill focus: Data Collection","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","transfer\nenergy \ncombustion \nfuel ","","","Activity 1)\nData Collection","Activity 1)\nper group: \nMetafuel pieces\nCheese puffs\nBurning Pins\nThermomenters\nCopper calorimeters (with lids)\n(Jewellery) balances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26903","SKT","0","2019-03-26","3","0","7A1/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26904","LAN","0","2019-03-27","5","0","7A2/Sc","S7","2b.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26905","LAN","0","2019-03-28","3","0","7A2/Sc","S7","2b.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("26906","CML","0","2019-03-25","3","0","7A2/Sc","S7","2b.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26907","CML","0","2019-03-26","3","0","7A2/Sc","S7","2b.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26908","SDN","0","2019-03-28","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26909","SDN","0","2019-03-29","1","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26910","LAN","0","2019-03-25","3","0","7B1/Sc","S5","2b.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26911","JHT","0","2019-03-27","5","0","7B1/Sc","S5","2b.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26912","JHT","0","2019-03-28","3","0","7B1/Sc","S5","2b.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("26913","LAN","0","2019-03-27","4","0","7B1/Sc","S7","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26914","CLA","0","2019-03-27","4","0","7B2/Sc","S6","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26915","SNK","0","2019-03-25","3","0","7B2/Sc","S3","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("26916","SNK","0","2019-03-27","5","0","7B2/Sc","S3","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("26917","SNK","0","2019-03-28","3","0","7B2/Sc","S3","3P.7","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Motion Graphs\nVelocity\nGravity\nForce\nSpeed","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("26918","SDN","0","2019-03-29","4","0","7c/It2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26919","JHT","0","2019-03-26","1","0","7c/It2","L9","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26920","SDN","0","2019-03-27","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26921","SDN","0","2019-03-25","4","0","7C1/Sc","S1","2C.10","Calcium carbonate and Hydrochloric acid practical","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26922","SDN","0","2019-03-26","3","0","7C1/Sc","S1","","Plotting Graphs and writing conclusions","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","","","0","","0000-00-00","0","","0"),
("26923","SDN","0","2019-03-27","2","0","7C1/Sc","S1","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells (doesn't work, don't give anything other than the dice)\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------","","0","","0000-00-00","0","","0"),
("26924","SDN","0","2019-03-28","5","0","7C1/Sc","S1","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26925","SDN","0","2019-03-29","5","0","7C1/Sc","S1","2C.11","Mark - Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26926","SFD","0","2019-03-25","4","0","7C2/Sc","S5","2B.04","Skill Focus: Planning","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","Time\nSpeed \nLength \nHeight\nMass","","","Activity 1)\nPlanning","Demo - Paper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches","","0","","0000-00-00","0","","0"),
("26927","SFD","0","2019-03-26","3","0","7C2/Sc","S5","2B.05","Skill Focus: Data Collection","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nData Collection","Activity 1)\nPaper Helicopters Templates\nPaper Clips\nMeter Rules (3 stuck together to make a 2m one)\nStop watches\n\n-----------","","0","","0000-00-00","0","","0"),
("26928","SFD","0","2019-03-27","2","0","7C2/Sc","S5","2B.06","Skill Focus: Analysis","","","1) Quantitative investigation of some dispersal mechanisms:\n\nPaper Helicopters to model sycamore seeds.\n\nAim: To find out how the length of rotor affects the time of fall.","","https://www.mrcorfe.com/MemoryAnchors/3c365f3d89d957fa1aaca9a746ba5c7a.jpg","","","","Activity 1)\nConclusion\nEvaluation","Activity 1)\nconclusion/evaluation sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26929","SFD","0","2019-03-28","5","0","7C2/Sc","S5","2B.07","Halfway Review","","Review of 2B.1","1) A: Review of 2B.1\n2) H: SET HOMEWORK:
\nLearn Definitions of keywords
\n (Crossword) and revise (Flashcards)","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/2B.1","","","0","","0000-00-00","0","","0"),
("26930","SFD","0","2019-03-29","5","0","7C2/Sc","S5","2B.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26931","CLA","0","2019-03-25","3","0","7E/Sc","S6","2C.12","Reflection","","","1) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("26932","CLA","0","2019-03-26","3","0","7E/Sc","S6","","x","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","x","","0","","0000-00-00","0","","0"),
("26933","CLA","0","2019-03-27","5","0","7E/Sc","S6","3P.1","What is speed?","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","Activity 2)\nLong measuring tapes\ntrundle wheel \ntimers\ngiant chalk\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26934","CLA","0","2019-03-28","3","0","7E/Sc","S6","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","How can you plan a practical to investigate the factors that affect a trolley's speed? Aim: The height of the ramp affects the average speed of the car.","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26935","DLN","0","2019-03-26","3","0","7E/Sc","S6","","x","","Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\nCalculate the average speed of some objects.\n\nG5: rearrange equations","1) W: Speed is how far an object travels in a bit of time.\n\nTo travel fast is to cover more distance in the same time, or the same distance in less time.\n2) T: The average speed for a journey is the distance traveled Ă· total time.\n3) W: This is the average speed as you may have changed speed during the journey.\n4) T: The speed and any one moment in time is called the instantaneous speed.\n5) A: Which make for safer roads: GATSO or SPECS speed cameras?\n\nhttp://www.speedcamerasuk.com/gatso.htm\n\nhttp://www.speedcamerasuk.com/specs.htm\n6) speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\n7) T: The SI unit for distance is metres (m).\nThe SI unit for time is seconds (s).\n8) W: The SI unit for speed is metres per second (m/s).\n9) A: Calculate the average speed of some objects.\n\nG5: rearrange equations","What is speed? \nWhat happens if we travel faster? Speed is how far and object travels in a bit of time.;;To travel fast is to cover more distance in the same time, or the same distance in less time.\nWhat is the equation we use to calculate speed? The average speed for a journey is the distance traveled Ă· total time.\nWhat does the speed calculation tell you about your journey? This is the average speed as you may have changed speed during the journey.\nWhat do we call the speed at a given moment in time? The speed and any one moment in time is called the instantaneous speed.\nWhat makes roads safer? Find out here: ;http://www.speedcamerasuk.com/gatso.htm;;http://www.speedcamerasuk.com/specs.htm\nWhat is the relationship between distance, speed and time? speed and the quantitative relationship between average speed, distance and time (speed = distance Ă· time)\nWhat are the units for distance and time? The SI unit for distance is metres (m).;The SI unit for time is seconds (s).\nWhat unit do we measure speed in? The SI unit for speed is metres per second (m/s).\nHow do you calculate the average speed of an object? The average speed of an object is calculating by using the overall distance divided by the overall time taken to move this distance.","","Speed: How far an object travels during an amount of time.\nTime: An indefinite period.\nDistance: An amount of length.\nAverage: The middle point in the data. Mean.\nInstantaneous: A point where it has been assumed that time has not moved on.\nSI unit: A set of base measurements to standardise science.\nDistance
\nSpeed
\nTime
","","","Activity 2)\nClass practical:\nMeasure the speed of students doing different activities: walking/running/scootering/cycling (outside or pre book hall or sports hall)","x","","0","","0000-00-00","0","","0"),
("26936","JHT","0","2019-03-28","5","0","7P/Sc","S3","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("26937","JHT","0","2019-03-29","5","0","7P/Sc","S3","3P.7","Halfway Review","","","1) Review of 3P.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Motion Graphs\nVelocity\nGravity\nForce\nSpeed","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/3P.1","","","0","","0000-00-00","0","","0"),
("26938","SNK","0","2019-03-25","4","0","7P/Sc","S3","3P.3","Data Collection: Height of the ramp vs average speed of the car.","","DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: DATA COLLECTION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","Activity 1)\nclass set:\nramp\ntrolley\ntimer\nmeter ruler\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26939","SNK","0","2019-03-26","3","0","7P/Sc","S3","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("26940","SNK","0","2019-03-27","2","0","7P/Sc","S3","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26941","SDN","0","2019-03-27","4","0","7X/Sc","S1","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26942","SDN","0","2019-03-28","3","0","7X/Sc","S1","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26943","PKT","0","2019-03-25","3","0","7X/Sc","S2","2C.10","What can we learn from Brownian motion?","","","1) T: Brownian motion in gases is the proof of particles too small to see.\n\nThe random motion of the large particle can only be explained by smaller particles hitting it.","What is Brownian motion? Brownian motion in gases is the proof of particles too small to see.;;The random motion of the large particle can only be explained by smaller particles hitting it.","https://www.mrcorfe.com/MemoryAnchors/03f227236a0a0d09e70f9321832ed0c5.png","Particles\nBrownian motion","","","Activity 1)\nSmoke cells and microscopes if we have them.\n\n\nhttp://labs.minutelabs.io/Brownian-Motion/\n\nAtomscope visual demo, but shows smaller particles.\n\nThrow a ball to a student.\n\nWhy can you catch a ball? Because the motion is predictable. Is the large particle motion predictable?...\n\nUse dice to model Brownian motion","Activity 1)\nSmoke cells (doesn't work, don't give anything other than the dice)\nCover Slips\nMicroscopes\nTaper / smoke matches\n\n\ndice\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26944","PKT","0","2019-03-27","5","0","7X/Sc","S2","2C.11","Progress Observation Opportunity","","Progress Observation Opportunity","1) A: Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("26945","CML","0","2019-03-29","4","0","8A1/Pr","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26946","PKT","0","2019-03-25","5","0","8A1/Sc","S3","6B.04","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26947","PKT","0","2019-03-26","2","0","8A1/Sc","S3","6B.05","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26948","PKT","0","2019-03-27","4","0","8A1/Sc","S3","6B.06","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26949","PKT","0","2019-03-28","1","0","8A1/Sc","S3","6B.07","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","","","0","","0000-00-00","0","","0"),
("26950","JHT","0","2019-03-25","5","0","8A2/Sc","S2","5B.13","","","","1) Progress Observation Opportunity\n2) REFLECTION","","https://www.mrcorfe.com/MemoryAnchors/Assess.png\nhttps://www.mrcorfe.com/MemoryAnchors/Improve.png","","","","","","","0","","0000-00-00","0","","0"),
("26951","JHT","0","2019-03-26","2","0","8A2/Sc","S2","6C.01","How did Mendeleev design the Periodic Table?","","","1) the varying physical and chemical properties of different elements\n - Melting points.\n - Boiling points.\n - Densities.\n - Hardness.\n - Reactivity.\n2) That repeating properties were used to form the groups in the Mendeleev periodic table.","What are the different physical and chemical properties that can vary? the varying physical and chemical properties of different elements; - Melting points.; - Boiling points.; - Densities.; - Hardness.; - Reactivity.\nHow did Mendeleev decide where to put things in the periodic table? That repeating properties were used to form the groups in the Mendeleev periodic table.","","metal
\nalkali
\ngroup\nreactivity
\nperiodic\nmelting
\nboiling
\nelement
","","","Activity 1)\nUntil I can put it one the T drive download plan a resources from:
\n
\nhttp://www.mrcorfe.com/LeadingTeachers/PeriodicTable/
\n
\nNote this original plan is split over two lessons.
\n
\n
\n
\nThrough the use of the words and engaging in the top trump activity, they will have been introduced to the properties list above.\nActivity 2)\nBy the construction of selected groups.\n\nThe predicting patterns of reaction in those groups.","","","0","","0000-00-00","0","","0"),
("26952","JHT","0","2019-03-27","4","0","8A2/Sc","S2","6C.02","How to do we use the Periodic Table?","","How patterns in reactions can be predicted with reference to the periodic table","1) W: The reactivity of elements increases as group one is descended in the periodic table.\n2) T: The reactivity of elements increases as group seven is ascended in the periodic table.\n3) T: Group zero do not react.\n4) The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.\n5) The groups (columns) are more important to predicting reactions than periods (rows).\n6) A: How patterns in reactions can be predicted with reference to the periodic table","How does the reactivity change as you go down Group one? The reactivity of elements increases as group one is descended in the periodic table.\nHow does the reactivity of group 7 elements change as you ascend the group? The reactivity of elements increases as group seven is ascended in the periodic table.\nHow reactive are group zero elements? Group zero do not react.\nHow does the placement of elements on the periodic table affect its properties? The closer elements are to each other on the periodic table, the more likely they are to react in a similar way.","","group\nalkali
\nmetal
\nreactivity
","","","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\nActivity 6)\nThe solo task of answering question on the worksheet.","Activity 1)\nDEMO:\nAlkali metals and magnesium with water as per SoP.\n\n-----------","","0","","0000-00-00","0","","0"),
("26953","JHT","0","2019-03-28","1","0","8A2/Sc","S2","6C.03","How are metals and non-metals different from each other?","","","1) T: The rows in the periodic table are called periods.\n2) T: The columns in the periodic table are called groups\n3) W: Metals are found to the lower left on the periodic table.\n4) W: Nonmetals are found to the upper right on the periodic table.\n5) W: Metals make up the majority of the elements on the periodic table.\n6) The properties of metals include:\n - Lustrous (shiny)\n - Sonorous (makes a ringing sound)\n - Hard.\n - High density (are heavy for their size)\n - High tensile strength (resist being stretched)\n - High melting and boiling points.\n - Good conductors of heat and electricity.\n7) The properties of non-metals include:\n - Low melting and boiling points.\n - Insulators of","What are the rows in the periodic table called? The rows in the periodic table are called periods.\nWhat are the columns in the periodic table called? The columns in the periodic table are called groups\nWhere can metals be found in the periodic table? Metals are found to the lower left on the periodic table.\nWhere can non-metals be found in the periodic table? Nonmetals are found to the upper right on the periodic table.\nWhat is the most abundant type of element on the periodic table? Metals make up the majority of the elements on the periodic table.\nWhat are the properties of metals? The properties of metals include:; - Lustrous (shiny); - Sonorous (makes a ringing sound); - Hard.; - High density (are heavy for their size); - High tensile strength (resist being stretched); - High melting and boiling points.; - Good conductors of heat and electricity.\nWhat are the properties of non-metals? The properties of non-metals include:; - Low melting and boiling points.; - Insulators of","","","","","Activity 1)\nLabel a copy of the periodic table.\nActivity 2)\nLabel a copy of the periodic table.\nActivity 3)\nColour zones on a copy of a periodic table.\n\nStart with elements they know.\nActivity 4)\nColour zones on a copy of a periodic table.
\n
\nStart with elements they know","Activity 6)\nsamples of different metals to make observations (with names labelled)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26954","CML","0","2019-03-27","4","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26955","CML","0","2019-03-28","1","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26956","CML","0","2019-03-25","5","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26957","CML","0","2019-03-26","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26958","JHT","0","2019-03-29","3","0","8b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26959","CLA","0","2019-03-25","5","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26960","CLA","0","2019-03-29","4","0","8b/Te1","T3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26961","CLA","0","2019-03-28","5","0","8B1/Sc","S6","6P.7","Halfway Review","","Review of 6P.1","1) A: Review of 6P.1\n2) H: SET HOMEWORK:\nLearn Definitions of keywords\n (Crossword) and revise (Flashcards)","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Charge
\nElectron\nField
\nSouth
\nNorth
\nMagnet
","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6P.1","","","0","","0000-00-00","0","","0"),
("26962","CLA","0","2019-03-29","5","0","8B1/Sc","S6","6P.8","Why does a rubbed balloon stick to the wall?","","Charged objects create forces between themselves.\nObjects used to charge each other will attract each other.\nSeparation of positive or negative charges when objects are rubbed together.","1) T: Objects can become charged when objects are rubbed together.\n2) D: Charged objects create forces between themselves.\n3) W: Objects charged in the same way repel each other.\n4) D: Objects used to charge each other will attract each other.\n5) A: Separation of positive or negative charges when objects are rubbed together.","How do objects become charged? Objects can become charged when objects are rubbed together.\nWhat do objects with the same charge do to each other? Objects charged in the same way repel each other.\nWhat do objects with opposite charges do to each other? Objects used to charge each other will attract each other.","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","Charge: An area of positivity or negativity.\nSeparation of charge: Where charged particles move to a point where the attractive forces become too weak to hold them together.\nAttract\nRepel\nForce","","","Activity 1)\nDemo balloon rubbed on jumper sticking to wall.\nActivity 2)\nPlay with clothes and rods.\n - Bend water\n - attract suspended charged rods\n - attract hole punches?\nrepel a drinks can\nActivity 3)\nTwo rods of same material rubbed with same cloth. Will repel each other.\nActivity 4)\nUse the cloth to attract the rod.\nActivity 5)\nDraw diagram showing the movement of negative charges, leaving a positive object.
\n
\nNB: Must be a movement of negative charges.","Activity 1)\n1 X balloon\n\n-----------\n\nActivity 2)\nstatic rods, cloths, paper hole punches\ndrinks cans\n\n-----------","","0","","0000-00-00","0","","0"),
("26963","SNK","0","2019-03-26","5","0","8B1/Sc","S6","6P.5","Skill focus: Data collection & simple conclusions","","ENQUIRY: Data collection & Conclsion","1) A: ENQUIRY: Data collection & Conclsion","","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.\n(intray in racking)\n\n-----------","","0","","0000-00-00","0","","0"),
("26964","CLA","0","2019-03-25","4","0","8B1/Sc","S6","6P.4","Skill focus: Planning","","ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","1) A: ENQUIRY: Planning\n\n- Aim: To find out which materials are magnetic.","What shape is the Earth's magnetic field? Earth\'s magnetism, compass and navigation \nWhat is the Earth's magnetic field caused by? The Earth's has a magnet field is caused by the spinning of Iron and Nickel core.\nHow do compasses work? The Earth's magnetic field will produce a force on compass needle, aligning the needle with the Earth's field and navigation","","Magnetic material","","","Activity 1)\nFloating paper clip.\n\nhttp://www.sciwebhop.net/sci_web/science/ks3/year8/8j/sow.ht1.gif\n\nMaterial samples placed between paper clip and magnet, to classify them as magnetic or non-magnetic.","Activity 1)\npaper clips, cotton, magnets, material samples to disrupt magnetic force.
\n(intray in racking)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26965","CLA","0","2019-03-27","2","0","8B1/Sc","S6","6P.6","Skill focus: Inferred Conclusions","","Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","1) A: Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","How do magnetic materials affect the location of magnetic field lines? Magnetism flows more easily through a magnetic material and so magnetic materials change the location of magnetic field lines.","","Field line\nFlow
\nMagnetic material
\nMagnet
","","","Activity 1)\nDraw diagrams to show the predicted flow of field lines.","","","0","","0000-00-00","0","","0"),
("26966","DLN","0","2019-03-25","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26967","DLN","0","2019-03-27","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26968","CML","0","2019-03-26","5","0","8B2/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26969","CML","0","2019-03-25","4","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26970","CML","0","2019-03-27","2","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26971","CML","0","2019-03-28","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26972","CML","0","2019-03-29","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26973","CLA","0","2019-03-28","1","0","8E/Sc","S6","5B.10","What is Heredity?","","","1) T: Heredity is the process by which genetic information is transmitted from one generation to the next.\n2) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n3) T: Similar species can reproduce, creating sterile offspring.\n4) T: Biodiversity is a measure of the number of species in an area.\n5) W: the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\n6) W: The use of gene banks is to preserve hereditary material.","What is heredity? Heredity is the process by which genetic information is transmitted from one generation to the next.\nWhat is a species? A species is a group of organisms who can produce offspring can also reproduce.\nWhat happen if closely related species reproduce? Similar species can reproduce, creating sterile offspring.\nWhat is biodiversity? Biodiversity is a measure of the number of species in an area.\nWhy is maintaining biodiversity important? the importance of maintaining biodiversity: means all the roles in the ecosystem are occupied, maintains genetic variation, the ecosystem has a greater stability, can save potential useful species from extinction.\nWhat are genes banks for? The use of gene banks is to preserve hereditary material.","https://www.mrcorfe.com/MemoryAnchors/d30e4436f294454329072b1925c4f050.jpg","Species\nReproduce\nOffspring\nBiodiversity\nGenetic information\nStability\nEcosystem \nGene banks\nHereditary\nPreserve\nGenetic variation\nExtinction\nSterile\nGeneration\nTransmitted \nOrganisms\nCompatible\nHeredity\nEcosystem","","","Activity 3)\nLook at Ligers, Tigons; Zorse and Horbra etc.\n\n\nWhat out for photoshopped pictures.\nActivity 5)\nDebate?\nActivity 6)\nhttps://www.youtube.com/v/iix7JlBf0ng","","","0","","0000-00-00","0","","0"),
("26974","SFD","0","2019-03-25","5","0","8E/Sc","S5","5B.07","Halfway Review","","","1) Review of 5B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/5B.1","","","0","","0000-00-00","0","","0"),
("26975","SFD","0","2019-03-27","4","0","8E/Sc","S5","5B.09","How was the structure of DNA discovered?","","","1) T: Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\n2) T: Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\n3) T: Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\n\nWatson and Crick didn’t properly acknowledge the research carried out by Franklin and Wilkins they used to come up with their discovery.\n4) W: The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","What role did Pauling and Chargaff, have in the developing the DNA model? Before the discovery of the DNA structure, Pauling had already discovered helical proteins and Chargaff had already discovered there were always equal numbers of bases A and T and also equal numbers of C and G.\nWhat role did Watson and Crick have in the developing the DNA model? Watson and Crick worked out the shape of the DNA double helix and how it could be replicated.\nWhat role did Franklin and Wilkins have in the developing the DNA model? Franklin and Wilkins used the new technology of X-ray crystallography to make photographs of the DNA molecule and revealing its shape.\nWhat factors are needed for scientific understanding to progress? The factors needed for scientific understanding to progress including the improvements in technology and building on discoveries by other scientists.","<iframe width="560" height="315" src="https://www.youtube.com/embed/VegLVn_1oCE?rel=0" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","DNA\nX-ray crystallography\nReplicated\nBases\nHelical proteins\nDouble helix","","","Activity 1)\nWatch:\nhttps://www.youtube.com/v/VegLVn_1oCE\n(4 mins)","","","0","","0000-00-00","0","","0"),
("26976","CLA","0","2019-03-26","2","0","8E/Sc","S6","5B.08","What is genetic material?","","","1) W: In size order the genetic information is arranged as follow:\n\nBase Pairs => Gene => Chromosome => Nucleus\n2) T: DNA is a long molecule that contains the genetic information for an organism.\n\nDNA is in the form of a double helix of 2 strands, joined through base pairs.\n3) T: The order of the bases gives the code to create proteins/give characteristics.\n4) T: Long strands of DNA are called chromosomes.\n\nGenes are sections of DNA that give instructions for a particular characteristic.\n\nGenes can be found at particular locations on the chromosome.","In order of size, smallest first, what are the \'units\' of genetic information? In size order the genetic information is arranged as Base Pairs => Gene => DNA => Chromosome => Nucleus\nWhat is the shape of the DNA Molecule? DNA is a long molecule that contains the genetic information for an organism.;;DNA is in the form of a double helix of 2 strands, joined through base pairs.\nWhat gives the code to create proteins? The order of the bases gives the code to create proteins/give characteristics.\nCompare genes and chromosomes.:Long strands of DNA are called chromosomes.;;Genes are sections of DNA that give instructions for a particular characteristic.;;Genes can be found at particular locations on the chromosome.","https://www.mrcorfe.com/MemoryAnchors/3f04817e39acafa1ef23a053523749ba.jpg","Genetic information\nBase pairs\nDNA\nCharacteristics\nGenes\nCharacteristic.\nProteins\nChromosomes\nMolecule\nGene\nChromosome\nNucleus\nOrganism\nDouble helix","","","Activity 1)\nShow: http://www.bbc.co.uk/staticarchive/678f62dce35d0fc7ef2333d6d3bfbf53744374ff.jpg\nActivity 2)\nDevelop Analogy (Bridge Map)\n\nBase Pairs => Words\nDNA => Recipe\nGene => Paragraph\nChromosome => Chapter\nNucleus => Recipe book","","","0","","0000-00-00","0","","0"),
("26977","PKT","0","2019-03-25","4","0","8S/Sc","S2","6B.04","Skill focus: Planning","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26978","PKT","0","2019-03-26","5","0","8S/Sc","S2","6B.05","Skill focus: Data collection","","","1) Exercise enquiry\nDATA COLLECTION\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26979","PKT","0","2019-03-27","2","0","8S/Sc","S2","6B.06","Skill focus: Analysis","","","1) Exercise enquiry\nANALYSIS & EVALUATION:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("26980","PKT","0","2019-03-28","5","0","8S/Sc","S2","6B.07","Halfway Review","","","1) Review of 6B.1","","https://www.mrcorfe.com/MemoryAnchors/aed75657ff410797935f51560215afe8.jpg","","","","Activity 1)\nhttps://www.mrcorfe.com/Hamble/Questions/6B.1","","","0","","0000-00-00","0","","0"),
("26981","PKT","0","2019-03-29","5","0","8S/Sc","S2","6B.09","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","Activity 1)\nLung volume bags\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26982","JHT","0","2019-03-25","3","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26983","JHT","0","2019-03-27","2","0","9A/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26984","SNK","0","2019-03-25","2","0","9A1/Sc","S3","B1.4.6","What is the reaction of respiration?","","Students should be able to describe cellular respiration as an exothermic reaction which is continuously occurring in living cells.\n\nStudents should be able to compare the processes of aerobic and anaerobic respiration with regard to the need for oxygen, the differing products and the relative amounts of energy transferred.\n\nStudents should recognise the chemical symbols: C6H12O6 , O2 , CO2 and H2O.\n","2) The energy transferred supplies all the energy needed for living processes.\n3) Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\n5) Organisms need energy for:\n? chemical reactions to build larger molecules\n? movement\n? keeping warm.\n6) Aerobic respiration is represented by the equation:\nglucose oxygen --> carbon dioxide water","What sort of reaction can cellular respiration be described as? Cellular respiration is an exothermic reaction which is continuously occurring in living cells.\nWhat is the energy transferred in respiration needed for? The energy transferred supplies all the energy needed for living processes.\nIn which ways can respiration in cells transfer energy? Respiration in cells can take place aerobically (using oxygen) or anaerobically (without oxygen), to transfer energy.\nWhat is the difference in products and amount of energy produced by aerobic respiration compared to anaerobic respiration? The products of aerobic respiration are carbon dioxide, energy and water and it produces far more energy than anaerobic respiration. Anaerobic respiration produces lactic acid and energy.\nWhat three things do organisms need energy for? Organisms need energy for:;- chemical reactions to build larger molecules;- movement;- keeping warm.\nHow can aerobic respiration be displayed in a word equation? Aerobic respiration is represented by the equation:;glucose oxygen --> carbon dioxide water\nWhat do the following symbols C6H12O6 , O2 , CO2 and H2O represent? C6H12O6 is glucose, O2 is oxygen, CO2 is carbon dioxide and H2O is water.","","Aerobic : with oxygen.\nMolecule : a group of atoms, either the same or different, bonded together.\nRespiration : the process of taking in oxygen and glucose and converting it into carbon dioxide and water.\nExothermic : a reaction that releases energy into the environment.","","","Activity 1)\nScreaming Jelly Baby\nShow the reaction is exothermic by modelling with the students and have them giving the heat packs to 'the environment'.\nActivity 2)\nRecap MRSGREN.","Activity 1)\nScreaming Jelly Baby\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26985","SNK","0","2019-03-28","2","0","9A1/Sc","S3","B1.4.7","How is anaerobic respiration different and when is it used?","","","1) Anaerobic respiration in muscles is represented by the equation:\nglucose -> lactic acid\n2) As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\n3) Anaerobic respiration in plant and yeast cells is represented by the equation:\nglucose -> ethanol carbon dioxide\n4) Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks\n5) During exercise the human body reacts to the increased demand for energy.\n6) The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\n7) If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\n8) The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\n9) During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n10) (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n11) (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\n12) Metabolism is the sum of all the reactions in a cell or the body.\n13) The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\n14) Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion\n15) Be able to explain the importance of sugars, amino acids, fatty acids and glycerol in the synthesis and breakdown of carbohydrates, proteins and lipids.","What equation represents anaerobic respiration in muscle cells? Anaerobic respiration in muscles is represented by the equation:;glucose -> lactic acid.\nWhy is less energy produced in anaerobic respiration compared to aerobic respiration? As the oxidation of glucose is incomplete in anaerobic respiration much less energy is transferred than in aerobic respiration.\nWhat equation shows the anaerobic respiration in plant and yeast cells? Anaerobic respiration in plant and yeast cells is represented by the equation:;glucose -> ethanol carbon dioxide.\nWhat is anaerobic respiration in yeast cells also known as and why has it got economic importance? Anaerobic respiration in yeast cells is called fermentation and has economic importance in the manufacture of bread and alcoholic drinks.\nWhat does the body react to during exercise? During exercise the human body reacts to the increased demand for energy.\nWhat changes happen in the cardiovascular system when exercise increases and why? The heart rate, breathing rate and breath volume increase during exercise to supply the muscles with more oxygenated blood.\nWhen does anaerobic respiration take place in muscles? If insufficient oxygen is supplied anaerobic respiration takes place in muscles.\nWhat causes oxygen debt? The incomplete oxidation of glucose causes a build up of lactic acid and creates an oxygen debt.\nWhat happens to the muscles during long periods of vigorous activity? During long periods of vigorous activity muscles become fatigued and stop contracting efficiently.\n(HT) How is lactic acid converted back to glucose? (HT only) Blood flowing through the muscles transports the lactic acid to the liver where it is converted back into glucose.\n(HT) What is the oxygen debt? (HT only) Oxygen debt is the amount of extra oxygen the body needs after exercise to react with the accumulated lactic acid and remove it from the cells.\nHow can metabolism be described? Metabolism is the sum of all the reactions in a cell or the body.\nHow are respiration and metabolism linked? The energy transferred by respiration in cells is used by the organism for the continual enzyme controlled processes of metabolism that synthesise new molecules.\nWhat processes are included in metabolism? Metabolism includes: a) conversion of glucose to starch, glycogen and cellulose, b) the formation of lipid molecules from a molecule of glycerol and three molecules of fatty acids. C) ? the use of glucose and nitrate ions to form amino acids which in turn are used to synthesise proteins. d) respiration. e) breakdown of excess proteins to form urea for excretion.\nWhy are sugars, amino acids, fatty acids and glycerol important in the synthesis of new materials? Sugars are important as they join together to make carbohydrates, amino acids are the components of proteins and fatty acids and glycerol become lipids.","","Metabolism : the sum of all the chemical reactions in the body.\nCardiovascular : the heart and blood vessels.\nYeast : a microscopic fungus consisting of single oval cells that reproduce by budding.\nAnaerobic : without oxygen.","","","Activity 1)\nGF Why is it important to warm up and warm down before and after vigorous exercise?\nActivity 5)\nSlow mo of Usain Bolt - point out how he holds his breath - ask how he can possibly keep energy going to his muscles without O2.","","","0","","0000-00-00","0","","0"),
("26986","SNK","0","2019-03-29","3","0","9A1/Sc","S3","","","","","","","","","","","","B1.4 recap","","0","","0000-00-00","0","","0"),
("26987","CLA","0","2019-03-25","2","0","9A2/Sc","S6","C1.4.06","What are fullerenes?","","Students should be able to recognise giant covalent structures from diagrams showing their bonding and structure.\n","1) Substances that consist of giant covalent structures are solids with very high melting points.\n2) In diamond, each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\n3) All of the atoms in these structures are linked to other atoms by strong covalent bonds.\n4) Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\n6) The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","Diamond, graphite and fullerenes are all examples of what type of structure? Diamond, graphite and fullerenes are all examples of giant covalent structures\nHow many bonds can an individual atom of carbon form?\n\nHow many bonds does each carbon form in an atom of a) Diamond\nb) Graphite:A single carbon atom can form a maximum of four possible bonds.;;a) In diamond each carbon atom is covalently bonded to 4 other carbon atoms.;;b) In graphite each carbon atom is covalently bonded to 3 other carbon atoms.\nMolecules of diamond, graphite and fullerenes are all held together by what type of bonds? Covalent bonds\nWhich giant covalent structures are made only from carbon? Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\nWhat was the first fullerene to be discovered and what is its shape? The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","","Extended writing: explain why covalent substances do not conduct electricity.\n
\nGF: Explain why pure water does not conduct electricity but tap water does conduct electricity.\nCovalent: Bonding between two non metals.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond. Graphite contains layers of carbon atoms. The layers slide over each other easily because there are only weak forces between them, making graphite slippery.\nFullerenes: The fullerenes are a large class of allotropes of carbon and are made of balls, 'cages' or tubes of carbon atoms. Buckminster fullerene is one type of fullerene.\nDiamond: Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms.","","","Activity 1)\nJigsaw research the four different types of covalent structure.
\nCompare ready made 3D examples of giant covalent structures.
\nEW: Why is a split ring commutator made out of Graphite.
\nGF: Why would Fullerenes be used in drug delivery rather than graphite?","","","0","","0000-00-00","0","","0"),
("26988","CLA","0","2019-03-28","2","0","9A2/Sc","S6","C1.4.07","Why are giant covalent structures useful?","","Students should be able to explain the properties of diamond in terms of its structure and bonding.\n\nStudents should be able to explain the properties of graphite in terms of its structure and bonding.\n\nStudents should know that graphite is similar to metals in that it has delocalised electrons.\n\nStudents should be able to explain the properties of graphene in terms of its structure and bonding.\n\nStudents should be able to recognise graphene and fullerenes from diagrams and descriptions of their bonding and structure\n\nStudents should be able to give examples of the uses of fullerenes, including carbon nanotubes.\n","2) Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\n3) In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\n4) In graphite, one electron from each carbon atom is delocalised.\n5) These bonds must be overcome to melt or boil these substances.\n8) Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\n9) Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\n12) Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.","Why is diamond so hard, in terms of its structure and bonding? each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\nWhy do metals tend to have high melting and boiling points? Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\nHow many bonds does each carbon atom form in graphite and how does this impact it\'s structure? In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\nWhat happens to the spare electron that remains unused in a covalent bond in graphite? It becomes delocalised (shared between atoms)\nWhy do giant covalent structures have very high melting and boiling points? Their covalent bonds must be overcome in order for them to melt or boil, meaning large amounts of energy are required..\nWhy is graphite soft and slippery? Because individual layer of graphite are only held together by weak intermolecular forces, allowing them to easily slide away from each other.\nHow is graphite similar to metals? Graphite is similar to metals in that is has delocalised electrons.\nWhat makes graphene useful in electronics and composites? Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\nWhat are the properties of carbon nanotubes and what do their properties make them useful for? Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\nWhat are the properties of graphene in terms of its structure and bonding? - One atom thick, so is 2D in structure.;- Strong, as each layer of graphene is held together by strong covalent bonds.;- Able to conduct electricity and heat, due to each carbon giving up a delocalised electron.\nWhat are fullerenes and what is their structure? Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.\nName three uses of fullerenes? Fullerenes can be used as carbon nanotubes to reinforce graphite in tennis rackets, semiconductors in electrical circuits, and as nanotubes as a container from transporting a drug in the body.","","Delocalised: Electrons are free to move.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nMetallic bonding is the strong attraction between closely packed positive metal ions and a 'sea' of delocalised electrons.
\n This is why metals have high melting points and boiling points.
\nMetallic bonding: The particles in a metal are held together by metallic bonds.","","","Activity 2)\nCreate models of metallic structures.
\nUse copper wire and silver nitrate solution to grow silver crystals.
\nPractical: Metals and insulators electrical conduction.
\nVideo clips:
\nBBC Bitesize The atomic structure of metals
\n
\nYouTube: What are metallic bonds?","Activity 2)\nExamples of metals and insulators.\nElectricity trolley\nleads with crocodille clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26989","CLA","0","2019-03-29","3","0","9A2/Sc","S6","C1.4.08","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.\n","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.
\nTemperature sensitive smart alloys practical
\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.
\nExtended writing: describe melting points and boiling points of metallic substances.
\n
\nExtended writing: explain why the melting point and boiling point of metallic substances are high.
\n
\nExtended writing: describe the structure of metal alloys.
\nResearch some uses of metallic substances.
\n
\nExtension: make links between the uses of metal substances, their properties and structure.
\n
\nResearch some uses of metal alloys.
\n
\nExtension: make links between the uses of metal alloys, their properties and structure.
\n
\nBBC Bitesize The properties and uses of metals
\n
\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.\n\nTemp sensitive alloys.\nKettle\nIce\n\n-----------\n","","0","","0000-00-00","0","","0"),
("26990","SKT","0","2019-03-25","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26991","SKT","0","2019-03-28","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26992","SKT","0","2019-03-29","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26993","PKT","0","2019-03-25","2","0","9A4/Sc","S1","","TDA write up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26994","PKT","0","2019-03-28","2","0","9A4/Sc","S1","","Mass of Marble Chip and gas produced TDA design","","","","","","","","","","Marble Chips, electric balances, 1M HCl, delivery tube, conical flasks, tubs and measuring cylinders for collection through water.","","0","","0000-00-00","0","","0"),
("26995","PKT","0","2019-03-29","3","0","9A4/Sc","S1","","Mass of Marble Chip and gas produced TDA Practical","","","","","","","","","","Marble Chips, electric balances, 1M HCl, delivery tube, conical flasks, tubs and measuring cylinders for collection through water.","","0","","0000-00-00","0","","0"),
("26996","CLA","0","2019-03-26","4","0","9b/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26997","LAN","0","2019-03-25","1","0","9B1/Sc","S7","C1.3.5","What is metallic bonding?","","Students should be able to recognise substances as metallic giant structures from diagrams showing their bonding.\n\nStudents should be able to recognise that atoms themselves do not have the bulk properties of materials\n","1) Metals consist of giant structures of atoms arranged in a regular pattern.\n2) The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure.\n3) The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)","What is the structure of a metal like? Metals consist of giant structures of atoms arranged in a regular pattern.\nHow are the electrons in the outer shell of metal atoms arranged? The electrons in the outer shell of metal atoms are delocalised and so are free to move through the whole structure. \nWhy are metallic bonds so strong? The sharing of delocalised electrons gives rise to strong metallic bonds. The bonding in metals may be represented in the following form: (diagram)\nDescribe the structure of metallic bonding? positive atoms surrounded by negatively charged delocalised electrons \nWhen compared with the properties of materials, do atoms have the same bulk properties? Atoms themselves do not have the bulk properties of materials.","","Delocalised electrons: are electrons in a molecule, ion or solid metal that are not associated with a single atom\nIon: an atom or molecule with a net electric charge due to the loss or gain of one or more electrons.\nLattice: a regular repeated three-dimensional arrangement of atoms, ions, or molecules in a metal or other crystalline solid.\nMetallic bond: is a type of chemical bonding that arises from the electrostatic attractive force between conduction electrons and positively charged metal ions.","","","Activity 1)\nGet students to draw out two metal ions and think about how they could bond together, ensuring each gets a full outer shell of electrons.\nActivity 2)\nInput: Show students how metals actually bond.\nActivity 3)\nGive students a piece of metal each and get them to describe the properties it has.\n\nInput Feedback to how the structure of the metal gives it those properties.\nActivity 5)\nStudents to explore and describe the properties of substances bonded in each different way by burning magnesium.\n\nMagnesium - Metallic\nOxygen - Covalent\nMagnesium Oxide - Ionic\n\nUse knowledge pf bonding to explain each one.","Activity 5)\nMagnesium ribbon\nBlue glass\n\n-----------","","0","","0000-00-00","0","","0"),
("26998","LAN","0","2019-03-25","2","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("26999","LAN","0","2019-03-28","2","0","9B1/Sc","S7","","","","","","","","","","","","bonding practical circus","","0","","0000-00-00","0","","0"),
("27000","LAN","0","2019-03-29","4","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27001","SFD","0","2019-03-28","2","0","9B2/Sc","S5","C1.4.06","What are fullerenes?","","Students should be able to recognise giant covalent structures from diagrams showing their bonding and structure.\n","1) Substances that consist of giant covalent structures are solids with very high melting points.\n2) In diamond, each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\n3) All of the atoms in these structures are linked to other atoms by strong covalent bonds.\n4) Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\n6) The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","Diamond, graphite and fullerenes are all examples of what type of structure? Diamond, graphite and fullerenes are all examples of giant covalent structures\nHow many bonds can an individual atom of carbon form?\n\nHow many bonds does each carbon form in an atom of a) Diamond\nb) Graphite:A single carbon atom can form a maximum of four possible bonds.;;a) In diamond each carbon atom is covalently bonded to 4 other carbon atoms.;;b) In graphite each carbon atom is covalently bonded to 3 other carbon atoms.\nMolecules of diamond, graphite and fullerenes are all held together by what type of bonds? Covalent bonds\nWhich giant covalent structures are made only from carbon? Diamond and graphite (forms of carbon) and silicon dioxide (silica) are examples of giant covalent structures.\nWhat was the first fullerene to be discovered and what is its shape? The first fullerene to be discovered was Buckminsterfullerene (C60) which has a spherical shape.","","Extended writing: explain why covalent substances do not conduct electricity.\n
\nGF: Explain why pure water does not conduct electricity but tap water does conduct electricity.\nCovalent: Bonding between two non metals.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond. Graphite contains layers of carbon atoms. The layers slide over each other easily because there are only weak forces between them, making graphite slippery.\nFullerenes: The fullerenes are a large class of allotropes of carbon and are made of balls, 'cages' or tubes of carbon atoms. Buckminster fullerene is one type of fullerene.\nDiamond: Diamond has a giant molecular structure. Each carbon atom is covalently bonded to four other carbon atoms.","","","Activity 1)\nJigsaw research the four different types of covalent structure.
\nCompare ready made 3D examples of giant covalent structures.
\nEW: Why is a split ring commutator made out of Graphite.
\nGF: Why would Fullerenes be used in drug delivery rather than graphite?","","","0","","0000-00-00","0","","0"),
("27002","SFD","0","2019-03-29","4","0","9B2/Sc","S5","C1.4.07","Why are giant covalent structures useful?","","Students should be able to explain the properties of diamond in terms of its structure and bonding.\n\nStudents should be able to explain the properties of graphite in terms of its structure and bonding.\n\nStudents should know that graphite is similar to metals in that it has delocalised electrons.\n\nStudents should be able to explain the properties of graphene in terms of its structure and bonding.\n\nStudents should be able to recognise graphene and fullerenes from diagrams and descriptions of their bonding and structure\n\nStudents should be able to give examples of the uses of fullerenes, including carbon nanotubes.\n","2) Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\n3) In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\n4) In graphite, one electron from each carbon atom is delocalised.\n5) These bonds must be overcome to melt or boil these substances.\n8) Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\n9) Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\n12) Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.","Why is diamond so hard, in terms of its structure and bonding? each carbon atom forms four covalent bonds with other carbon atoms in a giant covalent structure, so diamond is very hard, has a very high melting point and does not conduct electricity.\nWhy do metals tend to have high melting and boiling points? Metals have giant structures of atoms with strong metallic bonding. This means that most metals have high melting and boiling points.\nHow many bonds does each carbon atom form in graphite and how does this impact it\'s structure? In graphite, each carbon atom forms three covalent bonds with three other carbon atoms, forming layers of hexagonal rings which have no covalent bonds between the layers.\nWhat happens to the spare electron that remains unused in a covalent bond in graphite? It becomes delocalised (shared between atoms)\nWhy do giant covalent structures have very high melting and boiling points? Their covalent bonds must be overcome in order for them to melt or boil, meaning large amounts of energy are required..\nWhy is graphite soft and slippery? Because individual layer of graphite are only held together by weak intermolecular forces, allowing them to easily slide away from each other.\nHow is graphite similar to metals? Graphite is similar to metals in that is has delocalised electrons.\nWhat makes graphene useful in electronics and composites? Graphene is a single layer of graphite and has properties that make it useful in electronics and composites.\nWhat are the properties of carbon nanotubes and what do their properties make them useful for? Carbon nanotubes are cylindrical fullerenes with very high length to diameter ratios. Their properties make them useful for nanotechnology, electronics and materials.\nWhat are the properties of graphene in terms of its structure and bonding? - One atom thick, so is 2D in structure.;- Strong, as each layer of graphene is held together by strong covalent bonds.;- Able to conduct electricity and heat, due to each carbon giving up a delocalised electron.\nWhat are fullerenes and what is their structure? Fullerenes are molecules of carbon atoms with hollow shapes. The structure of fullerenes is based on hexagonal rings of carbon atoms but they may also contain rings with five or seven carbon atoms.\nName three uses of fullerenes? Fullerenes can be used as carbon nanotubes to reinforce graphite in tennis rackets, semiconductors in electrical circuits, and as nanotubes as a container from transporting a drug in the body.","","Delocalised: Electrons are free to move.\nGraphite: each carbon atom is only covalently bonded to three other carbon atoms, rather than to four as in diamond.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nMetallic bonding is the strong attraction between closely packed positive metal ions and a 'sea' of delocalised electrons.
\n This is why metals have high melting points and boiling points.
\nMetallic bonding: The particles in a metal are held together by metallic bonds.","","","Activity 2)\nCreate models of metallic structures.
\nUse copper wire and silver nitrate solution to grow silver crystals.
\nPractical: Metals and insulators electrical conduction.
\nVideo clips:
\nBBC Bitesize The atomic structure of metals
\n
\nYouTube: What are metallic bonds?","Activity 2)\nExamples of metals and insulators.\nElectricity trolley\nleads with crocodille clips.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27003","SFD","0","2019-03-25","1","0","9B2/Sc","S5","C1.4.02","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","","Activity 1)\nEdit this lesson out.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27004","SFD","0","2019-03-25","2","0","9B2/Sc","S5","C1.4.03","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27005","CML","0","2019-03-25","1","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27006","CML","0","2019-03-25","2","0","9B3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27007","JHT","0","2019-03-28","2","0","9B3/Sc","S4","P1.4.07","What affects gas pressure?","","Students should be able to explain how the motion of the molecules in a gas is related to both its temperature and its pressure\n\nStudents should be able to explain qualitatively the relation between the temperature of a gas and its pressure at constant volume.","1) The molecules of a gas are in constant random motion. \n2) Changing the temperature of a gas, held at constant volume, changes the pressure exerted by the gas.\n3) The temperature of the gas is related to the average kinetic energy of the molecules.","How would the motion be described for molecules of a gas? The molecules of a gas are in constant random motion.\nWhat impact does increasing the temperature of a gas held at constant volume have on pressure? Increasing the temperature of a gas, held at constant volume, increases the pressure exerted by the gas.\nHow does the temperature of a gas relate to the average kinetic energy of the molecules? As the temperature increases so does the kinetic energy.\nHow does the motion of the molecules in a gas relate to both its temperature and its pressure? The higher the temperature and motion the higher the motion.\nWhat is the relationship between the temperature of a gas and its pressure at constant volume? The higher the temperature the higher the pressure.","","","","","","","","0","","0000-00-00","0","","0"),
("27008","JHT","0","2019-03-29","4","0","9B3/Sc","S4","P1.4.08","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27009","SKT","0","2019-03-26","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27010","JHT","0","2019-03-27","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27011","JHT","0","2019-03-26","5","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27012","JHT","0","2019-03-28","4","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27015","CLA","0","2019-03-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27017","SNK","0","2019-03-25","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27049","SNK","0","2019-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27050","CPD","0","2019-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27051","SKT","0","2019-03-26","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27052","LAN","0","2019-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27053","PKT","0","2019-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27054","SSN","0","2019-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27055","CPD","0","2019-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27056","JHT","0","2019-03-26","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27057","SSN","0","2019-03-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27058","JHT","0","2019-03-26","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27059","DLN","0","2019-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27060","SSN","0","2019-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27061","CPD","0","2019-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27062","SKT","0","2019-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27063","SDN","0","2019-03-26","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27064","DLN","0","2019-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27065","CLA","0","2019-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27066","SSN","0","2019-03-27","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27067","LAN","0","2019-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27068","SSN","0","2019-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27069","CPD","0","2019-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27070","SKT","0","2019-03-27","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27071","SSN","0","2019-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27072","CPD","0","2019-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27073","SKT","0","2019-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27074","SDN","0","2019-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27075","JHT","0","2019-03-27","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27076","SSN","0","2019-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27077","CPD","0","2019-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27078","SKT","0","2019-03-27","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27079","SFD","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27080","CML","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27081","DLN","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27082","SSN","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27083","CPD","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27084","SKT","0","2019-03-27","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27085","SFD","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27086","LAN","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27087","DLN","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27088","SSN","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27089","SNK","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27090","CPD","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27091","SKT","0","2019-03-28","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27092","CML","0","2019-03-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27093","DLN","0","2019-03-28","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27106","SDN","0","2019-03-28","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27107","LAN","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27108","DLN","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27109","SSN","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27110","SNK","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27111","CPD","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27112","SKT","0","2019-03-28","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27113","DLN","0","2019-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27114","SSN","0","2019-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27115","JHT","0","2019-03-29","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27116","DLN","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27117","SSN","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27118","CPD","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27119","SKT","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27120","SDN","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27121","JHT","0","2019-03-29","2","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27122","SFD","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27123","CML","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27124","LAN","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27125","DLN","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27126","SSN","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27127","CPD","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27128","SDN","0","2019-03-29","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27129","PKT","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27130","DLN","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27131","SSN","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27132","SNK","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27133","CPD","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27134","SKT","0","2019-03-29","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27135","LAN","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27136","DLN","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27137","SSN","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27138","SNK","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27139","CPD","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27140","SKT","0","2019-03-29","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27141","JHT","0","2019-03-19","4","0","10MES/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27142","JHT","0","2019-03-21","5","0","7a/Pe1","SH1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27143","JHT","0","2019-03-21","4","0","9a/Pr4","A5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27144","JHT","0","2019-03-21","1","0","9B1/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27145","SKT","0","2019-03-20","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27146","CPD","0","2019-03-18","4","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27147","CPD","0","2019-03-19","4","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27148","CPD","0","2019-03-20","1","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27149","LAN","0","2019-03-21","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27150","JHT","0","2019-03-25","1","0","7a/Pe1","SH1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27151","JHT","0","2019-03-26","4","0","7a/Pe1","SH1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27152","JHT","0","2019-03-29","1","0","7b/Pr1","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27153","CPD","0","2019-03-26","1","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27154","SNK","0","2019-04-05","3","0","10a/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27155","SFD","0","2019-04-01","3","0","10ASK/Sc","S5","B2.1.03","How is the endocrine system different to the nervous system?","","Students should be able to identify the position of the following on a diagram of the human body: \n Pituitary gland, Pancreas, Thyroid, Adrenal Gland, Ovary and Testes.\n\nStudents should be able to describe the principles of hormonal coordination and control by the human endocrine system.\n\nStudents should be able to explain the roles of thyroxine and adrenaline in the body (HT only) \n","1) The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\n3) The blood carries the hormone to a target organ, where it produces an effect.\n4) Compared to the nervous system the effects are slower, but act for longer.\n5) The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\n6) These hormones in turn act on other glands to stimulate other hormones to be released to bring about effects.\n9) Adrenaline is produced by the adrenal glands in times of fear or stress. It increases the heart rate and boosts the delivery of oxygen and glucose to the brain and muscles, preparing the body for "flight or fight". (HT only)\n10) Thyroxine from the thyroid gland stimulates the basal metabolic rate. It plays an important role in growth and development. (HT only)\n11) Thyroxine levels are controlled by negative feedback. Interpret and explain simple diagrams of negative feedback control. (HT only)","What is the endocrine system and what is its role? The endocrine system is composed of glands which secrete chemicals called hormones directly into the bloodstream.\nWhat are the names of the glands labelled 2, 4, 6, 7, 8 and 9 in the following image?\nhttp://bit.ly/2Cy01Tj:Number 1 is the pituitary gland, number 2 the thyroid, number 6 are the adrenal glands and number 7 the pancreas. Number 8 are the ovaries and number 9 the testes.\nWhat is the role of the bloodstream in the endocrine system? The blood carries the hormone to a target organ where it produces an effect.\nHow does the endocrine system compare to the nervous system? Compared to the nervous system the effects are slower but act for longer.\nWhat is the pituitary gland described as and what is its role? The pituitary gland in the brain is a "master gland" which secretes several hormones into the blood in response to body conditions.\nWhat do the hormones released by the pituitary gland do? The hormones released by the pituitary gland act on other glands to stimulate other hormones to be released to bring about effects.\n(HT) Where are thyroxine and adrenaline created in the body? (HT) Thyroxine - thyroid gland.;Adrenaline - adrenal gland.\n(HT) What is the role of adrenaline in the body? (HT) Adrenaline is produced by the adrenal glands in times of fear or stress. It increases the heart rate and boosts the delivery of oxygen and glucose to the brain and muscles, preparing the body for "flight or fight".\n(HT) What is the role of thyroxine in the body? (HT) Thyroxine from the thyroid gland stimulates the basal metabolic rate. It plays an important role in growth and development. (HT only)\n(HT) How are thyroxine levels controlled? (HT) The thyroxine levels are controlled by negative feedback.","","Motor Neurone: Carry signals from the CNS to effectors.\nRelay Neurone: Carry messages from one part of the CNS to another.\nSensory Neurone: Carry signals from receptors to the spinal cord and brain.\nReflex Arc: The pathway of information from a sensory neuron through an inter neuron to a motor neuron.","","","Activity 2)\nLabel a diagram of the organs in the endocrine system.","Activity 2)\nHuman body diagram\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27156","SFD","0","2019-04-02","4","0","10ASK/Sc","S5","B2.1.04","How is the optimum blood glucose level maintained?","","Students should be able to compare Type 1 and Type 2 diabetes and explain how they can be treated.\n\nStudents should be able to extract information and interpret data from graphs that show the effect of insulin in blood glucose levels in both people with diabetes and people without diabetes.\n","1) Blood glucose concentration is monitored and controlled by the pancreas\n2) If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\n3) In the liver and muscle cells excess glucose is converted to glycogen for storage.\n4) When insulin is released it causes the liver to convert more glucose into glycogen.\n5) Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\n6) In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\n7) Obesity is a risk factor for Type 2 diabetes.\n10) (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n11) (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","What organ monitors and controls blood glucose concentration? Blood glucose concentration is monitored and controlled by the pancreas.\nHow does the pancreas control blood glucose levels? If the blood glucose concentration is too high, the pancreas produces the hormone insulin that causes glucose to move from the blood into the cells.\nWhat do the liver and muscle cells do to excess glucose? In the liver and muscle cells excess glucose is converted to glycogen for storage.\nHow does insulin control blood glucose levels? When insulin is released it causes the liver to convert more glucose into glycogen.\nWhat is type 1 diabetes and how is it treated? Type 1 diabetes is a disorder in which the pancreas fails to produce sufficient insulin. It is characterised by uncontrolled high blood glucose levels and is normally treated with insulin injections.\nWhat is type 2 diabetes and how is it controlled? In Type 2 diabetes the body cells no longer respond to insulin produced by the pancreas. A carbohydrate controlled diet and an exercise regime are common treatments.\nWhich diabetes is obesity a risk factor for? Obesity is a risk factor for Type 2 diabetes.\n(HT) How does the body increase the blood glucose concentration? (HT only) If the blood glucose concentration is too low, the pancreas produces the hormone glucagon that causes glycogen to be converted into glucose and released into the blood.\n(HT) How does glucagon control blood glucose levels? (HT only) Glucagon interacts with insulin in a negative feedback cycle to control blood glucose (sugar) levels in the body.","","Insulin: A hormone, produced by the pancreas, that regulates glucose concentrations in the blood.\nGland: A gland is a group of cells in an animal's body that makes substances like hormones.\nHomeostasis: The maintenance of steady conditions. The ability of the body to maintain a constant internal environment, e.g. temperature and blood glucose concentration.\nSynapse: A tiny gap at the junction between two nerve cells, which nerve signals must cross.","","","Activity 1)\nDraw life size model of a person to show control of blood glucose\nActivity 6)\nDemo: \nHow doctors used to diagnose diabetes by tasting fake urine.\nConfirm results with Benedict’s solution.\nEvaluate the methods.\nActivity 8)\nGF/EW: How has treatment of diabetes developed over time? include use of human insulin produced by bacteria, current research into pancreas cell transplants and stem cell research.","Activity 1)\nPlain wall paper \nmarker pens\n\n-----------\n\nActivity 6)\nWeak urine samples with and without glucose\nBenedict’s solution\nkettles\ntesttubes\npipett\n10ml cylinders\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27157","SFD","0","2019-04-02","5","0","10ASK/Sc","S5","","B2.1 Required Practical - Planning","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27158","SFD","0","2019-04-03","1","0","10ASK/Sc","S5","","B2.1 Required Practical - Data Collection","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27159","SFD","0","2019-04-05","5","0","10ASK/Sc","S5","","B2.1 Required Practical - Evaluation and Questions","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27160","CML","0","2019-04-02","4","0","10BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27161","CML","0","2019-04-05","4","0","10BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27162","CML","0","2019-04-01","3","0","10BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27163","CML","0","2019-04-01","4","0","10BSK/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27164","CML","0","2019-04-02","5","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27165","CML","0","2019-04-03","1","0","10BSK/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27166","LAN","0","2019-04-01","3","0","10CLA/Sc","S7","","C1.5 review","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27167","LAN","0","2019-04-02","4","0","10CLA/Sc","S7","","bio re teach / extend.","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","https://www.mrcorfe.com/MemoryAnchors/6fd86c064e580bc53dd55bba3c459d9c.jpg","Stearic acid-Melting solids.","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","-----------","","0","","0000-00-00","0","","0"),
("27168","LAN","0","2019-04-02","5","0","10CLA/Sc","S7","","chem reteach / extend","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27169","LAN","0","2019-04-03","1","0","10CLA/Sc","S7","","physics reteach / extend","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27170","LAN","0","2019-04-05","5","0","10CLA/Sc","S7","","further C1.5 review","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Stearic acid-Melting solids.","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","-----------","","0","","0000-00-00","0","","0"),
("27171","DLN","0","2019-04-03","1","0","10JCE/Sc","S1","C1.6.3","What happens when acids react with metals?","","Students should be able to interpret or evaluate specific metal extraction processes when given appropriate information\n\nStudents should be able to identify the substances which are oxidised or reduced in terms of gain or loss of oxygen.\n\nStudents should be able to identify in a given reaction, symbol equation or half equation which species are oxidised and which are reduced.\n","1) Unreactive metals such as gold are found in the Earth as the metal itself but most metals are found as compounds that require chemical reactions to extract the metal.\n2) Metals less reactive than carbon can be extracted from their oxides by reduction with carbon.\n3) Reduction involves the loss of oxygen.\n4) Knowledge and understanding are limited to the reduction of oxides using carbon.\n5) Knowledge of the details of processes used in the extraction of metals is not required.","Why are metals such as gold found in the Earth as the metal itself? Gold is found in the Earth as the metal itself as it is unreactive.\nHow can metals less reactive than carbon be extracted from their oxides? Metals less reactive than carbon can be extracted from their oxides by reduction with carbon.\nWhat is meant by 'reduction' in terms of oxygen? Reduction involves the loss of oxygen.\nWhat substance can be used to extract the lesser reactive metals? Carbon can be used to extract the lesser reactive metals.\nWhat type of reaction is it when electrons are transferred from one species to another? When electrons are transferred from one species to another this is called a redox reaction.\nIdentify the species that are oxidised and reduced in the half equations below: \nCu2 Mg --> Mg2 Cu:The oxidation half equation is: ;Mg --> Mg2 2e-;The reduction half equation is: ;Cu2 2e- --> Cu","","oxidation: gain of oxygen and loss of electrons.\nReduction: loss of oxygen and gain of electrons\nExtraction: Removal of a useful substance from a compound\nUnreactive: An element that does not form compounds with other elements","","","Activity 1)\nShow the PP slide with a range of metal ores / native metal images with their symbols. Ask students to complete the tasks in their books. Share answers.\nActivity 2)\nClass practical to extract metals: http://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 3)\nIntroduce the mnemonic OIL RIG \nOxidation Is Loss of electrons (and gain of oxygen) \nReduction Is Gain of electrons (and loss of oxygen) \n\nTell them that this happens in redox reactions. \n\nAsk students to create an image in their books to help them remember these phrases. They should use equations and or atomic diagrams.\nActivity 4)\nRecall the reactivity series from lesson 1 or sort using a jumbled list from the board / cards. Identify the position of carbon and explain to students the reasons why.\nActivity 5)\nEW: Explain why some metals can be extracted by reduction reactions using carbon and other's cannot. Include in your answer example of those metals that can/cannot be extracted using carbon.\nActivity 6)\nAsk students to apply their knowledge of the reactivity series to other elements. They should estimate if they could be extracted or not from information given about the element. \nStretch: Roentgenium is less reactive than gold. \nChallenge: Rubidium (in group 1) students should recall the pattern of group one from C1.2\nSuper Challenge: Tennessine\nActivity 7)\nModel the loss of oxygen during reduction and the gain of oxygen during a chemical reaction, e.g\nmagnesium oxide carbon dioxide --> Magnesium carbon dioxide \nMgO CO2 --> Mg CO2\nShow students how one species gains oxygen whilst the other loses it.\nPractice identifying what is oxidised and reduced giving reasons why for different word and symbol equations. \n\nFoundation Tier Extension: Students can write their own word/symbol equations.\nActivity 8)\n(HT) Identify the substances that are reduced and oxidized in symbol and half equations.","Activity 1)\n0.5 g of the metal oxides:
\n - Copper
\n - Lead
\n - Iron
\n(Groups to do one and show results.)
\n
\n0.15 and 0.2 g of powdered carbon
\nBalances accurate
\nBottle tops
\nspatulas
\nMagnets
\nfilter paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27172","PKT","0","2019-04-01","3","0","10JCE/Sc","S1","","Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27173","PKT","0","2019-04-01","4","0","10JCE/Sc","S1","","Feedback","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27174","PKT","0","2019-04-02","4","0","10JCE/Sc","S1","C1.6.1","Why are some metals more reactive than others?","","Students should be able to explain reduction and oxidation in terms of loss or gain of oxygen.\n\nStudents should be able to explain how the reactivity of metals with water or dilute acids is related to the tendency of the metal to form its positive ion\n","1) The reactivity of a metal is related to its tendency to form positive ions. \n2) The metals potassium, sodium, lithium, calcium, order of reactivity is from their reactions with water and dilute acids. \n3) Metals react with oxygen to produce metal oxides.\n4) The reactions are oxidation reactions because the metals gain oxygen.\n6) Oxidation is the loss of electrons and reduction is the gain of electrons.","What does the reactivity of a metal depend on? The reactivity of a metal is related to its tendency to form positive ions. \nHow can the reactivity of group 1 metals be compared using a practical investigation? Group 1 metal reactivity can be compared by observing their reactivity with water and dilute acids qualitatively by looking at the amount of gas produced using a magnifying glass or quantitatively by measuring the temperature changes.\nWhat happens when a metal reacts with oxygen? Metals react with oxygen to produce metal oxides.\nWhat happens to metals in an oxidation reaction? In oxidation reactions metals gain oxygen and looses electrons.\nWhat is meant by the term \'reduction\'? Reduction is the loss of oxygen and gain of electrons. \nWhat happens in terms of electrons during reduction and oxidation reactions? During oxidation reactions substances loose/donate electrons and in reduction reactions substanced gain electrons.\nWhy is potassium more reactive than lithium? Potassium is more reactive than lithium because it can form a postive ion easier. This is because the attraction between the outside electron and the nuclues is far lower in potassium than lithium. This is because potassium is a bigger atom with more electron shells, creating more sheilding of the electrostatic attraction.","","Oxidation: A chemical reaction where metals gain oxygen and looses electrons.\nReactivity: How likely an element is to react and form a compound","","","Activity 2)\nShow the structure of one group 1 metal or use fluffly balls to show it. Show students how it donates an electron to form an ion and reactive. Ask students to draw the atomic structure of other group 1 metals and the ion formed. Use these to describe deduce why group 1 reactivity increases down the group\nActivity 3)\nWrite word and symbol equations for metal reactions from the standard equation. Differentiate for the group\nstretch - word equations \nchallenge - write symbol equations from the given word equation that dont need further balancing \nsuper challenge - equations that need balancing too\nActivity 4)\nRemind students about the phrase OIL RIG \noxidation is loss of electrons, reduction if gain of electrons.\nActivity 7)\nEW: Describe and explain the reactivity in group 1 metals","Activity 2)\nAlkali metals reacted in water, in large beakers.\nFilter paper, forceps, wahing up liquid.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27175","PKT","0","2019-04-02","5","0","10JCE/Sc","S1","C1.6.2","Why are some metals unreactive?","","Students should be able to deduce an order of reactivity of metals based on experimental\nresults.\n\nStudents should be able to recall and describe the reactions, if any, of potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper with water or\ndilute acids and where appropriate, to place these metals in order\nof reactivity\n","1) A more reactive metal can displace a less reactive metal from a compound.\n3) The non-metals hydrogen and carbon are often included in the reactivity series.\n4) The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\n5) Metals can be arranged in order of their reactivity in a reactivity series. \n7) Student should be able to write ionic equations for displacement reactions","What happens during a displacement reaction? In a displacement reaction a more reactive metal can displace a less reactive metal from a compound.\nWhat would the independent, dependent and control variables be for a quantitative investigation into the reactivity of metals? To investigate the reactivity of metals quantitatively the independent variable would be the type of metal. The dependent variable would be the temperature increase. The control variables would be the surface area of the metal, the volume and concentration of the water/acid, the temperature of the reactants and the mass of the metal. \nWhere in the reactivity series does carbon appear and which elements can be displaced by carbon? The order of reactivity including non metals is: Pottassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. Only elements below carbon in the reactivity series can be displaced by carbon.\nWhat conditions are standard when investigating the reactivity of metals with water and acids? The reactions of metals with water and acids are limited to room temperature and do not include reactions with steam.\nWhat is the list of metals (and non-metals) in the reactivity series, from most reactive to least reactive? Potassium, sodium, lithium, calcium, magnesium, aluminium, carbon, zinc, iron, hydrogen, copper, silver, gold. \nHow do each of the following metals react with each of water and dilute acids: potassium, sodium, lithium, calcium, magnesium, zinc, iron and copper? Lithium, sodium and potassium have vigorous reactions with cold water and explosive reactions with dilute acids. ;Calcium, magnesium have less vigorous reactions with water and dilute acids but it is possible to see gas being produced. Zinc, iron and copper have far less vigorous reactions, decreasing in reactivity.\nWrite the ionic equation for the displacement reaction between copper ions and magnesium:The equation for the displacement reaction between copper ions and magnesium is: ;Cu2 Mg --> Mg2 Cu","","non metal: proton acceptor during ionic bonding\nmetal: proton donor during ionic bonding","","","Activity 1)\ninvestigate the displacement reactions of metals and metal ion solutions to determine the reactivity series of metals\nActivity 2)\nStudents deduce\nActivity 3)\nShow the reactivity series and ask students to compare their results against the known series. Students to suggest why they might have different results. Discuss if their experiments are reproducible.\nActivity 4)\nTeacher to question students about CVs during the demo to lead to these points\nActivity 5)\nShow this mnemonic and then ask students if they can improve it to make it more memorable for them: https://www.youtube.com/watch?v=XWjQUgq2u9E\nActivity 6)\nWrite a conclusion for their experiment that includes references to observations made for each metal with acid and acids.\n\nGF: Discuss why sacrificial metals are used in the production of boats and bridges\nActivity 7)\nWrite ionic equations for each result from their experiment","Activity 1)\nreactivity mats
\nsmall metal samples/granules
\nspatulas
\nwaste bowls
\nmetal solutions\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27176","PKT","0","2019-04-03","1","0","10JCE/Sc","S1","C1.6.3","What happens when acids react with metals?","","Students should be able to interpret or evaluate specific metal extraction processes when given appropriate information\n\nStudents should be able to identify the substances which are oxidised or reduced in terms of gain or loss of oxygen.\n\nStudents should be able to identify in a given reaction, symbol equation or half equation which species are oxidised and which are reduced.\n","1) Unreactive metals such as gold are found in the Earth as the metal itself but most metals are found as compounds that require chemical reactions to extract the metal.\n2) Metals less reactive than carbon can be extracted from their oxides by reduction with carbon.\n3) Reduction involves the loss of oxygen.\n4) Knowledge and understanding are limited to the reduction of oxides using carbon.\n5) Knowledge of the details of processes used in the extraction of metals is not required.","Why are metals such as gold found in the Earth as the metal itself? Gold is found in the Earth as the metal itself as it is unreactive.\nHow can metals less reactive than carbon be extracted from their oxides? Metals less reactive than carbon can be extracted from their oxides by reduction with carbon.\nWhat is meant by 'reduction' in terms of oxygen? Reduction involves the loss of oxygen.\nWhat substance can be used to extract the lesser reactive metals? Carbon can be used to extract the lesser reactive metals.\nWhat type of reaction is it when electrons are transferred from one species to another? When electrons are transferred from one species to another this is called a redox reaction.\nIdentify the species that are oxidised and reduced in the half equations below: \nCu2 Mg --> Mg2 Cu:The oxidation half equation is: ;Mg --> Mg2 2e-;The reduction half equation is: ;Cu2 2e- --> Cu","","oxidation: gain of oxygen and loss of electrons.\nReduction: loss of oxygen and gain of electrons\nExtraction: Removal of a useful substance from a compound\nUnreactive: An element that does not form compounds with other elements","","","Activity 1)\nShow the PP slide with a range of metal ores / native metal images with their symbols. Ask students to complete the tasks in their books. Share answers.\nActivity 2)\nClass practical to extract metals: http://science.cleapss.org.uk/Resource/TL009-Reduction-of-metal-ores-using-carbon.pdf\nActivity 3)\nIntroduce the mnemonic OIL RIG \nOxidation Is Loss of electrons (and gain of oxygen) \nReduction Is Gain of electrons (and loss of oxygen) \n\nTell them that this happens in redox reactions. \n\nAsk students to create an image in their books to help them remember these phrases. They should use equations and or atomic diagrams.\nActivity 4)\nRecall the reactivity series from lesson 1 or sort using a jumbled list from the board / cards. Identify the position of carbon and explain to students the reasons why.\nActivity 5)\nEW: Explain why some metals can be extracted by reduction reactions using carbon and other's cannot. Include in your answer example of those metals that can/cannot be extracted using carbon.\nActivity 6)\nAsk students to apply their knowledge of the reactivity series to other elements. They should estimate if they could be extracted or not from information given about the element. \nStretch: Roentgenium is less reactive than gold. \nChallenge: Rubidium (in group 1) students should recall the pattern of group one from C1.2\nSuper Challenge: Tennessine\nActivity 7)\nModel the loss of oxygen during reduction and the gain of oxygen during a chemical reaction, e.g\nmagnesium oxide carbon dioxide --> Magnesium carbon dioxide \nMgO CO2 --> Mg CO2\nShow students how one species gains oxygen whilst the other loses it.\nPractice identifying what is oxidised and reduced giving reasons why for different word and symbol equations. \n\nFoundation Tier Extension: Students can write their own word/symbol equations.\nActivity 8)\n(HT) Identify the substances that are reduced and oxidized in symbol and half equations.","Activity 1)\n0.5 g of the metal oxides:
\n - Copper
\n - Lead
\n - Iron
\n(Groups to do one and show results.)
\n
\n0.15 and 0.2 g of powdered carbon
\nBalances accurate
\nBottle tops
\nspatulas
\nMagnets
\nfilter paper\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27177","PKT","0","2019-04-05","4","0","10JCE/Sc","S1","C1.6.4","What reactions do acids have?","","(HT only) Students should be able to explain in terms of gain or loss of electrons, that these are redox reactions\n\nStudents should be able to identify which species are oxidised and which are reduced in given chemical equations. (HT only)\n","1) Acids react with some metals to produce salts and hydrogen.\n3) Knowledge of reactions limited to those of magnesium, zinc and iron with hydrochloric and sulfuric acids.","What are the products when acids react with metals? Acids react with some metals to produce salts and hydrogen.\n(HT only) What type of reaction occurs when acids react with metals? (HT) When acids react with metals there is a transfer of electrons so this is a redox reaction.\n(HT only) In a reaction between copper (II) oxide and carbon, where does each of oxidation and reduction happen? Carbon is oxidised by gaining oxygen to form carbon dioxide.;Copper (in CuO) is reduced by losing oxygen to form;copper metal.;Copper has changed from Cu2 (in CuO) to Cu(s);and so has gained electrons.;Cu2 (aq) 2e-(aq) arrow Cu(s)","","electrons: negative subatomic particle, mass of 0, charge -1\nRedox: A chemical reaction where substances are reduced and oxidised simultaneously.\nSalt: ionic compound formed by a metal and a non metal","","","Activity 1)\nstarter: ask students to recall the basic metal acid equation from year 8. Provide some visual hints and/or keywords to sort if needed.\nActivity 2)\nTell students that the name of this reaction is another example of a redox reaction. Ask students to call what happens during a redox reaction.\nActivity 3)\nAim: How does the type of acid effect the salt formed? \n1. Students list factors that could affect the type of salt formed in a circle map.\n2. Students identify what will be their IV and DV in their circle map using BLUE for IV and RED for DV. \n3. Students then circle any other factors in black as the CVs\n4. Draw a simple results table \n5. Carry out the practical.\nActivity 4)\nfor each reaction carried out in the practical students should complete the word, symbol or half equations to show how they are redox reactions.
\nStudents doing the stretch or challenge task should identify on their equations which species of oxidised and which is reduced.
\nStretch - complete word equations
\nChallenge - complete balanced symbol equations
\nSuper Challenge - complete balanced half equations","","","0","","0000-00-00","0","","0"),
("27178","JHT","0","2019-04-02","4","0","10MES/Sc","S2","C2.2.02","Review learning: How can we seperate crude oil into useful fractions? C2.2.02\nExam Q","","Students should be able to explain how fractional distillation works in terms of evaporation and condensation.\n\nStudents should be able to recall how boiling point, viscosity and flammability change with increasing molecular size.\n","1) The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\n2) The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\n3) Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\n4) Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\n5) The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\n7) Knowledge of the names of other specific fractions or fuels is not required.\n8) Some properties of hydrocarbons depend on the size of their molecules, including boiling point, viscosity and flammability. These properties influence how hydrocarbons are used as fuels. (WS) Investigate the properties of different hydrocarbons.","How can crude oil be separated into fractions? The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\nWhy is it useful to separate crude oil into fractions? The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\nWhat type of fuels are produced from crude oil? Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\nWhat are three examples of useful materials produced by the petrochemical industry? Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\nWhy is it possible to produce such a vast array of products from crude oil? The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\nHow does fractional distillation separate crude oil into fractions? Fractional distillation seperates crude oil first by vaporisating all compounds, a column of varying temperatures allows molecules with similar condensation points to be seperated. This is due to their carbon chain length\nWhat factor of effects a hydrocarbons boiling point, viscosity and flammability? The factor that effects a hydrocarbons boiling point, viscosity and flammability is the size of their molecule\nHow does boiling point, viscosity and flammability change with increasing molecular size? :As molecular size of hydrocarbons increases the boiling point increases, the viscosity increases and flammability decreases.","https://www.mrcorfe.com/MemoryAnchors/ab2b29fccbc8821d578702aca0f27aba.","Separation : the division of something into constituent or distinct elements.\nBoiling Point : the temperature at which a liquid boils and turns to vapour.\nFraction : each of the portions into which a mixture may be separated according to a physical property such as boiling point or solubility.\nSynthetic : a substance made by chemical synthesis, especially to imitate a natural product.","","","Activity 1)\nDemo: \n1. Distillation of ethanol and water.\n2. Fractional distillation of crude oil\n\nClass activity: \nModel distillation of pupils using their heights to represent carbon chain length.\nActivity 2)\nshow a range of images of products made from hydrocarbons (plastics, Vaseline, bitumen, jet fuel, black seagulls (red heron) make up.\n\nAsk students to consider how their lives would be different if we didn't have access to crude oil\nActivity 5)\nGF: Compare the process of forming different polymers from crude oil similar to proteins synthesis.\nActivity 6)\nEW: Use a flow map to plan and then "Explain how crude oil is separated."\nActivity 9)\nEW: Describe how the properties of hydrocarbons changes as their carbon chain length increases","","","0","","0000-00-00","0","","0"),
("27179","CLA","0","2019-04-01","3","0","10MES/Sc","S6","C2.2.02","How can we seperate crude oil into useful fractions?","","Students should be able to explain how fractional distillation works in terms of evaporation and condensation.\n\nStudents should be able to recall how boiling point, viscosity and flammability change with increasing molecular size.\n","1) The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\n2) The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\n3) Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\n4) Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\n5) The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\n7) Knowledge of the names of other specific fractions or fuels is not required.\n8) Some properties of hydrocarbons depend on the size of their molecules, including boiling point, viscosity and flammability. These properties influence how hydrocarbons are used as fuels. (WS) Investigate the properties of different hydrocarbons.","How can crude oil be separated into fractions? The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\nWhy is it useful to separate crude oil into fractions? The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\nWhat type of fuels are produced from crude oil? Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\nWhat are three examples of useful materials produced by the petrochemical industry? Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\nWhy is it possible to produce such a vast array of products from crude oil? The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\nHow does fractional distillation separate crude oil into fractions? Fractional distillation seperates crude oil first by vaporisating all compounds, a column of varying temperatures allows molecules with similar condensation points to be seperated. This is due to their carbon chain length\nWhat factor of effects a hydrocarbons boiling point, viscosity and flammability? The factor that effects a hydrocarbons boiling point, viscosity and flammability is the size of their molecule\nHow does boiling point, viscosity and flammability change with increasing molecular size? :As molecular size of hydrocarbons increases the boiling point increases, the viscosity increases and flammability decreases.","https://www.mrcorfe.com/MemoryAnchors/ab2b29fccbc8821d578702aca0f27aba.","Separation : the division of something into constituent or distinct elements.\nBoiling Point : the temperature at which a liquid boils and turns to vapour.\nFraction : each of the portions into which a mixture may be separated according to a physical property such as boiling point or solubility.\nSynthetic : a substance made by chemical synthesis, especially to imitate a natural product.","","","Activity 1)\nDemo: \n1. Distillation of ethanol and water.\n2. Fractional distillation of crude oil\n\nClass activity: \nModel distillation of pupils using their heights to represent carbon chain length.\nActivity 2)\nshow a range of images of products made from hydrocarbons (plastics, Vaseline, bitumen, jet fuel, black seagulls (red heron) make up.\n\nAsk students to consider how their lives would be different if we didn't have access to crude oil\nActivity 5)\nGF: Compare the process of forming different polymers from crude oil similar to proteins synthesis.\nActivity 6)\nEW: Use a flow map to plan and then "Explain how crude oil is separated."\nActivity 9)\nEW: Describe how the properties of hydrocarbons changes as their carbon chain length increases","Activity 1)\nCrude oil demo - Fractional distillation\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27180","CLA","0","2019-04-02","5","0","10MES/Sc","S6","C2.2.03","What is a combustion reaction?","","Students should be able to write balanced equations for the complete combustion of hydrocarbons with a given formula.\n","1) The complete combustion of a hydrocarbon produces carbon dioxide and water.\n3) During combustion, the carbon and hydrogen in the fuels are oxidised. \n4) The combustion of hydrocarbon fuels releases energy. \n5) Knowledge of trends in properties of hydrocarbons is limited to: ? boiling points, ? viscosity, ? flammability.","What are the products of the complete combustion? The complete combustion of a hydrocarbon produces carbon dioxide and water.\nWhat is the balanced symbol equation for the complete combustion of methane (CH4)? (include state symbols in your answer):CH4(g) + O2(g) -> CO2(g) + H2O(g)\nWhat happens to the carbon and hydrogen atoms during combustion reactions? :During combustion, the carbon and hydrogen in the fuels are oxidised.\nWhat is the useful outcome of the combustion of hydrocarbon fuels? :The useful outcome of the combustion of hydrocarbon fuels is that it releases energy.\nDescribe how the each of the following properties changes as the length of hydrocarbon chains within a fraction increases:\na) Boiling point\nb) Flammability\nc) Viscosity:a) Boiling point increases as chain length increases.;b) Flammability decreases as chain length increases.;c) Viscosity increases as chain length increases.","","Products : a substance produced during a natural, chemical, or manufacturing process.\nFuel : material such as coal, gas, or oil that is burned to produce heat or power.\nOxidation : the addition of oxygen to a substance in order to form an oxide.\nCombustion: rapid chemical combination of a substance with oxygen, involving the production of heat and light.","","","Activity 1)\nStretch - Recall the products of combustion reaction using images to prompt students.\nChallenge - \nwrite and balance the symbol equation for the combustion reaction for methane\nActivity 2)\nTeach/Remind students that combustion reactions are examples of oxidation reactions\nActivity 4)\nThink > pair > share \nwhy are combustion reactions useful?\nActivity 5)\nInvestigating the flammability (how easy is it to ignite and cleanness of flame) and viscosity of different hydrocarbons (timing how long it takes to drip down the tile)\n\nStudents should identify the IV and DV and describe the control of the CV. \nEvaluate the quality of your data","Activity 5)\nwhite tiles \nsamples of hydrocabons \nsmall metal tubs (mineral wool) \npipettes \nsplints \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27181","CLA","0","2019-04-03","1","0","10MES/Sc","S6","C2.2.04","How can longer chain hydrocarbons be made into more useful shorter molecules?","","Students should be able to describe in general terms the conditions used for catalytic cracking and steam cracking.\n\nStudents should be able to balance chemical equations as examples of cracking given the formulae of the reactants and products.\n\nStudents should be able to recall the colour change when bromine water reacts with an alkene.\n\nStudents should be able to give examples to illustrate the usefulness of cracking. They should also be able to explain how modern life depends on the uses of hydrocarbons. (For Combined Science: Trilogy and Synergy students do not need to know the formulae or names of individual alkenes.)\n","1) Hydrocarbons can be broken down (cracked) to produce smaller, more useful molecules.\n2) Cracking can be done by various methods including catalytic cracking and steam cracking.\n4) The products of cracking include alkanes and another type of hydrocarbon called alkenes.\n6) Alkenes are more reactive than alkanes and react with bromine water, which is used as a test for alkenes.\n8) There is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\n9) Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.","What is cracking? :Cracking is when hydrocarbons are broken down into smaller more useful molecules\nDescribe the conditions required for catalytic cracking? Hydrocarbons are heated to vaporise them and passed through a hot catalyst breaking down the molecules into smaller ones by thermal decomposition\nHow is cracking done using steam? Hydrocarbons are heated to vaporise them and mixed with steam and heated to very high temperatures breaking down the molecules into smaller ones by thermal decomposition \nWhat are the products of cracking? The products of cracking include alkanes and another type of hydrocarbon called alkenes.\nWhat is the balanced equation for the cracking of this alkane? \nC15H32 --> 2C2H4 C3H6 _______:The balanced equation for the cracking is: ;C15H32 --> 2C2H4 + C3H6 + C8H18\nWhy do do alkenes react with bromine water, but alkanes don't? Alkenes react with bromine water because they have a C=C making them more reactive than alkanes (which don?t react with bromine water)\nWhat is the chemical test and positive result for identifying alkenes? The chemical test for identifying alkenes is to add bromine water, the positive result is that the bormine was decolourises.\nWhy is cracking of hydrocarbons so important? Cracking is important because there is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\nHow are alkenes used in chemical industry? Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.\nHow does modern life depend on the uses of hydrocarbons? Hydrocarbons are used to produce fuels for transport, generating electricity. They are the raw materials for producing plastics and other chemicals.","","Polymer : a substance which has a molecular structure built up chiefly or completely from a large number of similar units bonded together.\nIndustry : economic activity concerned with the processing of raw materials and manufacture of goods in factories.\nCatalyst : a substance that increases the rate of a chemical reaction without itself undergoing any permanent chemical change.\nCracking : decompose hydrocarbons by heat and pressure with or without a catalyst to produce lighter hydrocarbons, especially in oil refining.","","","Activity 1)\nAsk students to recall or work out what the term thermal decomposition means\nActivity 2)\nModel the idea of cracking using diagrams and pupil demos\nActivity 3)\nStudents construct word or symbol equations to show the process of cracking with steam\nActivity 4)\ndemo cracking to show the products formed\nActivity 5)\ndemo and example of how to complete cracking equations and then give a range for students to complete\nActivity 6)\nTeach students that C=C bond in alkenes and that is what makes them different to alkanes\nActivity 7)\nClass practical - identifying unknown hydrocarbons using bromine water\nActivity 8)\nTidying away task: "Why is cracking so important?"\nUse images to prompt students if necessary","Activity 4)\nCracking demo\n\n-----------\n\nActivity 7)\ntest tubes filled with cyclohexane and cyclohexene labelled A and B.\nBromine water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27182","CLA","0","2019-04-05","5","0","10MES/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27183","SNK","0","2019-04-05","4","0","10SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("27184","SNK","0","2019-04-01","3","0","10SNK/Sc","S3","P1.4.1","How does density change with changes of state?","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Stearic acid-Melting solids.","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","Ball and ring demo","","0","","0000-00-00","0","","0"),
("27185","SNK","0","2019-04-01","4","0","10SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("27186","SNK","0","2019-04-02","4","0","10SNK/Sc","S3","P1.4.3","Required Practical Density","","","1) Required practical 5 - density (AT skills 1)","","","","","","","Activity 1)\nActivity 1\n• 30 cm ruler marked off in mm\n• digital balance \n• regular shaped objects.\n\nActivity 2\n• digital balance\n• displacement can and something to stand it on (eg a brick)\n• various measuring cylinders\n• beaker of water and an extra empty beaker\n• paper towels\n• cotton or thin string\n• irregularly shaped objects.\n\nActivity 3\n• digital balance\n• 250 ml beaker\n• 100 ml measuring cylinder \n• suitable liquid eg sugar solution.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27187","SNK","0","2019-04-02","5","0","10SNK/Sc","S3","P1.4.5","How can the energy be calculated in the changes of state?","","Students should be able to distinguish between specific heat capacity and specific latent heat.\n","1) (MS) energy for a change of state = mass ? specific latent heat\nE = m L\nenergy, E, in joules, J\nmass, m, in kilograms, kg\nspecific latent heat, L, in joules per kilogram, J/kg\n2) Specific latent heat of fusion is the change of state from solid to liquid\n4) Specific latent heat of vaporisation is the change of state from liquid to vapour","What is the equation used to calculate the energy for a change of state? Include units in your response.:(MS) energy for a change of state = mass ? specific latent heat;E = m L;energy, E, in joules, J;mass, m, in kilograms, kg;specific latent heat, L, in joules per kilogram, J/kg\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of fusion is the change of state from solid to liquid for instance ice melting to water\nWhat is the difference between specific heat capacity and specific latent heat? Specific heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree. specific latent heat is the amount of energy needed to change the state of a substance.\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of vaporisation is the change of state from liquid to vapour. For example liquid water to steam.","","","","","","","","0","","0000-00-00","0","","0"),
("27188","SNK","0","2019-04-03","1","0","10SNK/Sc","S3","P1.4.7","What affects gas pressure?","","Students should be able to explain how the motion of the molecules in a gas is related to both its temperature and its pressure\n\nStudents should be able to explain qualitatively the relation between the temperature of a gas and its pressure at constant volume.\n","1) The molecules of a gas are in constant random motion. \n2) Changing the temperature of a gas, held at constant volume, changes the pressure exerted by the gas.\n3) The temperature of the gas is related to the average kinetic energy of the molecules.","How would the motion be described for molecules of a gas? The molecules of a gas are in constant random motion.\nWhat impact does increasing the temperature of a gas held at constant volume have on pressure? Increasing the temperature of a gas, held at constant volume, increases the pressure exerted by the gas.\nHow does the temperature of a gas relate to the average kinetic energy of the molecules? As the temperature increases so does the kinetic energy.\nHow does the motion of the molecules in a gas relate to both its temperature and its pressure? The higher the temperature and motion the higher the motion.\nWhat is the relationship between the temperature of a gas and its pressure at constant volume? The higher the temperature the higher the pressure.","","","","","","","","0","","0000-00-00","0","","0"),
("27189","CML","0","2019-04-02","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27190","CML","0","2019-04-03","4","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27191","CML","0","2019-04-04","5","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27192","CML","0","2019-04-05","1","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27193","CML","0","2019-04-05","2","0","11CML/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27194","CPD","0","2019-04-02","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27195","CPD","0","2019-04-03","4","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27196","CPD","0","2019-04-04","5","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27197","CPD","0","2019-04-05","1","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27198","CPD","0","2019-04-05","2","0","11CPD/Sc","S6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27199","LAN","0","2019-04-02","2","0","11LAN/Sc","S7","","component 2 revision test","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27200","LAN","0","2019-04-03","4","0","11LAN/Sc","S7","","component 3 revision","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27201","LAN","0","2019-04-04","5","0","11LAN/Sc","S7","","component 3 revision test","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27202","LAN","0","2019-04-05","1","0","11LAN/Sc","S7","","component 4 revision","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27203","LAN","0","2019-04-05","2","0","11LAN/Sc","S7","","","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27204","PKT","0","2019-04-02","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27205","PKT","0","2019-04-03","4","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27206","PKT","0","2019-04-04","5","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27207","PKT","0","2019-04-05","1","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27208","PKT","0","2019-04-05","2","0","11PKT/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27209","SFD","0","2019-04-03","4","0","11SFD/Sc","S5","","Revision! LA3 Feedback - Bio","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27210","SFD","0","2019-04-05","1","0","11SFD/Sc","S5","","Revision LA3 Feedback - Phys","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27211","SFD","0","2019-04-05","2","0","11SFD/Sc","S5","","Revision","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27212","SFD","0","2019-04-04","5","0","11SFD/Sc","S5","","Revision. LA3 Feedback - Chem","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27213","SFD","0","2019-04-02","2","0","11SFD/Sc","S5","B2.6.03","Lesson 03 and TR","","","1) Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity\n2) These include:\n? breeding programmes for endangered species\n? protection and regeneration of rare habitats\n? reintroduction of field margins and hedgerows in agricultural areas\nwhere farmers grow only one type of crop\n? reduction of deforestation and carbon dioxide emissions by some governments\n? recycling resources rather than dumping waste in landfill.","Why have scientists and concerned citizens had to put programmes in place to protect the environment? Scientists and concerned citizens have put in place programmes to reduce the negative effects of humans on ecosystems and biodiversity.\nWhat are some of the programmes put in place by scientists and concerned citizens to protect the environment? Some of the programmes put in place to protect the environment are:;- breeding programmes for endangered species;- protection and regeneration of rare habitats;- reintroduction of field margins and hedgerows in agricultural areas;where farmers grow only one type of crop;- reduction of deforestation and carbon dioxide emissions by some governments;- recycling resources rather than dumping waste in landfill.","","","","","Activity 2)\nStarter:\nMoney for Nothing playing as students enter.\nCan you describe the difference in these pictures of the edges of farmers’ fields.\n\nMain:\nPut class into mixed ability groups of four and assign each student within the group the appropriate colour:\n• Lower ability = pink or yellow.\n• Higher ability = blue or green.\nEach student in the group will study a different text (colour coded). Students move to sit with others studying the same text. Students write a brief summary statement on a post-it note for each key point in the text. Students should share their ideas with others studying the same text.\nStudents return to their original groups and share their findings. Students then divide all ideas into one of three categories:\n• Advantages to wildlife.\n• Advantages to farmers.\n• Scientific fact.\nFinally, as a group students prioritise the ideas within each category.\n\nPlenary:\nFarmers are being paid to sacrifice farmland for larger field margins. Explain the advantages or this to both wildlife and the farmers. (10 marks)","Activity 2)\nColour coded field margin texts,\nField margins 10 marks question WS\n\n-----------","","0","","0000-00-00","0","","0"),
("27214","DLN","0","2019-04-02","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27215","SKT","0","2019-04-02","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27216","SKT","0","2019-04-03","4","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27217","SKT","0","2019-04-04","5","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27218","SKT","0","2019-04-05","1","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27219","SKT","0","2019-04-05","2","0","11SKT/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27220","SNK","0","2019-04-02","2","0","11SNK/Sc","S3","","","","","","","","","","","","Rates of reaction demo - sodium thiosulphate (disappearing cross), different concs acid and marble chips, gas syringe etc? Mini balances.","","0","","0000-00-00","0","","0"),
("27221","SNK","0","2019-04-03","4","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("27222","SNK","0","2019-04-04","5","0","11SNK/Sc","S3","C1.6.8","Required Practical 1 - Preparing a pure dry sample of a soluble salt","","(WS) Students should be able to describe the use of universal indicator or a wide range indicator to measure the approximate pH of a solution\n\n(WS) Students should be able to use the pH scale to identify acidic or alkaline solutions.\n\nStudents should be able to use and explain the terms dilute and concentrated (in terms of amount of substance), and weak and strong (in terms of the degree of ionisation) in relation to acids\n\nStudents should be able to describe neutrality and relative acidity in terms of the effect on hydrogen ion concentration and the numerical value of pH (whole numbers only).\n","1) In neutralisation reactions between an acid and an alkali, hydrogen ions react with hydroxide ions to produce water.\n2) This reaction can be represented by the equation: H (aq) OH-(aq) -> H2O(l)\n5) A strong acid is completely ionised in aqueous solution. Examples of strong acids are hydrochloric, nitric and sulfuric acids.\n6) A weak acid is only partially ionised in aqueous solution. Examples of weak acids are ethanoic, citric and carbonic acids.\n7) For a given concentration of aqueous solutions, the stronger an acid, the lower the pH.\n8) As the pH decreases by one unit, the hydrogen ion concentration of the solution increases by a factor of 10.","How is water produced in a neutralisation reaction between an acid and an alkali in terms of ions? In neutralisation reactions between an acid and an alkali, hydrogen ions react with hydroxide ions to produce water.\nHow is the reaction between hydrogen ions and hydroxide ions to produce water presented as an equation? This reaction can be represented by the equation: H (aq) OH-(aq) -> H2O(l)\nIn what way can universal indicator be used to measure the approximate pH of a solution? Universal indicator is used to measure the approximate pH of a solution as when it is added to a solution strongly acidic solutions appear red, weakly acidic solutions appear orange/yellow, neutral solutions appear green, weakly alkaline solutions appear blue and strongly alkaline solutions appear purple.\nIf a substance has the following pH is it classified as acid, alkali or neutral:\n1) pH 3\n2) pH 11\n3) pH 7:1) pH 3 = acid;2) pH 11 = alkali;3) pH 7 = neutral\nWhat happens to strong acids in an aqueous solution in terms of ionisation? A strong acid is completely ionised in aqueous solution. Examples of strong acids are hydrochloric, nitric and sulfuric acids.\nWhat happens to weak acids in an aqueous solution in terms of ionisation? A weak acid is only partially ionised in aqueous solution. Examples of weak acids are ethanoic, citric and carbonic acids.\nWhen an acid is stronger, what effect does this have on the pH? For a given concentration of aqueous solutions, the stronger an acid, the lower the pH.\nWhat happens to the hydrogen ion concentration of a solution when pH decreases by one unit? As the pH decreases by one unit, the hydrogen ion concentration of the solution increases by a factor of 10.\nWhat is meant by \'dilute\' and \'concentrated\' (in terms of amount of substance) and \'weak acid\' and \'strong acid\' (in terms of the degree of ionisation)? The strength of an acid is a measure of the degree of its ionisation - strong acids are fully ionised but weak acids are only partly ionised. Remember that the opposite of strong is weak.;The concentration of an acid is a measure of the number of moles of acid in 1 dm3 of acid solution. For example, 2 mol/dm3 hydrochloric acid is twice as concentrated as 1 mol/dm3 hydrochloric acid or 1 mol/dm3 ethanoic acid. Remember: the opposite of concentrated is dilute.","","","","","Activity 1)\nPupils to workout the products of neutrilisation reactions
\nacid alkai- Salt water
\nGF: Why do people take antacids?
\nIs it healthy to take too many antacids.","Activity 1)\nHydrochloric acid
\nsodium Hydroxide
\nUI
\nHow many drops required to neutralise?
\n
\n
\nInvestigate the following reactions:
\nacids soluble metal hydroxide
\nacid insoluble metal hydroxide
\nacids metal carbonates.
\nWrite word and balanced symbol equations for these reactions.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27223","SNK","0","2019-04-05","1","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("27224","SNK","0","2019-04-05","2","0","11SNK/Sc","S3","","","","","","","","","","","","X","","0","","0000-00-00","0","","0"),
("27225","SDN","0","2019-04-04","1","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27226","SDN","0","2019-04-05","5","0","7a/It3","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27227","JHT","0","2019-04-04","5","0","7a/Pe1","SH1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27228","SDN","0","2019-04-01","4","0","7a/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27229","SDN","0","2019-04-04","4","0","7A1/Sc","S1","2P.03","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27230","SDN","0","2019-04-02","3","0","7A1/Sc","S1","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27231","SDN","0","2019-04-03","5","0","7A1/Sc","S1","2P.02","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27232","CML","0","2019-04-02","3","0","7A2/Sc","S4","2b.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27233","CML","0","2019-04-03","5","0","7A2/Sc","S4","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("27234","LAN","0","2019-04-04","4","0","7A2/Sc","S7","2b.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27235","PKT","0","2019-04-02","3","0","7b/It1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27236","SDN","0","2019-04-05","4","0","7b/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27237","LAN","0","2019-04-03","2","0","7B1/Sc","S7","2b.08","Where do organisms get their energy from?","","","1) A food chain shows how energy passes from one organism to another.\n2) Food chains begin with a producer, which is normally a green plant.\n3) Green plants get their energy from the sun through photosynthesis.\n4) Organisms that eat other organisms are called consumers.\n5) The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\n6) Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\n7) Food webs are formed by combing the multiple food chains in an ecosystem.\n8) How organisms affect, and are affected by, their environment.\n9) A change in the population of an organism in a food web will affect the other organisms in the food chain.\n\nThis is known as interdependence.","What does a food chain show? the interdependence of organisms in an ecosystem, including food webs and insect pollinated crops\nWhat do food chains start with? Food chains begin with a producer, which is normally a green plant.\nHow do plants get energy? Green plants get their energy from the sun through photosynthesis.\nWhat is a consumer? Organisms that eat other organisms are called consumers.\nWhat is the second level in a food chain called? The first consumer in a food chain is called the primary consumer. The second the secondary consumer and the third the tertiary. The final consumer is called the top consumer.\nWhat is an animal that hunts another animal called? Animals that hunt other animals are called predators, they are unlikely to be primary consumers.\nHow is a food web difference to a food chain? Food webs are formed by combing the multiple food chains in an ecosystem.\nWhat is it called when changes in a population of one species affect the population of other species? A change in the population of an organism in a food web will affect the other organisms in the food chain.;;This is known as interdependence.","","Food Web\nEnergy Transfer \nFood Chain","","","Activity 3)\nTesting leaves for presence of starch","Activity 3)\nboiling tubes\nethanol \nwhite tiles \nleaves \niodine solution \npipettes\nkettles\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27238","LAN","0","2019-04-04","2","0","7B1/Sc","S7","2b.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("27239","LAN","0","2019-04-05","3","0","7B1/Sc","S7","2b.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27240","SNK","0","2019-04-04","2","0","7B2/Sc","S5","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside\n3P lesson 7 scavenger hunt card activity","Activity 1)\nLarge inflatable planets (blown up for lesson)\n3P lesson 7 scavenger hunt card activity\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27241","CLA","0","2019-04-03","2","0","7B2/Sc","S6","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Newtons\nWeight
\nMass
\nForce
\nGravity
","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27242","CLA","0","2019-04-05","3","0","7B2/Sc","S6","3P.10","Why do we have different weather throughout the year?","","","1) the seasons and the Earth's tilt, day length at different times of year, in different hemispheres","How are different seasons caused? the seasons and the Earth\'s tilt, day length at different times of year, in different hemispheres","","Hemispheres: A shape created by removing half a sphere, through a plane which crosses the centre point.\nTilt: The offset of one axis with relation to another.\nSeasons: Set periods of time with different weather caused by the rotation of the earth around the sun.","","","Activity 1)\nModelling seasons","Activity 1)\nvarious sized balls \ntorches / desk lamps\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27243","SDN","0","2019-04-01","1","0","7c/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27244","CLA","0","2019-04-02","2","0","7c/Pr1","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27245","CLA","0","2019-04-04","5","0","7c/Pr2","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27246","SDN","0","2019-04-04","5","0","7c/Pr3","D5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27247","SDN","0","2019-04-01","5","0","7C1/Sc","S1","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27248","SDN","0","2019-04-04","3","0","7C1/Sc","S1","2P.02","How can Energy be used?","","","1) W: Energy can be transferred from place to place.\n2) W: Energy can be transformed from one form to another.\n\nUsually into more than one form.\n3) T: Energy cannot be created or destroyed but can be transformed or transferred from place to place.\n4) T: Energy transfer diagrams are used to transfers (and transforms) of energy.\n\nEnergy transfer diagrams:\n - Stores of energy are written in boxes.\n - Flows of energy are written on arrows.\n - Places / objects are written at the end of arrows. \n - The final arrows need to point word 'surroundings'\n5) T: Energy flows from high energy (the store) to areas of low energy (the surroundings).\n6) W: When energy is transferred it is always dispersed until it is evenly distributed in all places.\n7) T: We can harness this flow to do something.\n\nAnalogy: water wheel\n8) comparing the starting with the final conditions of a system and describing increases and decreases in the amounts of energy associated with:\n - movements,\n - temperatures,\n - changes in positions in a field,\n - in elastic distortions and\n - in chemical compositions","How is energy transferred? Name 4 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nDoes energy always stay in the same form? Explain your answer.:Energy can be transformed from one form to another.;;Usually into more than one form.\nWhat is meant by 'conservation of energy'? Energy cannot be created or destroyed but can be transformed or transferred from place to place.\nWhy do we use energy transfer diagrams? Draw an energy transfer diagram for the energy transfers in a fan heater.:Energy transfer diagrams are used to transfers (and transforms) of energy.;;Energy transfer diagrams:; - Stores of energy are written in boxes.; - Flows of energy are written on arrows.; - Places / objects are written at the end of arrows. ; - The final arrows need to point word 'surroundings'\nWhich direction(s) does energy flow? Energy flows from high energy (the store) to areas of low energy (the surroundings).\nHow is energy dispersed? When energy is transferred it is always dispersed until it is evenly distributed in all places.\nHow does anything happen in terms of energy? We harness the flow of energy from an area of high concentration to an area of low concentration.;;Analogy: water wheel","<iframe width="560" height="315" src="https://www.youtube.com/embed/mOYZaiDZ7BM" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen></iframe>","Energy\nFlow\nTransfer: The movement of energy from body to another.\nTransform: The change of energy of one form to another.\nSurrounding: The area outside the object/s under observation.\nDisperse: The movement of one entity in high concentration to a larger area.\nEnergy Transfer diagram: A clear drawing with a set of rules which shows the change in energy in different bodies.\nStore","","","Activity 1)\nDemo:\nGear wheels or show picture of bicycle pedals and wheel.\nActivity 2)\nDemo:\nLight bulb or speaker.\nActivity 3)\nuse water to model conservation of energy by labeling suitable sized beakers and showing all water conserved.\n\nPour water from large beaker into the different smaller beakers. Then back into the large beaker to show there is the same amount of 'energy' as you started.","Activity 2)\nlamp \nspeaker and sig gen\n\n-----------\n\nActivity 3)\nTray labelled the surroundings.\n2x 250mL beaker one labelled heat, one light.\n1x 500mL beaker filled with colored water labelled electricity\n\nClear tubing to siphon from beaker to beaker.\n\n-----------","","0","","0000-00-00","0","","0"),
("27249","SFD","0","2019-04-01","5","0","7C2/Sc","S5","2B.09","Why don't toxins kill all the animals in a ecosystem?","","","1) A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.\n\nGenerally, there are more organisms consumed at earlier stages.\n\nThis is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\n2) Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.\n\nWhen multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.\n\nThis is called bioaccumulation.\n3) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","How is a pyramid or number arranged? A pyramid of numbers shows how many organisms are consumed at each stage (trophic level) of a food web.;;Generally, there are more organisms consumed at earlier stages.;;This is because most of the energy consumed is used for movement or staying warm. Little is used to build body mass.\nWhat is bioaccumulation and what levels of the food chain will it affect the most? Organisms on low levels of the food web can ingest small amounts of toxic materials and survive.;;When multiple low level organisms are ingested by higher level organisms the toxic materials accumulate to levels that are dangerous.;;This is called bioaccumulation.","","Bioaccumulation: When low level organisms are ingested by higher level ones contain toxic materials that are dangerous\nAccumulate: Builds up over time\nToxic: Chemical that is harmful if consumed\nOrganism: A living thing","","","Activity 1)\nCircle map before and after watching the video: \nhttps://www.youtube.com/watch?v=TZk6vcmLcKw\n\nDraw to scale\n(1 mm : 1 Organism)\n\n1 Barn owl eats\n10 Frogs,\n\nEach frog eats 20 aphids\n\n\nThese numbers are far too low, but will fit nicely on a page.\n\nA Barn Owl has a mass of 500g\nA Frog has a mass of 25g\nAn Aphid has a mass of 0.001g\n\nIf 1% of the mass of the eaten animal makes up the consumer, then the numbers should be:\n\n1 Barn owl\n2000 Frogs\n5,000,000,000 Aphids\n\nEach frog eats 2,500,000 Aphids\nActivity 2)\nDDT example:\n\nIf each aphid has 0.01 micrograms of DDT in it:\n\nHow much DDT does a frog have? (25 milligrams)\n\nHow much DDT does an Owl have? (50 grams)","","","0","","0000-00-00","0","","0"),
("27250","SFD","0","2019-04-04","3","0","7C2/Sc","S5","2B.10","Why should we care about insects?","","","1) T: 75% of the food we eat relies on insect pollinated crops.\n2) W: In large areas growing single crops, there is no food for insects when the crop is not in flower.\n3) It is important to ensure the survival of pollinating insects to ensure human food security.","Why are insect pollinators important to humans? the importance of plant reproduction through insect pollination in human food security\nIf a field only grows the crop and no other plants, why might this be bad for insects? In large areas growing single crops, there is no food for insects when the crop is not in flower.\nWhy should we look after insect pollinators? It is important to ensure the survival of pollinating insects to ensure human food security.","","Insects\nCrops: Plants grown for food\nPollination: where pollen fertilises the ovule in a flower","","","","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27251","CLA","0","2019-04-02","3","0","7E/Sc","S6","3P.4","Analysis: Height of the ramp vs average speed of the car.","","ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","1) A: ANALYSIS AND EVALUATION:\n\n - Aim: The height of the ramp affects the average speed of the car.\n - Hypothesis: That as the height of the ramp is increased the average speed of the car will increase.","","","Speed\nAverage","","","","","","0","","0000-00-00","0","","0"),
("27252","CLA","0","2019-04-03","5","0","7E/Sc","S6","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27253","CLA","0","2019-04-04","4","0","7E/Sc","S6","3P.6","What do we mean by relative motion?","","Answer question on relative motion eg: trains and cars passing one another","1) W: What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s\n\nHow did you work this out? => 30 take away 20\n\nThis is the relative motion between the car and the lorry.\n2) T: The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\n3) T: How much further does the car get away from the lorry in one second? => 10 m/s\n\nWhat if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\n4) W: At what speed would they collide at if they were travelling towards each other? => 50 m/s\n\nHow did you work this out? => 30 plus 20\n5) T: Velocity is speed in a direction.\n\nA negative velocity is in the opposite direction to a positive one.\n6) W: If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s\n\nHow did you work this out? => 20 take away minus 30\n7) A: Answer question on relative motion eg: trains and cars passing one another","What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? \n\nHow did you work this out?\n\nWhat does this difference in speed show? What is the difference in speed between a car travelling a 30 m/s and a lorry travelling at 20 m/s? => 10 m/s;;How did you work this out? => 30 take away 20;;This is the relative motion between the car and the lorry.\nWhat is meant by 'relative motion'? The relative motion is the 'motion' (movement) of one object measured 'relative' (from) another.\nHow much further does the car get away from the lorry in one second? \n\nWhat if the car starts behind the lorry? How much further does the car get away from the lorry in one second? => 10 m/s;;What if the car starts behind the lorry? => The car would get closer, maybe collided at 10 m/s.\nAt what speed would they collide at if they were travelling towards each other? \n\nHow did you work this out? At what speed would they collide at if they were travelling towards each other? => 50 m/s;;How did you work this out? => 30 plus 20\nWhat is velocity?\nWhat is negative velocity? Velocity is speed in a direction.;;A negative velocity is in the opposite direction to a positive one.\nIf the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? \nHow did you work this out? If the lorry is travelling at 20 m/s and a car at -30 m/s what speed do they collide at? => 50 m/s;;How did you work this out? => 20 take away minus 30","","Speed\nRelative: With reference to a different point or body which may or may not be stationary.\nVelocity: The speed in a known direction.","","","","","","0","","0000-00-00","0","","0"),
("27254","DLN","0","2019-04-03","5","0","7E/Sc","S6","3P.5","How do we represent motion?","","Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","1) T: A journey can be represented on a distance-time graph.\n\nTime is the independent variable as it is always changing, all be it not under our control.\n2) W: On a distance-time graph:\n - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.\n\n - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.\n3) D: Students draw a distance time graph and analysis it eg:\n\nhttp://www.mrcorfe.com/KS4/AQA/Phy2/Movement/Dist-TimeGraphsWS.html","How do we represent journeys without writing a story? A journey can be represented on a distance-time graph.;;Time is the independent variable as it is always changing, all be it not under our control.\nOn a distance-time graph:\nWhat does a rising straight line from left to right indicate?\nWhat does a 'horizontal line from left to right indicate? On a distance-time graph:; - A rising straight line from left to right indicates a steady increase in distance, ie a constant speed.;; - A 'horizontal' line from left to right indicates no change in distance and therefore the object is stationary.","","Distance-time graph: A graph plotting the distance travelled as time progresses.\nSpeed\nConstant: Neither increasing or decreasing.\nIndependent: The variable you change.\nTime\nVariable: A thing which can change.","","","Activity 2)\nModelling distance time graphs, use a timer to time expired: \nstep/jump forward for away from home. \nStand still for stationary.\nstep/jump back for returning to home.","Activity 2)\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27255","SNK","0","2019-04-01","5","0","7P/Sc","S3","3P.8","What is the difference between mass and weight?","","","1) The force due to gravity is called weight.\n2) Gravity is an attraction between objects of mass.\n3) The weight of an object will increase if the mass of the object is increased.\n4) The weight of an object will increase if the gravitational pull on the object is increased.\n5) The gravitational pull is measured as gravitational field strength.\n6) Weight = mass x gravitational field strength (g).\n7) gravity produces a non-contact force\n8) gravity forces between Earth and Moon, and between Earth and sun (qualitative only)","What is weight? The force due to gravity.\nWhat is the difference between weight and gravity? Gravity is an attraction between objects of mass. Weight is the force due to gravity.\nHow is the weight of an object increased? The weight of an object will increase if the mass of the object is increased.\nHow is the weight of an object increased? The weight of an object will increase if the gravitational pull on the object is increased.\nWhat is gravitational pull also measured as? The gravitational pull is measured as gravitational field strength.\nWhat is the calculation for weight? Weight = mass x gravitational field strength (g).\nWhat sort of force is produced by gravity? gravity produces a non-contact force","","Newtons\nWeight
\nMass
\nForce
\nGravity
","","","Activity 1)\ncompare mass and weight on different planets","Activity 1)\nhuman scales (kg) class set\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27256","SNK","0","2019-04-04","3","0","7P/Sc","S3","3P.9","What is our place in the universe?","","","1) our sun as a star, other stars in our galaxy, other galaxies\n2) the light year as a unit of astronomical distance","","","Light year: A measure of distance, described by how far light travels in one year.","","","Activity 1)\nModelling planets - outside\n3P lesson 7 scavenger hunt card activity","Activity 1)\nLarge inflatable planets (blown up for lesson)\n3P lesson 7 scavenger hunt card activity\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27257","SDN","0","2019-04-05","3","0","7X/Sc","S1","2P.04","Skill focus: Planning","","What has more energy 1g of food or 1g of fuel?","1) A: What has more energy 1g of food or 1g of fuel?","","https://www.mrcorfe.com/MemoryAnchors/c9486e8e074616c0c4d9ac731cf9f60f.png","Variables: factors that can affect your results\nRisks: How you could be harmed\nMethod: Instructions on how to carry out the experiment\nPrediction: What you think will happen","","","Activity 1)\nPlanning\n\nDEMO SET\n\nEquipment:\nMetafuel block\nCheese puff\n\nBurning Pins\nThermomenters\nCopper calorimeter (with lids)\n(Jewellery) balance","","","0","","0000-00-00","0","","0"),
("27258","SDN","0","2019-04-03","2","0","7X/Sc","S1","2P.01","What is Energy?","","","1) T: It takes energy to do anything.\n2) W: The 8 simple forms of energy:\nLight\nSound\nChemical potential\nKinetic (Movement)\nElectrical\nGravitational potential\nElastic potential\nThermal (Heat)\n(Nuclear)\n(Magnetic)\n3) T: These can be categorised into stores and flows of energy.\n\nStores of energy can be left and returned to and the energy still be there.\nFlows of energy travel from one place to another.\n4) W: The Stores of energy:\n - Gravitational potential\n - Elastic potential\n - Chemical potential\n - (Nuclear potential)\n\nThe Flows of energy are \n - Light\n - Sound\n - Kinetic (Movement)\n - Electrical\n - Thermal (Heat) - movement of particles\n5) H: SET HOMEWORK: Wordsearch","Why do we need energy? It takes energy to do anything. Think of an object that does something, describe the energy it is showing.\nWhat are the 8 forms of energy? The 8 simple forms of energy:;Light;Sound;Chemical;Kinetic (Movement);Electrical;Gravitational;Elastic;Thermal (Heat);(Nuclear);(Magnetic)\nWhat is the difference between a store of energy and a flow of energy? These can be categorised into stores and flows of energy. (Tree Map);;Stores of energy can be left and returned to and the energy still be there.;Flows of energy travel from one place to another.\nWhat are the stores of energy? What are the flows of energy? The Stores of energy:; - Gravitational potential; - Elastic potential; - Chemical potential; - (Nuclear potential);- Kinetic ;- Thermal ;- Magnetic ;;The Flows of energy are ; - Light; - Sound; - Electrical; - Heating;(These are all waves)","https://www.mrcorfe.com/MemoryAnchors/e517d4eae578c3b661307b18183a57c8.","Energy\nElastic potential: A store of energy in stretched or compressed materials.\nThermal (Heat): The energy of the average molecules in an object.\nStore: A body with the potential to release energy.\nFlow: Energy in particular bodies usually involves the movement of energy from one area to another.\nNuclear: A store of energy in sub-atomic bonds inside an element.\nGravitational potential: A store of energy, defined by the distance between two objects with mass.\nLight: A form of energy, which travels in transverse waves without the need of a medium.\nSound: A form of energy, travels through particles typically in waves.\nChemical potential: Stored energy in bonds between particles.\nKinetic: The energy of a body with motion.\nElectrical: Energy of charged particles.\nMagnetic: The energy stored between two objects with attractive or repulsive magnetic attractions.","","","Activity 1)\nThink of an object that does something, describe the energy it is showing.\n\neg:\n - to move\n - give out light,\n - make sound or \n - get hotter\nit requires energy\nActivity 2)\nCircle Map Energy names\n\nIdentify the best terms.\n\nExplain the difference between forms of energy and energy resources.\nActivity 4)\nTree Map to classify","Activity 1)\nenergy circus\nTechs one & Lan's new one\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27259","SDN","0","2019-04-04","2","0","7X/Sc","S1","2P.03","How do machines use Energy?","","","1) Processes that involve energy transfer: \n - changing motion,\n - dropping an object,\n - completing an electrical circuit,\n - stretching a spring,\n - metabolism of food,\n - burning fuels\n2) Some energy is useful and some is not useful, more efficient devices have more useful energy","What sorts of processes involve energy transfers? Give 3 examples.:Processes that involve energy transfer: ; - changing motion,; - dropping an object,; - completing an electrical circuit,; - stretching a spring,; - metabolism of food,; - burning fuels\nWhat is meant by a more efficient device? Some energy is useful and some is not useful, more efficient devices have more useful energy","https://www.mrcorfe.com/MemoryAnchors/873debb45465ee695ccb1b486c113873.gif","Energy\nEfficient: How much energy is transformed or transferred from one source/type into another wanted body/type.\nProcess: A set of reactions or steps which result in a change.\nTransfer","","","Activity 1)\nDraw energy transfer diagrams for a circus of machines.","Activity 1)\ncircus of machines: \n1. pulley demo \n2. stretched spring (hooke's law) \n3. moments see saw\n4. toy car or trolley \n5. burning crisp on pin \n6. lamp \n7. resistance in wire (glowing wire) \n8. Match to strike \n10. Tennis ball to drop\n11. blocks to hit together \n12. two marbles on track to collide\n\n-----------\n\nActivity 2)\nlamp\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27260","SDN","0","2019-04-02","2","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27261","SDN","0","2019-04-05","1","0","8A/Pe4","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27262","PKT","0","2019-04-03","2","0","8A1/Sc","S3","6B.08","How are the lungs adapted to allow gas exchange?","","","1) Gas exchange in humans occurs in the lungs.\n2) Gas enters the mouth and nose and descends down the wind pipe (trachea).\n3) The wind pipe splits into two Bronchi. One Bronchus to each lung.\n4) The Bronchi split into small tubes called Bronchioles.\n5) The Bronchioles lead to the alveoli (air sacs)\n6) Lungs are adapted to speed up gas exchange.\n7) T: The many Alveoli give the lungs a huge internal surface area.\n8) W: Alveoli's large surface area allows more particles to travel through at the same time.\n9) T: Alveoli have good blood supply.\n10) T: Alveoli's good blood supply maintains the difference in concentration as oxygen is taken away and carbon dioxide delivered quickly.\n11) T: Alveoli walls are only one cell thick.\n12) T: Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","What organ is responsible for gas exchange in humans? Gas exchange in humans occurs in the lungs.\nHow does the air enter the lungs? Gas enters the mouth and nose and descends down the wind pipe (trachea).\nWhat does the wind pipe split into when it reaches the lungs? The wind pipe splits into two Bronchi. One Bronchus to each lung.\nWhat are the smaller tubes the bronchi split off into called? The Bronchi split into small tubes called Bronchioles.\nWhat are the structures at the ends of bronchioles called? The Bronchioles lead to the alveoli (air sacs)\nWhat are the lungs adapted to do for gas exchange? Lungs are adapted to speed up gas exchange.\nWhat adaptation does the alveoli give to help gas exchange? The many Alveoli give the lungs a huge internal surface area.\nHow does a large surface area help gas exchange? Alveoli's large surface area allows more particles to travel at the same time.\nWhat surrounds the alveoli? There is a good blood supply surrounding the alveoli.\nWhy does a good blood supply improve the rate of gas exchange? Alveoli's good blood supply maintains the difference in concentration.\nHow thick are the alveoli? Alveoli walls are only one cell thick.\nWhy does the thin alveoli wall help gas exchange? Alveoli's one cell thick walls reduces the distance the particles have to travel between the air and the blood.","","Alveoli\nSurface area\nBronchus\nBronchi\nWind pipe\nGas exchange","","","Activity 2)\nLabel diagram from description\nActivity 3)\nLabel diagram from description\nActivity 4)\nLabel diagram from description\nActivity 5)\nLabel diagram from description\nActivity 6)\nLung dissection","Activity 6)\nLung\nScalpel\nScissors\nForceps\nBoard\nPins\nPump\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27263","PKT","0","2019-04-04","2","0","8A1/Sc","S3","6B.09","How do we breathe?","","","1) The chest cavity from the diaphragm up is called the Thorax.\n2) The ribs form a stiff boundary to the thorax.\n3) The rib cage, intercostal muscles and diaphragm are used to breathe.\n4) To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\n5) The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs.\n6) To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\n7) The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\n8) When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\n9) Make simple measurements of lung volume.","What part of the human body is the thorax? The chest cavity from the diagram up is called the Thorax.\nWhat is the function of the ribs? The ribs form a stiff boundary to the thorax.\nWhat parts of the body are needed to ventilate the lungs in breathing? The rib cage, intercostal muscles and diaphragm are used to breathe.\nWhat happens to increase the volume of the lungs? To move air into the lungs the rib cage is moved out and up by the intercostal muscles contracting. The diaphragm contracts and sinks.\nHow does the increase in lung volume cause breathing in? The increase in the volume of the lungs, reduces the air pressure in the lungs to lower than the air outside, pulling air particles into the lungs..\nWhat happens to decrease the volume of the lungs? To move air out of the lungs the rib cage is moved in and down by the intercostal muscles relaxing. The diaphragm relaxes and rises.\nHow does the decrease in lung volume cause breathing out? The decrease in the volume of the lungs, increases the air pressure in the lungs to lower than the air outside, pushing the air particles out of the lungs.\nHow does air pressure make air particles move? When there is a difference in pressure between the air around the nose and the air in the lungs, particles will 'diffuse' from the area of high pressure the area of lower pressure.\nHow could you measure lung volume? You could use lung volume bags to measure the air breathed out.","","Intercostal: between ribs\nRibs\nThorax","","","Activity 9)\nUse the lung volume bags.","Activity 1)\nLung volume bags\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27264","PKT","0","2019-04-05","3","0","8A1/Sc","S3","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What change to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","Activity 6)\nUse the fact sheets to create a matrix map to show short and long term effects of smoking","Activity 6)\n6B.10 fact sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27265","JHT","0","2019-04-03","2","0","8A2/Sc","S2","6c.04","Skill Focus: Planning","","ENQUIRY: Planning","1) A: ENQUIRY: Planning","","","concentration\nneutral\nalkali\nacid","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\n1xdemo\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \nUnknown concentration of acid solution \n0.5M base solution\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27266","JHT","0","2019-04-04","2","0","8A2/Sc","S2","6c.05","Skill Focus: Data collection","","ENQUIRY: Data collection","1) A: ENQUIRY: Data collection","","","","","","Activity 1)\nThat the more base added to an acid to neutralise it, the higher the concentration of the acid","Activity 1)\nClass\nBurette \nClamp stand \nWhite tile \nConical flaks \nMeasuring cylinders \nIndicators (methyl orange or) \n0.5M, 1.0M and 1.5M concentrations o\nUnknown concentration of acid solution \n0.5M base solution\n\n-----------","","0","","0000-00-00","0","","0"),
("27267","JHT","0","2019-04-05","3","0","8A2/Sc","S2","","Skill Focus: Analysis","","ENQUIRY: Analysis","1) A: ENQUIRY: Analysis","","","water\nsalt
\nneutral
\nacid alkali
","","","","","","0","","0000-00-00","0","","0"),
("27268","CML","0","2019-04-03","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27269","CML","0","2019-04-04","2","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27270","CML","0","2019-04-05","3","0","8A3/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27271","SDN","0","2019-04-01","2","0","8B/Pe3","SH6","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27272","SDN","0","2019-04-02","1","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27273","SDN","0","2019-04-05","2","0","8B/Pe3","SH7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27274","CLA","0","2019-04-02","4","0","8b/Te1","B2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27275","SNK","0","2019-04-04","4","0","8B1/Pr","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27276","CLA","0","2019-04-01","5","0","8B1/Sc","S6","6P.9","How does a Van de Graaff generator work?","","","1) The negative charges which are transferred are electrons.\n2) There are electrostatic forces between charged objects.\n3) DESIRABLE:\nElectrons are able to be transferred because they are on the outer edge of an atom.\n4) H: SET HOMEWORK:\nRevise keyword meaning and concepts for POO.","What causes a negative charge? The negative charges which are transferred are electrons.\nWhat forces occur between charged objects? There are electrostatic forces between charged objects.\nWhy is it that electrons can be transferred by protons can't? Electrons are able to be transferred because they are on the outer edge of an atom.","","Transfer\nElectrons\nAtom: A single proton or a collection of protons and neutrons with or without circling electrons.\nElectrostatic: The forces between different charges.\nForce\nCharge","","","Activity 1)\nExplain how a Van de Graaff generator works.\nActivity 2)\nUse Van de Graaff to demo forces between","Activity 2)\nVan de Graaf\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27277","CLA","0","2019-04-04","3","0","8B1/Sc","S6","6P.10","How do we map a charge's effect?","","","1) The area around a charged object in which a charged object experiences a force is called a electrical field.\n2) Electrical fields are represented by field lines.\n3) the idea of electric field, forces acting across the space between objects not in contact","What is an electric field? The area around a charged object in which a charged object experiences a force is called a electrical field.\nHow do we represent electrical fields? Electrical fields are represented by field lines.","","Field\nElectrical\nForce\nField line\nCharge","","","","","","0","","0000-00-00","0","","0"),
("27278","CML","0","2019-04-01","5","0","8B2/Sc","S4","","","","Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\nArteries take blood away from the heart.\nVeins take blood into the heart.\nCapillaries carry blood between cells.\nBlood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nCarbon dioxide and some Oxygen are dissolved in the plasma.\nBlood has Red Blood Cells in it to carry far more oxygen.","1) A: Identify the main parts of the human circulatory system:\n - heart\n - blood vessels\n - Arteries\n - Veins\n - Capillaries\n - blood\n2) A: Arteries take blood away from the heart.\n3) A: Veins take blood into the heart.\n4) A: Capillaries carry blood between cells.\n5) A: Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\n6) A: Carbon dioxide and some Oxygen are dissolved in the plasma.\n7) A: Blood has Red Blood Cells in it to carry far more oxygen.\n8) W: Oxygen diffuses into the blood in the lungs.\n9) W: Carbon dioxide diffuses out of the blood in the lungs.\n10) W: Glucose mainly diffuses into the blood in the small intestine.\n11) T: Excess water is mainly filtered out of the blood in the kidneys.","What are the main parts of the human circulatory? The main parts of the human circulatory system are:; - heart; - blood vessels; - Arteries; - Veins; - Capillaries; - blood\nWhich direction do the arteries move the blood? Arteries take blood away from the heart.\nWhich direction do the veins move the blood? Veins take blood into the heart.\nWhat blood vessel helps carry out exchange between the blood and cells? Capillaries carry blood between cells.\nWhat is the part of the blood made of mainly water and dissolved chemicals called? Blood is made up of mainly water with chemicals dissolved in it. This is called plasma.\nWhat gases are dissolved in the plasma? Carbon dioxide and some Oxygen are dissolved in the plasma.\nWhat part of the blood carries most of the oxygen? Blood has Red Blood Cells in it to carry far more oxygen.\nWhat gas diffuses from the lungs into the blood? Oxygen diffuses into the blood in the lungs.\nWhat gas diffuses out of the blood into the lungs? Carbon dioxide diffuses out of the blood in the lungs.\nwhich organ does glucose enter the blood from? Glucose mainly diffuses into the blood in the small intestine.\nWhich organ removes excess water from the blood? Excess water is mainly filtered out of the blood in the kidneys.","","Lungs\nSmall intestine\nKidneys\nRed Blood Cells\nDissolve\nVeins\nCapillaries\nPlasma\nArteries","","","Activity 1)\nKS2 RECAP","","","0","","0000-00-00","0","","0"),
("27279","CML","0","2019-04-04","3","0","8B2/Sc","S4","","","","","1) Exercise enquiry\nPLANNING:\nAim: How does duration / type of exercise affect pulse / breath rate","","","","","","","","","0","","0000-00-00","0","","0"),
("27280","DLN","0","2019-04-01","5","0","8B2/Sc","S4","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27281","SFD","0","2019-04-03","2","0","8E/Sc","S5","5B.11","Progress Observation Opportunity","","","1) T: the variation between species and between individuals of the same species meaning some organisms compete more successfully, which can drive natural selection\n2) The differences between individuals within a species are called variation .\n3) T: A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\n4) The variation between individuals within a species being continuous when there are (near) infinite number of possibilities.\n5) Continuous variation is often measureable and with units.\n6) Discontinuous variation is often described by words or integers\n7) The variation between individuals within a species being discontinuous when fits into a distinct categoriy\n8) measurement and graphical representation of variation","How can variation lead to natural selection? the variation between species and between individuals of the same species meaning some organisms compete more successfully, which can drive natural selection\nDespite belonging to the same species, individuals often are different. What is this difference called and what two forms can it grouped into? the variation between individuals within a species being continuous or discontinuous, to include measurement and graphical representation of variation\nWhat is the definition of a species? A species is defined as a group of organisms who's genetic information is compatible such that their offspring can also reproduce.\nWhat is continuous variation? The variation between individuals within a species being continuous when there are (near) infinite number of possibilities. Continuous variation is often measureable and with units.\nWhat is discontinuous variation? Discontinuous variation is often described by words or integers. The variation between individuals within a species being discontinuous when fits into a distinct category\nHow would a graph of discontinuous variation and continuous variation be different? Discontinuous would be a bar graph of categories and their frequency. Continuous would be a histogram of artificially made groups and their frequency.","","","","","Activity 1)\nGet students to come up with a list of differences between people in the class.\nAre these caused by genetics or environmental factors?\nCreate a list of genetic, environmental and both variations.\nActivity 5)\nEg\nHand span\nheight\nweight\nActivity 7)\nEg\nEar lobes: detached / attached\nEye Colour\nHair Colour\nGender\nBlood Group\nNumber of legs\n\nCOMPARE \nFoot length & shoe size\nActivity 8)\nCollect class data for height against no. of students and eye colour against number of students.\nPlot these results as graphs.\nHeight (continuous variation) represented by a line graph.\nEye colour (discontinuous variation) represented by bar graph.","","","0","","0000-00-00","0","","0"),
("27282","SFD","0","2019-04-05","3","0","8E/Sc","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27283","CLA","0","2019-04-04","2","0","8E/Sc","S6","5B.12","Progress Reflection","","","1) changes in the environment which may leave individuals within a species, and some entire species, less well adapted to compete successfully and reproduce, which in turn may lead to extinction","How can a change in the environment cause evolution and even possibly extinction? changes in the environment which may leave individuals within a species, and some entire species, less well adapted to compete successfully and reproduce, which in turn may lead to extinction","","","","","Activity 1)\nSkim, scan, summarise a text on the extinction of woolly mammoth, dinosaurs and dodo.\n\nExample table available to help students summarise the information.","","","0","","0000-00-00","0","","0"),
("27284","PKT","0","2019-04-01","5","0","8S/Sc","S2","6B.10","How can gas exchange be affected?","","","1) W: When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\n2) W: When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\n3) W: When humans exercise we breath faster and deeper to supply more air to the lungs.\n4) T: Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\n5) W: This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\n6) T: Tobacco smoke contains:\n - Tar\n - Nicotine\n - Carbon monoxide\n7) T: The tar lines the surface of the lungs.\n8) W: The tar adds a barrier which slows down diffusion.\n9) T: Carbon monoxide is more reactive than oxygen.\n10) W: Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\n11) T: Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","What change to the amount of different gases needed and expelled when exercising? When humans exercise, more oxygen is required for respiration and more carbon dioxide needs to be expelled.\nWhat changes with the heart when oxygen is needed more quickly? When humans exercise heart (pulse) rate increases to supply more blood to the lungs.\nWhat changes with the breathing when oxygen is needed more quickly? When humans exercise we breath faster and deeper to supply more air to the lungs.\nWhat does asthma do to the breathing tubes? Asthma is caused by inflammation (swelling) of the breathing tubes that carry air in and out of the lungs.\nHow does asthma affect breathing? This inflammation makes the breathing tubes narrower and so restricts speed at which air can enter the lungs.\nName the three main chemicals in tobacco smoke that can reduce the oxygen pumped around the body? Tobacco smoke contains:; - Tar; - Nicotine; - Carbon monoxide\nWhat does tar do to the lungs? The tar lines the surface of the lungs.\nHow does tar affect how well the body can get oxygen? The tar adds a barrier which slows down diffusion.\nHow is the reactivity of carbon monoxide compared to oxygen? Carbon monoxide is more reactive than oxygen.\nHow does carbon monoxide affect how well the body can get oxygen? Carbon monoxide takes the place of oxygen on the red blood cells, leaving less oxygen to be transported to the cells.\nHow does nicotine affect how well the body can get oxygen? Nicotine is addictive - it causes a smoker to want more cigarettes. Nicotine also increases the heart rate and blood pressure, and makes blood vessels narrower than normal. This can lead to heart disease.","","Rate: The speed at which something happens ie how much happens in a bit of time.\nCarbon monoxide\nNicotine\nTar","","","Activity 6)\nUse the fact sheets to create a matrix map to show short and long term effects of smoking","Activity 6)\n6B.10 fact sheets\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27285","PKT","0","2019-04-04","3","0","8S/Sc","S2","6B.11","Progress Observation Opportunity","","","1) Progress Observation Opportunity","","https://www.mrcorfe.com/MemoryAnchors/Assess.png","","","","","","","0","","0000-00-00","0","","0"),
("27286","SFD","0","2019-04-04","4","0","9a/Pr1","S5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27287","PKT","0","2019-04-04","4","0","9a/Pr3","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27288","JHT","0","2019-04-04","4","0","9a/Pr4","A5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27289","SNK","0","2019-04-05","5","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27290","SNK","0","2019-04-01","1","0","9A1/Sc","S3","C1.4.1","What are the properties of ionic compounds?","","","1) Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\n2) These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\n3) When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\n4) Knowledge of the structures of specific ionic compounds other than sodium chloride is not required.","Describe the structure of an ionic compound? Ionic compounds have regular structures (giant ionic lattices) in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nExplain why ionic compounds have high melting and boiling points? These compounds have high melting points and high boiling points because of the large amounts of energy needed to break the many strong bonds.\nUnder what conditions are ionic compounds able to conduct electricity? When melted or dissolved in water, ionic compounds conduct electricity because the ions are free to move and so charge can flow.\nWhat are the structures of different ionic compounds? Need to know the structure of sodium chloride.","","Sodium Chloride: Ionic Compound\nPositve ion: An atom that has lost an electron.\nNegative ion: An atom that has gained an electron.\nIonic compound\nBoiling Point: The temperature at which a change of state occurs from a liquid to a gas.\nlattice: Ionic compounds have regular structures in which there are strong electrostatic forces of attraction in all directions between oppositely charged ions.\nelectrostatic forces of attraction: attraction in all directions between oppositely charged ions.\nMelting point: The temperature at which a change of state occurs from a solid to a liquid.\nGiant Ionic
","","","Activity 1)\nPractical dissolving different types of ionic compunds and covalent compunds and testing if they conduct electrcity.\nEW: Compare and contrast the properties of ionic and covalent compounds.","Activity 1)\nPower packs\nAmmeters\nLeads\nCarbon electrodes\nPlain water\nCopper chloride\nSalt water\nSugar water\nCrocodile clips\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27291","SNK","0","2019-04-01","2","0","9A1/Sc","S3","C1.4.2","What are the properties of small molecules?","","Students should be able to use the idea that intermolecular forces are weak compared with covalent bonds to explain the bulk properties of molecular substances.\n","1) Substances that consist of small molecules are usually gases or liquids that have relatively low melting points and boiling points.\n2) These substances have only weak forces between the molecules (intermolecular forces).\n3) It is these intermolecular forces that are overcome, not the covalent bonds, when the substance melts or boils.\n4) The intermolecular forces increase with the size of the molecules, so larger molecules have higher melting and boiling points.\n5) These substances do not conduct electricity because the molecules do not have an overall electric charge.","Substances that consist of small molecules are most commonly which states of matter at room temperature? They tend to have lower boiling points, meaning they commonly exist at room temperature either as gases or liquids.\nExplain why substances that consist of small molecules often have low boiling and melting points:Smaller molecules tend to have weaker intermolecular forces of attraction. This means only small amounts of energy are required to overcome the intermolecular forces that hold molecules of that substance together.\nWhat is the difference between intermolecular forces and intramolecular forces? Intermolecular forces are the forces of attraction between different molecules of the same substance.;Intramolecular forces are the bonds between atoms of the same molecule eg. ionic or covalent bonds.\nHow does the size of a molecule affect the size of its intermolecular force? The larger the molecule the greater the size of its intermolecular force.;Hence larger molecules tend to have higher melting and boiling points.\nWhy are covalent compounds unable to conduct electricity? Because covalent molecules carry no overall charge\nWhich is stronger: A covalent bond or intermolecular force? Intermolecular forces are weak when compared with covalent bonds and explain the bulk properties of molecular substances.","","Ionic bonding: Bonding that occurs between a metal and a non metal.\nCovalent bonding: Bonding occurs between two non metals\nintermolecular forces of attraction: Weak forces between the molecules\nMolecule: A molecule is an electrically neutral group of two or more atoms held together by chemical bonds.","","","","Activity 1)\nEdit this lesson out.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27292","SNK","0","2019-04-02","1","0","9A1/Sc","S3","C1.4.3","What are polymers?","","Students should be able to recognise polymers from diagrams showing their bonding and structure.\n\nStudents should be able to recognise addition polymers and monomers from diagrams in the forms shown and from the presence of the functional group C=C in the monomers\n\nStudents should be able to draw diagrams to represent the formation of a polymer from a given alkene monomer\n\nStudents should be able to relate the repeating unit to the monomer.\n","1) Polymers are very large molecules.\n2) For example: ethane diol and hexanedioic acid polymerise to produce a polyester.\n3) The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\n4) Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation. Use models to represent addition polymerisation.\n5) The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.\n6) In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\n8) For example (displayed formula showing ethene monomer becoming poly(ethene)).\n9) In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.","What sort of molecules are polymers? Polymers are very large molecules.\nWhat two monomers form polyester? ethane diol and hexanedioic acid polymerise to produce a polyester.\nWhat type of bond links individual monomers together when forming a polymer? The atoms in the polymer molecules are linked to other atoms by strong covalent bonds.\nWhat type of hydrocarbons are used to make polymers? Alkenes can be used to make polymers such as poly(ethene) and poly(propene) by addition polymerisation.\nWhy are polymers solids at room temperature? The intermolecular forces between polymer molecules are relatively strong and so these substances are solids at room temperature.(Remember the greater the size of a molecule the greater the strength its intermolecular forces)\nWhat happens in an addition polymerisation reaction? In addition polymerisation reactions, many small molecules (monomers) join together to form very large molecules (polymers).\nHow is a polymer of poly(ethene) produced from ethene? (Show using a diagram):A polymer of poly(ethene) can be made by many monomers of ethene joining together to make a long chain of polymers. The diagram would show a C=C in the monomer but only a single bond in the polymer e.g. nCH2=CH2 --> [-CH2CH2-]n\n(Chem only) How is the structure of the repeated unit of an addition polymer related to the monomer? In addition polymers the repeating unit has the same atoms as the monomer because no other molecule is formed in the reaction.\n(Chem only) How can you identify if you have a polymer or a monomer structure? addition polymers and monomers can be identified from diagrams by the presence of the functional group C=C in the monomers","","Alkenes: Hydrocarbons that contain double bonds.\npolymerisation: A reaction between monomers to create polymers.\nmonomer: A small unit component that can be used to make a polymer.\nPolymer: Made of chain of chemically bonded monomers.","","","Activity 1)\nMolymods
\ncreate different examples of polymers eg; polyethene\nActivity 2)\nDissolve polystyrene chunks into acetone","Activity 2)\nLarge glass bowl \nAcetone \nPolystyrene cups\nGlass stirring rod\n\n-----------\n\nActivity 3)\nMaking Nylon demo\n\n-----------\n\nActivity 4)\nMaking bouncy balls or slime\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27293","SNK","0","2019-04-03","3","0","9A1/Sc","S3","C1.4.4","What are condensation polymers?","","Students should be able to explain the basic principles of condensation polymerisation by reference to the functional groups in the monomers and the repeating units in the polymers.\n","1) When these types of monomers react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions. Use models to represent condensation polymerisation.\n2) The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n4) Condensation polymerisation involves monomers with two functional groups.","(Chem only) What occurs during a condensation polymersiation reaction? When monomers with two functional groups react they join together, usually losing small molecules such as water, and so the reactions are called condensation reactions.\n(Chem only) How many functional groups does each monomer have in the simplest condensation polymerisation reactions? The simplest polymers are produced from two different monomers with two of the same functional groups on each monomer.\n(Chem only) What are the basic principles of condensation polymersiation? (refer to functional groups and repeating units in your answer):The basic principles of condensation polymerisation are that each monomer has two functional groups and the repeat units are made up of at least two different monomers in alternating sequence\n(Chem only) When does condensation polymerisation occur? Condensation polymerisation involves monomers with two functional groups.","","Monomer: The smallest unit of a polymer.\nPolymers: Produced when monomers react.\nCondensation reaction: Losing water during a reaction.","","","Activity 1)\nMolymods creating the most basic condensation polymer.\nGF: Create your own example of a condensation polymer.","","","0","","0000-00-00","0","","0"),
("27294","SNK","0","2019-04-04","1","0","9A1/Sc","S3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27295","CLA","0","2019-04-01","1","0","9A2/Sc","S6","","x","","","","","","","","","","x","","0","","0000-00-00","0","","0"),
("27296","CLA","0","2019-04-01","2","0","9A2/Sc","S6","P1.4.01","How does density change with changes of state?","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Stearic acid-Melting solids.","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","Activity 1)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers\n\n-----------","","0","","0000-00-00","0","","0"),
("27297","CLA","0","2019-04-02","1","0","9A2/Sc","S6","P1.4.02","What can change the internal energy of a substance?","","","1) Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\n2) If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\n3) Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\n4) Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","What is meant by the term \'internal energy\', in terms of particles? Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\nIf the temperature of a system increases, what three different things does the increase in temperature depend on? If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\nWhat is meant by the term \'internal energy\', in terms of kinetic and potential energy? Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\nWhat effect does heating change have on the energy stored within the system or state of matter? Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","","","","","Activity 1)\ninternal energy circus of practicals (or done as a demo)","Activity 1)\n1. ball hoop\n2. Ice in pack, strip of metal (lead) hammer \n3. Bike pump\n4. Kettle beaker thermometer ice spoon\n5. Rubber strip \n6. Metal pole (from conduction practical)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27298","CLA","0","2019-04-03","3","0","9A2/Sc","S6","P1.4.03","Required Practical Density","","","1) Required practical 5 - density (AT skills 1)","","","","","","","Activity 1)\nActivity 1\n• 30 cm ruler marked off in mm\n• digital balance \n• regular shaped objects.\n\nActivity 2\n• digital balance\n• displacement can and something to stand it on (eg a brick)\n• various measuring cylinders\n• beaker of water and an extra empty beaker\n• paper towels\n• cotton or thin string\n• irregularly shaped objects.\n\nActivity 3\n• digital balance\n• 250 ml beaker\n• 100 ml measuring cylinder \n• suitable liquid eg sugar solution.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27299","CLA","0","2019-04-04","1","0","9A2/Sc","S6","P1.4.04","What is latent heat","","","1) If a change of state happens the energy needed for a substance to change state is called latent heat.\n2) When a change of state occurs, the energy supplied changes the energy stored (internal energy) but not the temperature.\n3) The specific latent heat of a substance is the amount of energy required to change the state of one kilogram of the substance with no change in temperature.","What is meant by the latent heat of a substance? Latent heat is the amount of energy needed for a substance to change state.\nWhat happens to the temperature when a change of state occurs? When a change of state occurs, the energy supplied changes the energy stored (internal energy) but not the temperature.\nWhat is the specific latent heat of a substance? The specific latent heat of a substance is the amount of energy required to change the state of one kilogram of the substance with no change in temperature.","","","","","","","","0","","0000-00-00","0","","0"),
("27300","JHT","0","2019-04-05","5","0","9A2/Sc","S4","P1.4.05","How can the energy be calculated in the changes of state?","","Students should be able to distinguish between specific heat capacity and specific latent heat.\n","1) (MS) energy for a change of state = mass ? specific latent heat\nE = m L\nenergy, E, in joules, J\nmass, m, in kilograms, kg\nspecific latent heat, L, in joules per kilogram, J/kg\n2) Specific latent heat of fusion is the change of state from solid to liquid\n4) Specific latent heat of vaporisation is the change of state from liquid to vapour","What is the equation used to calculate the energy for a change of state? Include units in your response.:(MS) energy for a change of state = mass ? specific latent heat;E = m L;energy, E, in joules, J;mass, m, in kilograms, kg;specific latent heat, L, in joules per kilogram, J/kg\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of fusion is the change of state from solid to liquid for instance ice melting to water\nWhat is the difference between specific heat capacity and specific latent heat? Specific heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree. specific latent heat is the amount of energy needed to change the state of a substance.\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of vaporisation is the change of state from liquid to vapour. For example liquid water to steam.","","","","","","","","0","","0000-00-00","0","","0"),
("27301","SKT","0","2019-04-01","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27302","SKT","0","2019-04-01","2","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27303","SKT","0","2019-04-02","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27304","SKT","0","2019-04-03","3","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27305","SKT","0","2019-04-04","1","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27306","SKT","0","2019-04-05","5","0","9A3/Sc","S2","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27307","PKT","0","2019-04-01","1","0","9A4/Sc","S1","","Mass of Marble Chip and gas produced TDA Practical","","","","","","","","","","Marble Chips, electric balances, 1M HCl, delivery tube, conical flasks, tubs and measuring cylinders for collection through water.","","0","","0000-00-00","0","","0"),
("27308","PKT","0","2019-04-01","2","0","9A4/Sc","S1","","Mass of Marble Chip and gas produced TDA Graphing","","","","","","","","","","Marble Chips, electric balances, 1M HCl, delivery tube, conical flasks, tubs and measuring cylinders for collection through water.","","0","","0000-00-00","0","","0"),
("27309","PKT","0","2019-04-02","1","0","9A4/Sc","S1","","Mass of Marble Chip and gas produced TDA Write up","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27310","PKT","0","2019-04-03","3","0","9A4/Sc","S1","","Feedback Lesson","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27311","PKT","0","2019-04-04","1","0","9A4/Sc","S1","B1.4.1","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","Organ : a group of tissues working together to perform a particular function.\nChloroplasts : vesicles full of the photosynthetic pigment chlorophyll.\nEpidermis : the surface tissue.\nTissue : a group of cells working together to perform a function.","","","Activity 1)\nCard sort or virtual tour of the leaf tissue.","","","0","","0000-00-00","0","","0"),
("27312","PKT","0","2019-04-05","5","0","9A4/Sc","S1","B1.4.2","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo potometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27313","LAN","0","2019-04-01","1","0","9B1/Sc","S7","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27314","LAN","0","2019-04-02","3","0","9B1/Sc","S7","P1.3.2","Why does my football shirt cling to me when I take it off? (SEPARATES ONLY)","","Students should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) The further away from the charged object, the weaker the field\n2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) When two electrically charged objects are brought close together they exert a force on each other.\n5) A second charged object placed in the field experiences a force. \n6) Negatively charged electrons are rubbed off one material and on to the other. \n7) Two objects that carry the same type of charge repel. \n8) The electric field is strongest close to the charged object.\n9) The force gets stronger as the distance between the objects decreases.\n10) Two objects that carry different types of charge attract. \n12) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n13) Attraction and repulsion between two charged objects are examples of non-contact force.","When is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","Electric field: A region around a charged particle or object within which a force would be exerted on other charged particles or objects.\nElectrons: A stable subatomic particle with a negative charge.\nStatic: Having no motion.\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 2)\nWhat is static electricity?\nhttps://www.youtube.com/watch?v=fT_LmwnmVNM\n\nPhet - Creating static\nhttps://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_en.html\nActivity 3)\nDemonstrate static electricity using the Van de Graaf generator.\nActivity 6)\nExtended writing:\nDescribe and explain how rubbing materials against each other can get them to become charged, in terms of particle movement.\nActivity 10)\nInvestigate the effect charged objects have on other objects placed near it – both charged and uncharged?\n\nPhet - Interacting charges\nhttps://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_en.html\nActivity 11)\nDiagrams of electric fields\nhttp://www.cyberphysics.co.uk/topics/electricity/higher_electricity/electric_field.htm\nActivity 15)\nDangers of static\nhttps://www.youtube.com/watch?v=FzsTamPPnHc","Activity 3)\nVan de Graaf generator.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27315","LAN","0","2019-04-03","5","0","9B1/Sc","S7","P1.3.3","How can we calculate the power of an appliance?","","Students should be able to explain how the power transfer in any circuit device is related to the potential difference across it and the current through it, and to the energy changes over time:\npower = potential difference ? current\n P = V I\n\npower = current2 ? resistance\nP = I2 R\n\nwhere:\npower, P, in watts, W\npotential difference, V, in volts, V\ncurrent, I, in amperes, A (amp is acceptable for ampere)\nresistance, R, in ohms, ? \n\nStudents should be able to describe how different domestic appliances\ntransfer energy from batteries or ac mains to the kinetic energy of electric motors or the energy of heating devices.\n\nStudents should be able to explain how the power of a circuit device is\nrelated to the potential difference across it and the current through it\n","2) Everyday electrical appliances are designed to bring about energy transfers.\n3) The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.","What are the two equations used to calculate power? The two equations used to calculate power are:;;P = V I;power = potential difference x current;;P = I2R;power = current squared x resistance; ;where:;power, P, in watts, W;potential difference, V, in volts, V;current, I, in amperes, A (amp is acceptable for ampere);resistance, R, in ohms,\nWhat is the purpose of everyday electrical appliances? The purpose of everyday electrical appliances are to bring about useful energy transfers.\nWhat does the amount of energy an appliance transfers depend upon? The amount of energy an appliance transfers depends on how long the appliance is switched on for and the power of the appliance.\nHow do domestic appliances transfer energy from batteries or mains to the kinetic energy of electric motors or heating devices.:domestic apliances such as a washing machine will transfer electrical energy from the mains to kinetic energy, thermal energy and sound energy of the motor inside to turn the drum.\nHow is the power of a circuit device related to the potential difference across it and the current through it? P = IV so Power is the sum of the current mulitplied by the potential difference ( potential energy x rate of flow)","","Ohms: the SI unit of electrical resistance, transmitting a current of one ampere when subjected to a potential difference of one volt.\nCurrent: The ordered directional movement of electrically charged particles.\nPower: The amount of energy transferred per unit of time. (Expressed in Watts)\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 1)\nDemo the equations for calculating power.\n\nStudents to apply.\nActivity 2)\nInvestigate a number of electrical appliances, either around the lab or well-known devices, eg a TV, to look at the energy transfers that occur.","Activity 2)\nCircus of electrical appliances\nEnergy meters\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27316","LAN","0","2019-04-05","4","0","9B1/Sc","S7","P1.3.5","Why do UK plugs have 3-pins?","","Students should be able to explain the difference between direct and alternating potential difference.\n\nStudents should be able to explain that a live wire may be dangerous even when a switch in the mains circuit is open\n\nStudents should be able to explain the dangers of providing any connection between the live wire and earth.\n","1) Mains electricity is an ac supply.\n\n\n2) In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\n3) [In the United Kingdom the domestic electricity supply] is about 230 V.\n5) Most electrical appliances are connected to the mains using three-core cable.\n6) The insulation covering each wire is colour coded for easy identification:\nlive wire ? brown\nneutral wire ? blue\nearth wire ? green and yellow stripes.\n7) The live wire carries the alternating potential difference from the supply.\n8) The neutral wire completes the circuit.\n9) The potential difference between the live wire and earth (0 V) is about 230 V.\n10) The neutral wire is at, or close to, earth potential (0 V).\n11) The earth wire is at 0 V, it only carries a current if there is a fault.\n14) The earth wire is a safety wire to stop the appliance becoming live.","What type of supply is mains electricity? Mains electricity is an ac supply.\nWhat is the frequency of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply has a frequency of 50 Hz.\nWhat is the potential difference of the domestic electricity supply in the United Kingdom? In the United Kingdom the domestic electricity supply is about 230 V.\nWhat is the difference between direct and alternating potential difference? In direct current (DC), the electric charge (current) only flows in one direction. Electric charge in alternating current (AC), on the other hand, changes direction periodically. The voltage in AC circuits also periodically reverses because the current changes direction.\nHow many core cables do most electrical appliances use to the mains? Most electrical appliances are connected to the mains using three-core cable.\nWhy is the insulation covering of each wire in a plug colour coded? What colour is the\na) Live wire\nb) Neutral wire\nc) Earth wire:The insulation covering each wire is colour coded for easy identification:;a) Live wire = Brown;b) Neutral wire = Blue;c) Earth wire = Green and yellow stripes.\nWhat is carried by the live wire from the supply? The live wire carries the alternating potential difference from the supply.\nWhat completes the circuit in a plug? The neutral wire completes the circuit.\nWhat is the potential difference between live wire and earth wire? The potential difference between the live wire and earth (0 V) is about 230 V.\nWhich wire in a plug is at, or close to, earth potential (0 V)? The neutral wire is at, or close to, earth potential (0 V).\nWhat is the potential difference of the earth wire in a plug, and when would it carry a current? The earth wire is at 0 V, it only carries a current if there is a fault.\nWhen might a live wire still be dangerous when considering a switch? A live wire may be dangerous even when a switch in the mains circuit is open.\nWhat are the dangers of providing any connection between the live wire and earth? You would get an electric shock if the live wire inside an appliance, such as a cooker, came loose and touched the metal casing.;However, the earth terminal is connected to the metal casing so that the current goes through the earth wire instead of causing an electric shock. A strong current surges through the earth wire because it has a very low resistance. This breaks the fuse and disconnects the appliance.\nWhat is the purpose of the earth wire? The earth wire is a safety wire to stop the appliance becoming live.","","Domestic : For use in the home rather than in an industrial or office environment.\nDirect current: an electric current flowing in one direction only.\nAlternating current: An electric current that reverses its direction many times a second at regular intervals\nMains electricity: the form of electrical power that is delivered to homes and businesses.","","","Activity 3)\nDemonstrate alternating current and direct current with pupil electrons\nor a long loop of string\nActivity 4)\nResearch the use of direct and alternating potential difference. Find out why the USA used direct potential difference, then changed to an alternating potential difference..\nActivity 5)\nGet students to take apart a plug and sketch how it is wired. Then research the role of each part of the plug\n- Plastic casing \n- Insulated cable\n- Fuse\n- Live wire\n- Neutral wire\n- Earth wire\nActivity 10)\nWhat safety measures are used with mains electricity?","Activity 3)\nSeveral meters of string joined in a loop.\n\n-----------\n\nActivity 5)\nPlugs\nScrewdrivers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27317","DLN","0","2019-04-01","1","0","9B1/Sc","S7","P1.3.1","How do series and parallel circuits differ?","","Students should be able to explain the design and use of dc series circuits for measurement and testing purposes\n\nStudents should be able to calculate the currents, potential differences and resistances in dc series circuits\n\nStudents should be able to use circuit diagrams to construct and check series and parallel circuits that include a variety of common circuit components\n\n\n\n\nStudents should be able to describe the difference between series and parallel circuits\n\nStudents should be able to solve problems for circuits which include resistors in series using the concept of equivalent resistance.\n\nStudents should be able to explain qualitatively why adding resistors in series increases the total resistance whilst adding resistors in parallel decreases the total resistance\n\nStudents are not required to calculate the total resistance of two\nresistors joined in parallel.\n","1) There are two ways of joining electrical components, in series and in\nparallel. Some circuits include both series and parallel parts.\n3) For components connected in series:\n? there is the same current through each component\n? the total potential difference of the power supply is shared between the components\n? the total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\n5) For components connected in parallel:\n? the potential difference across each component is the same\n? the total current through the whole circuit is the sum of the currents through the separate components\n? the total resistance of two resistors is less than the resistance of the smallest individual resistor.\n","Name the two different types of circuit that can be used to join electrical components together? There are two ways of joining electrical components, in series and in parallel. Some circuits include both series and parallel parts.\nWhat do we use dc series circuits for? dc series circuits are used for most electrical circuits as they need a continuous positive suppy of electricity, wecan measure the current, potential difference and resistance in a dc circuit, if a component in a dc circuit fails this acts like a switch to turn off the circuit.\nDescribe how:\na) Current \nb) Potential difference \nc) Total resistance\n\nVaries between components connected in series.:For components connected in series:;a) there is the same current through each component;b) the total potential difference of the power supply is shared between the components;c) The total resistance of two components is the sum of the resistance of each component. Rtotal = R1 R2\nWhat is the current if the potential difference is 12V and the resistance is 4Ohms? I = V/R so I = 12V /4ohms = 3A\nDescribe how:\n\na) current \nb) potential difference \nc) total resistance\n\nvaries between components connected in\nparallel circuits? For components connected in parallel:;a) the potential difference across each component is the same;b) the total current through the whole circuit is the sum of the currents through the separate components;c) the total resistance of two resistors is less than the resistance of the smallest individual resistor.\nIn what two ways can Ohms law be applied to a circuit? Either to a cirucit as a whole using equivalent resistence or to an individual component.\nWhy does adding resistors in series increase the total resistance, whilst adding resistors in parallel decreases the total resistance? Adding resistors in parallel to a circuit results in the equivalent resistance of the circuit decreasing and the total current of the circuit increasing. Adding more resistors in parallel is equivalent to providing more branches through which charge can flow.","","Resistance: the degree to which a substance or device opposes the passage of an electric current, causing energy dissipation.\nCircuit: A complete and closed path around which a circulating electric current can flow.\nParallel: Components connected in parallel are connected along multiple paths.\nSeries: Components connected in series are connected along a single path.","","","Activity 3)\nInvestigate PD, current and resistance through series and parallel circuits.\n1. Make a simple circuit containing a switch, power supply and a lamp\n2. Add more lamps – both in series and then in parallel\n3. Note the effect on the brightness of the lamps.\n\nCurrent through, and potential difference across, each lamp can be measured to get numerical values and see the effect of adding more lamps.\nActivity 4)\nInvestigate how the current in each loop of a parallel circuit compares to the current in the main branch of the circuit\nActivity 6)\nWhy are decorative lights for Christmas trees connected in parallel and not series?","Activity 3)\nPower packs\nVoltmeters\nAmmeters\nLeads\n12 volt lamps\nSwitch\nVariable resistors\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27318","DLN","0","2019-04-02","3","0","9B1/Sc","S7","P1.3.2","Why does my football shirt cling to me when I take it off? (SEPARATES ONLY)","","Students should be able to draw the electric field pattern for an isolated charged sphere\n\n\nStudents should be able to explain the concept of an electric field\n\nStudents should be able to describe the production of static electricity, and sparking, by rubbing surfaces\n\n\nStudents should be able to explain how the concept of an electric field helps to explain the non- contact force between charged objects as well as other electrostatic phenomena such as sparking.\n\nStudents should be able to describe evidence that charged objects exert forces of attraction or repulsion on one another when not in contact\n\n\nStudents should be able to explain how the transfer of electrons between objects can explain the phenomena of static electricity.\n","1) The further away from the charged object, the weaker the field\n2) When certain insulating materials are rubbed against each other they become electrically charged. \n3) A charged object creates an electric field around itself. \n4) When two electrically charged objects are brought close together they exert a force on each other.\n5) A second charged object placed in the field experiences a force. \n6) Negatively charged electrons are rubbed off one material and on to the other. \n7) Two objects that carry the same type of charge repel. \n8) The electric field is strongest close to the charged object.\n9) The force gets stronger as the distance between the objects decreases.\n10) Two objects that carry different types of charge attract. \n12) The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\n13) Attraction and repulsion between two charged objects are examples of non-contact force.","When is an electric field of a charged object weakest? The further away from the charged object, the weaker the field.\nWhen do certain insulating materials become charged? When certain insulating materials are rubbed against each other they become electrically charged.\nWhat is created in the area around a charged object? A charged object creates an electric field around itself.\nWhat happens when two electically charged objects are brought close together? When two electrically charged objects are brought close together they exert a force on each other. \nWhat happens to a second charged object placed in the electric field of the first charged object? A second charged object placed in the field experiences a force.\nHow do certain insulting materials become charged in terms of electrons? Negatively charged electrons are rubbed off one material and on to the other.\nWhat happens when two objects of the same type of charge are close together? Two objects that carry the same type of charge repel. \nWhen is an electric field of a charged object strongest? The electric field is strongest close to the charged object.\nWhat is the relationship between force and distance between two charged objects? The force gets stronger as the distance between the objects decreases.\nWhat happens when two objects of opposite type of charge are close together? Two objects that carry different types of charge attract. \nHow would you draw the electric field pattern for an isolated charged sphere? radiating lines with arrowed lines pointing from positive to negative.\nWhat is the charge of a material that loses the electrons? The material that gains electrons becomes negatively charged. The material that loses electrons is left with an equal positive charge.\nWhat type of force can the attraction and replulsion between two charged objects be classified as? Attraction and repulsion between two charged objects are examples of non-contact force.\nWhat is an electric field? In an electric field a charged particle, or charged object, experiences a force. If the forces acting on any object are unbalanced, it will cause the object to accelerate.\nHow is static electricity and/or a spark produced? A method to create static electicity and/or a spark is by rubbing two surfaces against one another.\nWhat happens to the electric field of charged objects? they are distorted resulting in an electrostactic force without the objects coming into contact with one another.\nHow does a charged object exert forces of attraction and repulsion when not in contact with another object? electrostatic forces will repel if the charges are like and attract if the charges are opposite. The evidence for this is when a rod is rubbed with a cloth the transfer of electrons from one object to another\nHow can the phenomena of static electricity be explained? The transfer of electrons between objects can explain the phenomena of static electricity.","","Electric field: A region around a charged particle or object within which a force would be exerted on other charged particles or objects.\nElectrons: A stable subatomic particle with a negative charge.\nStatic: Having no motion.\nCharge: The physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges; positive and negative.","","","Activity 2)\nWhat is static electricity?\nhttps://www.youtube.com/watch?v=fT_LmwnmVNM\n\nPhet - Creating static\nhttps://phet.colorado.edu/sims/html/john-travoltage/latest/john-travoltage_en.html\nActivity 3)\nDemonstrate static electricity using the Van de Graaf generator.\nActivity 6)\nExtended writing:\nDescribe and explain how rubbing materials against each other can get them to become charged, in terms of particle movement.\nActivity 10)\nInvestigate the effect charged objects have on other objects placed near it – both charged and uncharged?\n\nPhet - Interacting charges\nhttps://phet.colorado.edu/sims/html/balloons-and-static-electricity/latest/balloons-and-static-electricity_en.html\nActivity 11)\nDiagrams of electric fields\nhttp://www.cyberphysics.co.uk/topics/electricity/higher_electricity/electric_field.htm\nActivity 15)\nDangers of static\nhttps://www.youtube.com/watch?v=FzsTamPPnHc","Activity 3)\nVan de Graaf generator.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27319","JHT","0","2019-04-04","1","0","9B1/Sc","S7","P1.3.4","How do we calculate the energy transferred by an appliance?","","Students should be able to explain how the power of a circuit device is\nrelated to the energy transferred over a given time.\n\nStudents should be able to describe, with examples, the relationship\nbetween the power ratings for domestic electrical appliances and the\nchanges in stored energy when they are in use.\n\n","1) Work is done when charge flows in a circuit.\n2) The amount of energy transferred by electrical work can be calculated using the equation:\nenergy transferred = power ? time \n\n\n\n3) Energy transferred can also be calculated by: energy transferred = charge flow ? potential difference","When is 'work done' in terms of appliances? Work is done when charge flows in a circuit.\nWhich equation is use to calculate the amount of energy transferred by electrical work? The amount of energy transferred by electrical work can be calculated using the equation:;energy transferred = power x time\nIn terms of charge flow and potential difference, how can energy transferred be calculated? Energy transferred can be calculated by: energy transferred = charge flow x potential difference\nHow is the power of a circuit device related to the energy transferred over a given time? P = Et, So Power is calculated by multiplying the energy being transferred over the time taken.\nWhat examples show the relationship between the power ratings for domestic electrical appliances and changes in stored energy when they are in use? when an appliance such as a light bulb is switched on the electrical energy will transform into thermal energy which is (wasted energy) and light energy which is (useful energy)","","Transfer: To convey or cause to pass from one place, person, or thing to another.\nCharge flow: The amount of electricity travelling through a circuit\nAppliance: a device or piece of equipment designed to perform a specific task.\nWork: Defined as the product of a force and the distance over which the force is applied. Measured in joules.","","","Activity 2)\nDemo the equation for calculating work done in a circuit\n\nStudents to apply.\nActivity 3)\nInvestigate how the amount of energy transferred to an electrical appliance depends on the amount of time that it is on for by connecting the appliance to a joulemeter.","Activity 1)\nx\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27320","SFD","0","2019-04-02","3","0","9B2/Sc","S5","C1.4.09","What is nanoscience? and TR","","(MS) Students should be able to make order of magnitude calculations.\n\nStudents should be able to compare ?nano? dimensions to typical dimensions of atoms and molecules.\n\nStudents should be able to calculate areas of triangles and rectangles, surface areas and volumes of cubes.\n\nStudents should consider advantages and disadvantages of the applications of these nanoparticulate materials, but do not need to know specific examples or properties other than those specified.\n\nStudents should be able to given appropriate information, evaluate the use of nanoparticles for a specified purpose\n\nStudents should be able to explain that there are possible risks associated with the use of nanoparticles.\n","1) Nanoscience refers to structures that are 1?100 nm in size, of the order of a few hundred atoms.\n2) Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\n3) Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\n5) As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\n6) Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.\n\n9) Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts. New applications for nanoparticulate materials are an important area of research.","What sort of structures does nanoscience refer to? Nanoscience refers to structures that are 1-100 nm in size, of the order of a few hundred atoms.\nWhat is the size of a fine particle and which is smaller, nanoparticles or fine particles? Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm (1 x 10-7 m and 2.5 x 10-6 m).\nWhat is the diameter of coarse particles, such as dust? Coarse particles (PM10) have diameters between 1 x 10-5 m and 2.5 x 10-6 m. Coarse particles are often referred to as dust.\nWhat happens to the size of the surface area to volume ratio of a cube is you decrease the size of the sides by a factor or 10? As the side of cube decreases by a factor of 10 the surface area to volume ratio increases by a factor of 10.\nWhy are the properties of nanoparticles different from those for the same materials in bulk? Nanoparticles may have properties different from those for the same materials in bulk because of their high surface area to volume ratio. It may also mean that smaller quantities are needed to be effective than for materials with normal particle sizes.;\nHow do nanoparticles compare in size to individual atoms? Nanoparticles are made of up to 1000 atoms or molecules, therefore their size is larger than that of an atom.\nWhat are the main applications of nanoparticles? Nanoparticles have many applications in medicine, in electronics, in cosmetics and sun creams, as deodorants, and as catalysts.\nWhat are the advantages and disadvantages of using nanoparticles? The advantages of nanoparticles are endless as they link to many new technilogies both commercially and medically however there are disadvantages as well. There are some concerns that nanoparticles may be toxic to people. They may be able to enter the brain from the bloodstream and cause harm. Some people think more tests should take place before nanoparticles of a material are used on a wider scale.","","Volume ratio: The surface-area-to-volume ratio, also called the surface-to-volume ratio and variously denoted sa/vol or SA:V, is the amount of surface area per unit volume of an object or collection of objects.\nSurface area: The surface area of a solid object is a measure of the total area that the surface of the object occupies.\nParticles: You can use the idea of particles to explain the properties of solids, liquids and gases.\nNanoparticles: Nanoparticles, are smaller than fine particles (PM2.5), which have diameters between 100 and 2500 nm","","","Activity 1)\nExtended writing: describe the history of nanoscience
\nVideo clip
\nYouTube: What is nanoscience?
\nhttps://www.youtube.com/watch?v=0U2hyQ1dyoU
\n
\nExtended writing: link the uses of nanoparticles to their properties.
\n
\nExtended writing: evaluate the use of nanoparticles in applications, eg sun cream.
\n
\nResearch uses and properties of nanoparticles.
\n
\nhttps://www.youtube.com/watch?v=nYEmiQCr3JU\nActivity 11)\nInvestigate the effectiveness of nanoparticles in nappies. To prove that increasing mass affects how much water it can hold.","Activity 11)\nsmall balances \nweighing boats\n250mL beakers\nglass stirring rods \ndistilled water bottles \ncut up nappies \nspatulas\n\n-----------","","0","","0000-00-00","0","","0"),
("27321","SFD","0","2019-04-03","5","0","9B2/Sc","S5","P1.4.01","How does density change with changes of state?","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Stearic acid-Melting solids.","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","Activity 1)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27322","SFD","0","2019-04-04","1","0","9B2/Sc","S5","P1.4.02","What can change the internal energy of a substance?","","","1) Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\n2) If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\n3) Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\n4) Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","What is meant by the term \'internal energy\', in terms of particles? Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\nIf the temperature of a system increases, what three different things does the increase in temperature depend on? If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\nWhat is meant by the term \'internal energy\', in terms of kinetic and potential energy? Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\nWhat effect does heating change have on the energy stored within the system or state of matter? Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","","","","","Activity 1)\ninternal energy circus of practicals (or done as a demo)","Activity 1)\n1. ball hoop\n2. Ice in pack, strip of metal (lead) hammer \n3. Bike pump\n4. Kettle beaker thermometer ice spoon\n5. Rubber strip \n6. Metal pole (from conduction practical)\n\n-----------","","0","","0000-00-00","0","","0"),
("27323","SFD","0","2019-04-05","4","0","9B2/Sc","S5","","","","","1) Required practical 5 - density (AT skills 1)","","","","","","","","","0","","0000-00-00","0","","0"),
("27324","SFD","0","2019-04-01","1","0","9B2/Sc","S5","C1.4.08","Why are metals useful?","","Students should be able to explain why alloys are harder than pure metals in terms of distortion of the layers of atoms in the structure of a pure metal.\n","1) Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\n2) In pure metals, atoms are arranged in layers, which allows metals to be bent and shaped.\n3) Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\n4) Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.","Why are metals good conductors of electricity? Metals are good conductors of electricity because the delocalised electrons in the metal carry electrical charge through the metal.\nIn pure metals atoms are arranged in layers. What property does this give them? It causes them to be malleable (means they can be bent and shaped).\nWhy are metals good conductors of thermal energy? Metals are good conductors of thermal energy because energy is transferred by the delocalised electrons.\nWhy are pure metals often mixed with other metals or carbon? Pure metals are too soft for many uses and so are mixed with other metals to make alloys which are harder.\nWhy are alloys harder than pure metals? Alloys are harder than pure metals as alloys contain atoms of different sizes. This causes distortion of the layers of atoms compared with the regular struccture of a pure metal. The regular structure in a pure metal allows the layers to slide over one another.","","Working with nanoparticles is called nanotechnology.nanometre, 1 nm, is one billionth of a metre (or a millionth of a millimetre)\nNanoscience: \nAlloy: An alloy is a mixture of two elements, one of which is a metal. substance made of a metal bond\nConduction: Transfer of electricity or thermal energy.","","","Activity 1)\nOrder different types of alloys.
\nTemperature sensitive smart alloys practical
\nPlace temp sensitive alloy at different temp and time how long it takes them to go back to original shape.
\nExtended writing: describe melting points and boiling points of metallic substances.
\n
\nExtended writing: explain why the melting point and boiling point of metallic substances are high.
\n
\nExtended writing: describe the structure of metal alloys.
\nResearch some uses of metallic substances.
\n
\nExtension: make links between the uses of metal substances, their properties and structure.
\n
\nResearch some uses of metal alloys.
\n
\nExtension: make links between the uses of metal alloys, their properties and structure.
\n
\nBBC Bitesize The properties and uses of metals
\n
\nBBC Bitesize Bronze – the first alloy","Activity 1)\nExamples of different types of alloys.\n\nTemp sensitive alloys.\nKettle\nIce\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27325","CML","0","2019-04-01","1","0","9B3/Sc","S4","B1.4.01","How are leaf tissues related to their function?","","Students should be able to explain how the structures of plant tissues are related to their functions.\n","2) Plant tissues include:\n? epidermal tissues\n? palisade mesophyll\n? spongy mesophyll\n? xylem and phloem\n? meristem tissue found at the growing tips of shoots and roots.\n3) The leaf is a plant organ. Knowledge limited to epidermis, palisade and spongy mesophyll, xylem and phloem, and guard cells surrounding stomata.","How do the structures of each plant tissue relate to their function? The epidermis tissue within a plant is thin and transparent in order to let light to reach the palisade layer. The palisade mesophyll tissue has many chloroplasts as it is the main site of photosynthesis. The spongy mesophyll tissue has large gaps to allow for gas exchange. The xylem is made of a column of dead cells which are waterproof. Phloem is made of live cells protected in the middle of the plant so they can transport glucose. The meristem tissue is made of stem cells which allow for rapid growth and repair. \nWhat tissues are found within the plant? Plant tissues include:;- epidermal tissues;- palisade mesophyll;- spongy mesophyll;- xylem and phloem;- meristem tissue found at the growing tips of shoots and roots.\nWhat level of organisation do plant leaves fall into? The leaf is a plant organ.","","Organ : a group of tissues working together to perform a particular function.\nChloroplasts : vesicles full of the photosynthetic pigment chlorophyll.\nEpidermis : the surface tissue.\nTissue : a group of cells working together to perform a function.","","","Activity 1)\nCard sort or virtual tour of the leaf tissue.","","","0","","0000-00-00","0","","0"),
("27326","CML","0","2019-04-04","1","0","9B3/Sc","S4","B1.4.03","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27327","JHT","0","2019-04-02","3","0","9B3/Sc","S2","b1.4.02","How are specialised plant cells adapted to their function?","","Students should be able to explain how the structure of root hair cells, xylem and phloem are adapted to their functions.\n\nStudents should be able to explain the effect of changing temperature, humidity, air movement and light intensity on the rate of transpiration.\n\nStudents should be able to understand and use simple compound measures such as the rate of transpiration.\n\nStudents should be able to translate information between graphical and numerical form \n\nStudents should be able to plot and draw appropriate graphs, selecting appropriate scales for axes\n\nStudents should be able to extract and interpret information from graphs, charts and tables.\n\nStudents should be able to describe the process of transpiration and translocation, including the structure and function of the stomata.\n","7) The roots, stem and leaves form a plant organ system for transport of substances around the plant.\n9) Root hair cells are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\n10) Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\n11) The role of stomata and guard cells are to control gas exchange and water loss.\n12) Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.\n13) Detailed structure of phloem tissue or the mechanism of transport is not required.","How are the following adapted to their functions: a) root hair cells, b) xylem, c) phloem? Root hair cells have a large surface area to volume ratio to allow for effective transport of substances. The inside of the xylem vessels is made of dead cells that are waterproof to allow water up the stem. The phloem are made of live cells meaning transport can happen by active transport as well as diffusion.\nHow does increasing temperature, humidity and light intensity affect the rate of transpiration? Increasing temperature increases transpiration due to increased evaporation of water from the stomata. Increasing humidity decreases the rate of transpiration due to the concentration of water particles on the outside of the leaf being higher and therefore osmosis not occurring. Increasing light intensity increases the rate of transpiration due to the increase in the rate of photosynthesis.\nWhich parts of the plant are involved in transporting substances? The roots, stem and leaves form a plant organ system for transport of substances around the plant.\nWhat are translocation and transpiration and how do they work? Transpiration is the process by which water evaporates from the leaves, through the opening of the stomata, which results in more water being drawn up from the roots. Translocation is the movement of nutrients and other substances from the leaves to the rest of the plant.This happens through diffusion and active transport.\nWhat is the job of the root hair cells and how are they adapted to it? Root hair cells have a large surface area to volume ratio so that they are adapted for the efficient uptake of water by osmosis, and mineral ions by active transport.\nWhat is the role of xylem tissue and how is it adapted for it? Xylem tissue transports water and mineral ions from the roots to the stems and leaves. It is composed of hollow tubes strengthened by lignin adapted for the transport of water in the transpiration stream.\nWhat is the role of the stomata and guard cells? The role of stomata and guard cells are to control gas exchange and water loss.\nWhat is the role of the phloem and what is the name of this process? Phloem tissue transports dissolved sugars from the leaves to the rest of the plant for immediate use or storage. The movement of food molecules through phloem tissue is called translocation.","","Transpiration : the movement of water up the plant against the force of gravity.\nTranslocation : the movement of materials from one location to another in a plant.\nDiffusion : the movement of particles from an area of high concentration to low concentration.\nFunction : the job or role that something has or is specialised for.","","","Activity 1)\nHot-seating 'who am I?' Students are allocated one of the specialised cells and they are hot - seated and the other students have to guess what they are.\nActivity 9)\nEW - Describe and explain the functions of the root hair cells, xylem and phloem and how they are specialised to do them.","Activity 2)\nTranspiration demo\nCelery translocation demo potometer\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27328","JHT","0","2019-04-03","5","0","9B3/Sc","S2","B1.4.03","What is the reaction of photosynthesis?","","Students should be able to describe photosynthesis as an endothermic reaction in which energy is transferred from the environment to the chloroplasts by light.\n","1) Photosynthesis is represented by the equation:\n(light above arrow)\ncarbon dioxide + water -> glucose + oxygen\n3) The glucose produced in photosynthesis may be:\n? used for respiration\n? converted into insoluble starch for storage\n? used to produce fat or oil for storage\n? used to produce cellulose, which strengthens the cell wall\n? used to produce amino acids for protein synthesis.\n4) To produce proteins, plants also use nitrate ions that are absorbed from the soil.","What products are made in photosynthesis when carbon dioxide and water react? In photosynthesis carbon dioxide and water react to make glucose and oxygen.\nWhat sort of reaction is photosynthesis and how do we know this? Photosynthesis is an endothermic reaction and we know this because energy is taken into the chloroplasts from the environment by light.\nWhat five different uses do plants have for the glucose produced in photosynthesis? The glucose produced in photosynthesis may be:;- used for respiration;- converted into insoluble starch for storage;- used to produce fat or oil for storage;- used to produce cellulose, which strengthens the cell wall;- used to produce amino acids for protein synthesis.\nWhat else do plants need to produce proteins and where do they get them from? To produce proteins, plants also use nitrate ions that are absorbed from the soil.","","Endothermic : a reaction that takes in energy from the surroundings.\nProducts : the substances made at the end of a reaction.\nInsoluble : something that doesn't dissolve in a solvent.\nPhotosynthesis : the conversion of carbon dioxide and water into glucose and oxygen using energy from the sun.","","","Activity 2)\nuse the students to model photosynthesis by getting someone to be the sun and handing the energy (heat pack) over to show endothermic.\nActivity 3)\nCircus task","Activity 2)\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27329","JHT","0","2019-04-05","4","0","9B3/Sc","S2","B1.4.04","What factors affect the rate of photosynthesis?","","Students should be able to explain the effects of temperature, light intensity, carbon dioxide concentration, and the amount of chlorophyll on the rate of photosynthesis.\n\nStudents should be able to measure and calculate rates of photosynthesis (MS) \n\nstudents should be able to extract and interpret graphs of photosynthesis rate involving one limiting factor (MS) \n\nStudents should be able to plot and draw appropriate graphs selecting appropriate scale for axes (MS) \n\nStudents should be able to translate information between graphical and numeric form. (MS) \n\n(HT only) Students should be able to explain graphs of photosynthesis rate involving two or three factors and decide which is the limiting factor.\n\n(HT only) Students should understand and use inverse proportion ? the inverse square law and light intensity in the context of photosynthesis.","6) (HT only) These factors interact and any one of them may be the factor that limits photosynthesis.\n9) (HT only) Limiting factors are important in the economics of enhancing the conditions in greenhouses to gain the maximum rate of photosynthesis while still maintaining profit.\n10) * Use data to relate limiting factors to the cost effectiveness of adding heat, light or carbon dioxide to greenhouses.","How do each of the following factors affect the rate of photosynthesis: a) temperature, b) light intensity, c) carbon dioxide concentration, d) amount of chlorophyll? Increasing temperature increases the rate of photosynthesis to a point as it increases collisions and therefore increases reaction rate. However past a point it starts to evaporate water and slows down photosynthesis. Increasing light intensity increases the rate of photosynthesis to a point where it levels off. Increasing carbon dioxide concentration and the amount of chlorophyll has the same effect as increasing light intensity.\nWhat method can be used to measure and calculate the rate of photosynthesis? The rate of photosynthesis can be measured by measuring the amount of oxygen produced over time.\n(HT only) What is a limiting factor of photosynthesis? (HT only) A limiting factor of photosynthesis is any one of the following components: light intensity, temperature, carbon dioxide concentration, the amount of chlorophyll, that if there is not enough of it will stop the rate of photosynthesis increasing regardless of how much there is of the other components.\n(HT) How is the inverse square law important in terms of light intensity in the context of photosynthesis? The inverse square law in important as it states that the intensity of light is inversely proportional to the square of the distance from the source.This means that when the light is moved twice as far from the plant it will receive a quarter of the energy.\n(HT) How do limiting factors in a greenhouse relate to rate of photosynthesis and profit? (HT only) The conditions within a greenhouse can be controlled and therefore can be enhanced to gain the maximum rate of photosynthesis while still maintaining profit.","","Concentration : the amount of particles in a given space.\nCollisions : when one particle bumps into another.\nLimiting factor : something that stops the rate of reaction from increasing past a point.\nRate : how fast something occurs.","","","Activity 1)\nGraphing from data and describing the trends. Then link to the explanation.\nUse the students to model and pair off every time a collision occurs to show that even as you increase one type of student (molecule) the reaction must stop increasing at some point.","Activity 1)\nScreaming Jelly Baby\nHeat packs\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27330","SKT","0","2019-04-03","1","0","9X/Ic1","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27331","SKT","0","2019-04-01","4","0","9X/Ic2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27332","SKT","0","2019-04-02","4","0","9X/Ic2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27333","CPD","0","2019-04-01","4","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27334","CPD","0","2019-04-02","4","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27335","CPD","0","2019-04-03","1","0","9X/Te2","B3","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27336","JHT","0","2019-04-01","3","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27337","JHT","0","2019-04-05","1","0","9Y/Ms2","T5","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27338","JHT","0","2019-04-01","1","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27410","DLN","0","2019-04-04","4","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27420","CPD","0","2019-04-05","3","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27427","DLN","0","2019-04-05","5","0","FREE","","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
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("27429","SFD","0","2019-04-23","5","0","10ASK/Sc","S5","C2.2.02","How can we seperate crude oil into useful fractions?","","Students should be able to explain how fractional distillation works in terms of evaporation and condensation.\n\nStudents should be able to recall how boiling point, viscosity and flammability change with increasing molecular size.\n","1) The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\n2) The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\n3) Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\n4) Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\n5) The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\n7) Knowledge of the names of other specific fractions or fuels is not required.\n8) Some properties of hydrocarbons depend on the size of their molecules, including boiling point, viscosity and flammability. These properties influence how hydrocarbons are used as fuels. (WS) Investigate the properties of different hydrocarbons.","How can crude oil be separated into fractions? The many hydrocarbons in crude oil may be separated into fractions, each of which contains molecules with a similar number of carbon atoms, by fractional distillation.\nWhy is it useful to separate crude oil into fractions? The fractions can be processed to produce fuels and feedstock for the petrochemical industry.\nWhat type of fuels are produced from crude oil? Many of the fuels on which we depend for our modern lifestyle, such as petrol, diesel oil, kerosene, heavy fuel oil and liquefied petroleum gases, are produced from crude oil.\nWhat are three examples of useful materials produced by the petrochemical industry? Many useful materials on which modern life depends are produced by the petrochemical industry, such as solvents, lubricants, polymers, detergents.\nWhy is it possible to produce such a vast array of products from crude oil? The vast array of natural and synthetic carbon compounds occur due to the ability of carbon atoms to form families of similar compounds.\nHow does fractional distillation separate crude oil into fractions? Fractional distillation seperates crude oil first by vaporisating all compounds, a column of varying temperatures allows molecules with similar condensation points to be seperated. This is due to their carbon chain length\nWhat factor of effects a hydrocarbons boiling point, viscosity and flammability? The factor that effects a hydrocarbons boiling point, viscosity and flammability is the size of their molecule\nHow does boiling point, viscosity and flammability change with increasing molecular size? :As molecular size of hydrocarbons increases the boiling point increases, the viscosity increases and flammability decreases.","https://www.mrcorfe.com/MemoryAnchors/ab2b29fccbc8821d578702aca0f27aba.","Separation : the division of something into constituent or distinct elements.\nBoiling Point : the temperature at which a liquid boils and turns to vapour.\nFraction : each of the portions into which a mixture may be separated according to a physical property such as boiling point or solubility.\nSynthetic : a substance made by chemical synthesis, especially to imitate a natural product.","","","Activity 1)\nDemo: \n1. Distillation of ethanol and water.\n2. Fractional distillation of crude oil\n\nClass activity: \nModel distillation of pupils using their heights to represent carbon chain length.\nActivity 2)\nshow a range of images of products made from hydrocarbons (plastics, Vaseline, bitumen, jet fuel, black seagulls (red heron) make up.\n\nAsk students to consider how their lives would be different if we didn't have access to crude oil\nActivity 5)\nGF: Compare the process of forming different polymers from crude oil similar to proteins synthesis.\nActivity 6)\nEW: Use a flow map to plan and then "Explain how crude oil is separated."\nActivity 9)\nEW: Describe how the properties of hydrocarbons changes as their carbon chain length increases","Activity 1)\nCrude oil demo - Fractional distillation\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27430","SFD","0","2019-04-26","2","0","10ASK/Sc","S5","C2.2.04","How can longer chain hydrocarbons be made into more useful shorter molecules?","","Students should be able to describe in general terms the conditions used for catalytic cracking and steam cracking.\n\nStudents should be able to balance chemical equations as examples of cracking given the formulae of the reactants and products.\n\nStudents should be able to recall the colour change when bromine water reacts with an alkene.\n\nStudents should be able to give examples to illustrate the usefulness of cracking. They should also be able to explain how modern life depends on the uses of hydrocarbons. (For Combined Science: Trilogy and Synergy students do not need to know the formulae or names of individual alkenes.)\n","1) Hydrocarbons can be broken down (cracked) to produce smaller, more useful molecules.\n2) Cracking can be done by various methods including catalytic cracking and steam cracking.\n4) The products of cracking include alkanes and another type of hydrocarbon called alkenes.\n6) Alkenes are more reactive than alkanes and react with bromine water, which is used as a test for alkenes.\n8) There is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\n9) Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.","What is cracking? :Cracking is when hydrocarbons are broken down into smaller more useful molecules\nDescribe the conditions required for catalytic cracking? Hydrocarbons are heated to vaporise them and passed through a hot catalyst breaking down the molecules into smaller ones by thermal decomposition\nHow is cracking done using steam? Hydrocarbons are heated to vaporise them and mixed with steam and heated to very high temperatures breaking down the molecules into smaller ones by thermal decomposition \nWhat are the products of cracking? The products of cracking include alkanes and another type of hydrocarbon called alkenes.\nWhat is the balanced equation for the cracking of this alkane? \nC15H32 --> 2C2H4 C3H6 _______:The balanced equation for the cracking is: ;C15H32 --> 2C2H4 + C3H6 + C8H18\nWhy do do alkenes react with bromine water, but alkanes don't? Alkenes react with bromine water because they have a C=C making them more reactive than alkanes (which don?t react with bromine water)\nWhat is the chemical test and positive result for identifying alkenes? The chemical test for identifying alkenes is to add bromine water, the positive result is that the bormine was decolourises.\nWhy is cracking of hydrocarbons so important? Cracking is important because there is a high demand for fuels with small molecules and so some of the products of cracking are useful as fuels.\nHow are alkenes used in chemical industry? Alkenes are used to produce polymers and as starting materials for the production of many other chemicals.\nHow does modern life depend on the uses of hydrocarbons? Hydrocarbons are used to produce fuels for transport, generating electricity. They are the raw materials for producing plastics and other chemicals.","","Polymer : a substance which has a molecular structure built up chiefly or completely from a large number of similar units bonded together.\nIndustry : economic activity concerned with the processing of raw materials and manufacture of goods in factories.\nCatalyst : a substance that increases the rate of a chemical reaction without itself undergoing any permanent chemical change.\nCracking : decompose hydrocarbons by heat and pressure with or without a catalyst to produce lighter hydrocarbons, especially in oil refining.","","","Activity 1)\nAsk students to recall or work out what the term thermal decomposition means\nActivity 2)\nModel the idea of cracking using diagrams and pupil demos\nActivity 3)\nStudents construct word or symbol equations to show the process of cracking with steam\nActivity 4)\ndemo cracking to show the products formed\nActivity 5)\ndemo and example of how to complete cracking equations and then give a range for students to complete\nActivity 6)\nTeach students that C=C bond in alkenes and that is what makes them different to alkanes\nActivity 7)\nClass practical - identifying unknown hydrocarbons using bromine water\nActivity 8)\nTidying away task: "Why is cracking so important?"\nUse images to prompt students if necessary","Activity 4)\nCracking demo\n\n-----------\n\nActivity 7)\ntest tubes filled with cyclohexane and cyclohexene labelled A and B.\nBromine water.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27431","SFD","0","2019-04-23","1","0","10ASK/Sc","S5","C2.2.01","What is crude oil? Mark B2.1 TR","","Students should be able to recognise substances as alkanes given their formulae in these forms.\n","1) Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud.\n2) Crude oil is a mixture of a very large number of compounds. \n3) Most of the compounds in crude oil are hydrocarbons, which are molecules made up of hydrogen and carbon atoms only.\n4) Most of the hydrocarbons in crude oil are hydrocarbons called alkanes. The general formula for the homologous series of alkanes is CnH2n+2\n5) The first four members of the alkanes are methane, ethane, propane and butane.\n6) Alkane molecules can be represented in the following forms: C2H6 or displayed formula.\n8) Students do not need to know the names of specific alkanes other than methane, ethane, propane and butane.","Where does crude oil come from? Crude oil is a finite resource found in rocks. Crude oil is the remains of an ancient biomass consisting mainly of plankton that was buried in mud.\nIs crude oil a mixture of elements, compounds or both? Crude oil is a mixture of a very large number of compounds called hydrocarbons.\nWhat is the definition of a hydrocarbon? Hydrocarbons are molecules made up of hydrogen and carbon atoms only.\nDoes crude oil contain mostly alkanes or alkenes? Most of the hydrocarbons in crude oil are hydrocarbons called alkanes\nWhat are the names of the first four members of alkanes? The first four members of the alkanes are: methane, ethane, propane and butane.\nWhat is the general formula for alkane molecules? The general formula for the homologous series of alkanes is CnH2n 2.\nWhich of the following are examples of alkanes: C4H10, C2H4, C5H12? C4H10 and C5H12 are both examples of alkanes.\nName the alkane with:\na) 1 carbon\nb) 2 carbons\nc) 3 carbons\nd) 4 carbons:a) Methane;b) Ethane;c) Propane;d) Butane","","Alkene : any of the series of unsaturated hydrocarbons containing a double bond.\nAlkane : saturated hydrocarbons with all the carbons occupied by a hydrogen.\nHydrocarbon : a molecule consisting of only hydrogen and carbon.\nCrude oil : the remains of an ancient biomass consisting mainly of plankton that was buried in mud.","","","Activity 5)\nTeach - Monkey's Eat Peanut Butter as recall for naming hydrocarbons\nActivity 6)\nStudents deduce the general formula by modelling hydrocarbons\nActivity 7)\nCreate a table with the name, symbol, diagram for the first four hydrocarbons\n\nGF: suggest what the naming would be for other larger hydrocabons\nActivity 8)\nPlenary quiz showing the structure, symbols and students have to name","Activity 6)\nmolymods\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27432","SFD","0","2019-04-24","3","0","10ASK/Sc","S5","C2.2.03","What is a combustion reaction?","","Students should be able to write balanced equations for the complete combustion of hydrocarbons with a given formula.\n","1) The complete combustion of a hydrocarbon produces carbon dioxide and water.\n3) During combustion, the carbon and hydrogen in the fuels are oxidised. \n4) The combustion of hydrocarbon fuels releases energy. \n5) Knowledge of trends in properties of hydrocarbons is limited to: ? boiling points, ? viscosity, ? flammability.","What are the products of the complete combustion? The complete combustion of a hydrocarbon produces carbon dioxide and water.\nWhat is the balanced symbol equation for the complete combustion of methane (CH4)? (include state symbols in your answer):CH4(g) + O2(g) -> CO2(g) + H2O(g)\nWhat happens to the carbon and hydrogen atoms during combustion reactions? :During combustion, the carbon and hydrogen in the fuels are oxidised.\nWhat is the useful outcome of the combustion of hydrocarbon fuels? :The useful outcome of the combustion of hydrocarbon fuels is that it releases energy.\nDescribe how the each of the following properties changes as the length of hydrocarbon chains within a fraction increases:\na) Boiling point\nb) Flammability\nc) Viscosity:a) Boiling point increases as chain length increases.;b) Flammability decreases as chain length increases.;c) Viscosity increases as chain length increases.","","Products : a substance produced during a natural, chemical, or manufacturing process.\nFuel : material such as coal, gas, or oil that is burned to produce heat or power.\nOxidation : the addition of oxygen to a substance in order to form an oxide.\nCombustion: rapid chemical combination of a substance with oxygen, involving the production of heat and light.","","","Activity 1)\nStretch - Recall the products of combustion reaction using images to prompt students.\nChallenge - \nwrite and balance the symbol equation for the combustion reaction for methane\nActivity 2)\nTeach/Remind students that combustion reactions are examples of oxidation reactions\nActivity 4)\nThink > pair > share \nwhy are combustion reactions useful?\nActivity 5)\nInvestigating the flammability (how easy is it to ignite and cleanness of flame) and viscosity of different hydrocarbons (timing how long it takes to drip down the tile)\n\nStudents should identify the IV and DV and describe the control of the CV. \nEvaluate the quality of your data","Activity 5)\nwhite tiles \nsamples of hydrocabons \nsmall metal tubs (mineral wool) \npipettes \nsplints \ntimers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27433","CLA","0","2019-04-26","1","0","10b/Pr3","D8","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27434","CML","0","2019-04-26","2","0","10BSK/Sc","S2","P1.5.04","What is nuclear radiation?","","Students should be able to apply their knowledge to the uses of radiation and evaluate the best sources of radiation to use in a given situation.\n","1) Some atomic nuclei are unstable.\n2) The nucleus gives out radiation as it changes to become more stable. This is a random process called radioactive decay.\n3) Activity is the rate at which a source of unstable nuclei decays.\n4) Activity is measured in becquerel (Bq)\n5) Count-rate is the number of decays recorded each second by a detector (eg Geiger-Muller tube).\n6) An alpha particle (α) is this consists of two neutrons and two protons, it is the same as a helium nucleus\n7) A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\n8) A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\n9) The nuclear radiation emitted may be also be a neutron (n).\n10) Alpha is stopped by a few centimeters of air or a sheet of paper.\n11) Beta is stopped by a few millimeters of aluminium\n12) Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\n13) Gamma rays are the least ioninsing, because they are not charged.\n14) Alpha particles are the most ioninsing as they have a charge of plus 2.","What is meant by the term 'unstable' in terms of atomic nuclei? A nucleus that needs to emit subparticles to become stable.\nHow can a nucleus become more stable in terms of radiation? Emit alpha, beta or gamma radiation.\nWhat is meant by the term \'activity\' in terms of decay? The amount of radioactivity the radioactive isotope contains.\nWhat is radioactive activity measured in? Activity is measured in becquerel (Bq)\nWhat is the definition of \'count rate\' and what piece of equipment can measure it? A Geiger-Muller tube can be used to measure count rate.\nWhat are the different types of nuclear radiation that can be emitted and what is each made up of? The nuclear radiation emitted may be:; - an alpha particle (α) - this consists of two neutrons and two protons, it is the same as a helium nucleus; - a beta particle (\nWhat is a beta particle (β)? A beta particle (β) is a high speed electron ejected from the nucleus as a neutron turns into a proton\nWhat is a gamma ray (ĂŽÂł)? A gamma ray (ĂŽÂł) is electromagnetic radiation from the nucleus\nWhat is released during nuclear fission? A neutron is emitted during nuclear radiation.\nWhat will stop the alpha radiation? Alpha is stopped by a few centimeters of air or a sheet of paper;\nWhat will stop the Beta radiation? Beta is stopped by a few millimeters of aluminium\nWhat will stop the Gamma radiation? Gamma rays are stopped by a few centimeters of lead or a few meters of concrete.\nRelative to alpha and beta, how ionising is gamma radiation? Gamma rays are the least ioninsing.\nRelative to beta and gamma, how ionising is alpha radiation? Alpha particles are the most ioninsing.\nWhat are the different uses of radiation? Radiation can be used in some of the following ways:
;*Thickness of paper.
;* Detecting leaks in pipes.
;* Cancer treatment.
;* Detection of disease.","https://www.mrcorfe.com/MemoryAnchors/14116c13a2f42d639b6a61894f719a76.jpg\nhttps://www.mrcorfe.com/MemoryAnchors/d2888d49ee950783f74c81c8e06823a8.gif","Penetration : the extend to which radioactive wave or particle can pass through an object.\nNuclei : the positively charged central core of an atom, consisting of protons and neutrons and containing nearly all its mass.\nRadioactive decay : the splitting of unstable nuclei to emit radioactive waves.\nUnstable : volatile and likely to react.","","","Activity 6)\nModel alpha, beta, gamma and neutron decay using plasticine and/or stop frame animation. Models should show the atom before and after decay as well as the radiation emitted.\nActivity 10)\nDemonstrate the penetration of alpha, beta and gamma radiation. Link the penetration of each type of radiation to the nature of the radiation and the uses of the radioactive sources.\nActivity 11)\nPlan an experiment to determine the type of radiation emitted by an unknown radioactive source. Produce a risk assessment for this experiment.","Activity 6)\nPlasticine \nCameras\n\n-----------\n\nActivity 10)\nRadioactive sources\nGeiger muller tube\ncounter.\n\n-----------","","0","","0000-00-00","0","","0"),
("27435","CML","0","2019-04-23","1","0","10BSK/Sc","S4","P1.5.03","How has the model of the atom changed over time?","","Students should be able to describe why the new evidence from the scattering experiment led to a change
\nin the atomic model.\n\nStudents should be able to describe the difference between the plum pudding model of the atom and the nuclear model of the atom.\n","1) New experimental evidence may lead to a scientific model being changed or replaced.\n2) Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\n3) The discovery of the electron led to the plum pudding model of the atom.\n4) The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it.\n5) The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model replaced the plum pudding model.\n6) Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances. The theoretical calculations of Bohr agreed with experimental observations.
\n
\nDetails of experimental work supporting the Bohr model are not required.\n7) Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\n8) The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.
\n
\nDetails of Chadwick?s experimental work are not required.","Why might the scientific model of the atom change over time? Due to technological advances.\nWhat where the atoms thought to be like before the discovery of the atom? Before the discovery of the electron, atoms were thought to be tiny spheres that could not be divided.\nWhat did the discovery of the electron lead to? The discovery of the electron led to the plum pudding model of the atom.\nWhat did the plum pudding model suggest? The plum pudding model suggested that the atom is a ball of positive charge with negative electrons embedded in it\nWhat did the results from the alpha particle scattering experiment lead to? The results from the alpha particle scattering experiment led to the conclusion that the mass of an atom was concentrated at the centre (nucleus) and that the nucleus was charged. This nuclear model\nHow did Niel Bohr adapt the nuclear model? Niels Bohr adapted the nuclear model by suggesting that electrons orbit the nucleus at specific distances.\nWhat did later experiments on the atom lead to? Later experiments led to the idea that the positive charge of any nucleus could be subdivided into a whole number of smaller particles, each particle having the same amount of positive charge. The name proton was given to these particles.\nWhat did the experimental work of James Chadwick provide evidence of? The experimental work of James Chadwick provided the evidence to show the existence of neutrons within the nucleus. This was about 20 years after the nucleus became an accepted scientific idea.\nDescribe why the new evidence from the scattering experiment led to a change
\nin the atomic model.:Evidence from the scattering experiment led to a change
;in the atomic model.\nWhat is the difference between the plum pudding model of the atom and the nuclear model of the atom.:In the plum pudding model the atom was imagined to be a sphere of positive charge with negatively charged electrons dotted around inside it like plums in a pudding.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Charge : the property of matter that is responsible for ellectricity existing in a positive or negative form.\nTechnology : the application of scientific knowledge for practical purposes, especially in industry.\nOrbit : the path of an electron round an atomic nucleus.\nAlpha particle : a helium nucleus emitted by some radioactive substances.","","","Activity 2)\nProduce a timeline to show how our ideas about atoms have changed since ancient Greek times.\n\nFind out about the origins of the words protons, neutrons and electrons.\nActivity 5)\nModel the alpha scattering experiment using marbles and an upturned tray lifted just off the table with a hidden small mass in the centre.\nRoll the marbles (alpha particles) under the tray and note down how many go straight through, how many deflected slightly and how many deflected straight back.\nUse these observations to come up with a model of what is under the box (model of the atom). Mimicking Rutherford.\n\n---OR---\n\nby flicking a 1p coin through stack of 2p coins. The 1p coin represents the alpha particle and the stack of 2p coins the gold foil. How must the stacks be arranged in order that 90% of the coins go straight through without scattering? What conclusion can be drawn about the arrangement of atomic nuclei in a material and the amount of free space between nuclei?","Activity 5)\nRutherford alpha particle scattering demo (upturned tray with hidden small box and marbles).","","0","","0000-00-00","0","","0"),
("27436","CML","0","2019-04-24","3","0","10BSK/Sc","S2","P1.5.02","How do subatomic particles relate to each other?","","Students should be able to relate differences between isotopes to differences in conventional representations of their identities, charges and masses.\n","1) In an atom the number of electrons is equal to the number of protons in the nucleus. \n2) Atoms have no overall electrical charge.\n3) All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\n4) The total number of protons and neutrons in an atom is called its mass number.\n5) Atoms can be represented as shown in this example:
\n(Mass number) (Atomic number) 23 11 Na\n6) Atoms of the same element can have different numbers of neutrons; these atoms are called isotopes of that element.\n7) Atoms turn into positive ions if they lose one or more outer electron(s).","How does the number of electrons relate to the number of protons in an atom? In an atom the number of electrons is equal to the number of protons in the nucleus.\nWhat is the overall electrical charge of an atom? Atoms have no overall electrical charge.\nWhat do all atoms of a particular element have in common? What do we call this number? All atoms of a particular element have the same number of protons. The number of protons in an atom of an element is called its atomic number.\nWhat does the mass number of an atom refer to? The mass number of an atom is the total number of protons and neutrons.\nHow can atoms be represented? Atoms can be represented as shown in this example:;(Mass number) (Atomic number) 23 11 Na\nWhat is an isotope? An isotope is a version of an element that has the same number of protons to normal but a different number of neutrons.\nHow can an atom become a positive ion? Atoms turn into positive ions if they lose one or more outer electron(s).\nWhat is an isotope? Isotopes are atoms of an element with the normal number of protons and electrons, but different numbers of neutrons. Isotopes have the same atomic number, but different mass numbers.","https://www.mrcorfe.com/MemoryAnchors/82d1f1f4d0a3cd30619241f74716953d.jpg","Isotope : forms of the same element that contain equal numbers of protons but different numbers of neutrons in their nuclei, and hence differ in relative atomic mass but not in chemical properties; in particular, a radioactive form of an element.\nElement : each of more than one hundred substances that cannot be chemically broken down into simpler substances and are primary constituents of matter.\nNeutron : a subatomic particle of about the same mass as a proton but without an electric charge, present in all atomic nuclei except those of ordinary hydrogen.\nProton : a stable subatomic particle occurring in all atomic nuclei, with a positive electric charge equal in magnitude to that of an electron.","","","Activity 4)\nCalculate the mass number for a particular element given the number of protons and neutrons in the atom. Rearrange the equation to find number of protons or number of neutrons and the mass number.\nActivity 5)\nProduce a table showing the mass number, atomic number and number of neutrons for an element given in the form (_11^23) Na .\nActivity 6)\nUse simple modelling techniques to show that the number of protons in an isotope of an element remains constant but the number of neutrons changes.\nActivity 7)\nUse students to model losing electrons.","X","","0","","0000-00-00","0","","0"),
("27437","LAN","0","2019-04-23","1","0","10CLA/Sc","S7","P1.4.1","How does density change with changes of state?","","Students should be able to recognise/draw simple diagrams to model the difference between solids, liquids and gases.\n\nStudents should be able to explain the differences in density between the different states of matter in terms of the arrangement of atoms or molecules.\n\nStudents should be able to describe how, when substances change state (melt, freeze, boil, evaporate, condense or sublimate), mass is conserved.\n","1) The density of a material is defined by the equation:\ndensity = mass / volume\n2) The particle model can be used to explain\n? the different states of matter\n? differences in density.\n6) Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","What is the equation used to define the density of a material:The density of a material is defined by the equation:
;density = mass / volume\nWhat two things can the particle model be used to explain? The particle model can be used to explain the different states of matter differences in density.\nDraw a diagram pf particle arrangement for a solid; a liquid and a gas.:Solid: particles in a pattern and close together.
;Liquid: particles not in a pattern and close together.
;Gas: particles not in a pattern and far apart.\nIn terms of particles, explain why ther are differences in density between the different states of matter.:Gas are significantly less dense than liquids because the same number of particles are spread out over a significantly greater volume in a liquid.;Liquids are less dense than liquids because the same number of particles are spread out of a slightly greater volume than in a solid.\nWhat happens to the mass of a substance as it changes state? The mass of the substance is unchanged as it changes state due to the umber of particles remaining unchanged.\nHow do changes of state differ from chemical changes? Changes of state are physical changes which differ from chemical changes because the material recovers its original properties if the change is reversed.","","Pattern\nParticles\nDensity\nMelting","","","Activity 3)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers","Activity 1)\nstearic acid in test tubes\nthermometers\nKettles\nstop watches\nBeakers\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27438","LAN","0","2019-04-23","5","0","10CLA/Sc","S7","P1.4.02","What can change the internal energy of a substance?","","","1) Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\n2) If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\n3) Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\n4) Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","What is meant by the term \'internal energy\', in terms of particles? Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\nIf the temperature of a system increases, what three different things does the increase in temperature depend on? If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\nWhat is meant by the term \'internal energy\', in terms of kinetic and potential energy? Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\nWhat effect does heating change have on the energy stored within the system or state of matter? Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","","","","","Activity 1)\ninternal energy circus of practicals (or done as a demo)","Activity 1)\n1. ball hoop\n2. Ice in pack, strip of metal (lead) hammer \n3. Bike pump\n4. Kettle beaker thermometer ice spoon\n5. Rubber strip \n6. Metal pole (from conduction practical)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27439","LAN","0","2019-04-24","3","0","10CLA/Sc","S7","P1.4.03","Required Practical Density - DEMO set","","","1) Required practical 5 - density (AT skills 1)","","","","","","","Activity 1)\nActivity 1\n• 30 cm ruler marked off in mm\n• digital balance \n• regular shaped objects.\n\nActivity 2\n• digital balance\n• displacement can and something to stand it on (eg a brick)\n• various measuring cylinders\n• beaker of water and an extra empty beaker\n• paper towels\n• cotton or thin string\n• irregularly shaped objects.\n\nActivity 3\n• digital balance\n• 250 ml beaker\n• 100 ml measuring cylinder \n• suitable liquid eg sugar solution.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27440","LAN","0","2019-04-26","2","0","10CLA/Sc","S7","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27441","PKT","0","2019-04-23","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27442","PKT","0","2019-04-24","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27443","PKT","0","2019-04-26","2","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27444","DLN","0","2019-04-23","1","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27445","DLN","0","2019-04-24","3","0","10JCE/Sc","S1","","","","","","","","","","","","","","0","","0000-00-00","0","","0"),
("27446","CLA","0","2019-04-23","5","0","10MES/Sc","S6","C2.1.02","What factors affect the rate of a chemical reaction?","","Students should be able to predict and explain using collision theory the effects of changing conditions of concentration, pressure and temperature on the rate of a reaction\n\nStudents should be able to predict and explain the effects of changes in the size of pieces of a reacting solid in terms of surface area to volume ratio\n\nStudents should be able to use simple ideas about proportionality when using collision theory to explain the effect of a factor on the rate of a reaction.\n","1) Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\n2) The minimum amount of energy that particles must have to react is called the activation energy.\n3) Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\n4) Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.","What are the main principals of the collision theory? Collision theory explains how various factors affect rates of reactions. According to this theory, chemical reactions can occur only when reacting particles collide with each other and with sufficient energy.\nWhat does the term activation energy mean? The minimum amount of energy that particles must have to react is called the activation energy.\nHow does increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increase the rate of a chemical reaction? Increasing the concentration of reactants in solution, the pressure of reacting gases, and the surface area of solid reactants increases the frequency of collisions and so increases the rate of reaction.\nHow does increasing the temperature increase the rate of a chemical reaction? Increasing the temperature increases the frequency of collisions and makes the collisions more energetic, and so increases the rate of reaction.\nHow does increasing the concentration of a solution reactant or the pressure of a gas reactant affect the rate of a chemical reaction? Increasing the concentration of a solution reactant or the pressure of a gas reactant will increase the rate of a chemical reaction because there would a higher number of particles in the same area, therefore successful collisions between reactants particles will be more frequent, increasing the rate of reaction.\nHow does increasing the surface area to volume ration of a solid reactant affect the rate of a chemical reaction? Increasing the surface area to volume ratio will increase the rate of the chemical reaction because the there will be more contact between the reactant particles. Increasing the frequency of successful collisions.\nHow does changing the concentration of a reactant from 1M to 2M affect the rate of a chemical reaction? When the reactant concentration is 2M there are twice as many particles to react. This means the time it would take for the same number of successful collisions will half.","","Concentration: The amount of a substance per defined space.\nFrequency: The number of occurrences of a repeating event per unit of time.\nActivation energy: The energy required to start a chemical reaction.\nCollision: An event in which two or more bodies exert forces on each other for a relatively short time.","","","Activity 1)\nuse the fluffy balls to represent particles in reactions with changing factors. e.g higher/lower concentrations\nActivity 3)\nInvestigate particle size impact on rate of reaction. Collecting gas using water troughs. Calculate rate using 1 / time taken.\nActivity 6)\nGo further: create summary diagrams to explain these effects without using any words.\nActivity 7)\nExtended writing: Use collision theory to explain the change in rate of reaction in terms of particle behaviour for:\n\n• Concentration\n• Pressure\n• Surface area\n• Temperature\n• Catalyst.","Activity 1)\nfluffy balls\n\n-----------\n\nActivity 3)\n3cm magnesium ribbon pieces\nMg turnings \nMg powder \n1M hcl\nconical flasks\ndelivery tubes\ntroughs\nmeasuring cylinders\nstopclocks\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27447","CLA","0","2019-04-24","3","0","10MES/Sc","S6","C2.1.03","How can collision theory explain rates of reaction?","","Students should be able to recall how changing the concentrations of reactants in solution affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the pressure of reacting gases affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the surface area of solid reactants affects the rate of chemical reactions.\n\nStudents should be able to recall how changing the temperature affects the rate of chemical reactions.\n\nStudents should be able to recall how the presence of a catalyst affects the rate of chemical reactions.\n","1) Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\n7) Required practical 5 - rates of reaction (developing a hypothesis) (AT skills 1,3,5,6)","What factors can affect the rate of a chemical reaction? Factors which affect the rates of chemical reactions include: the concentrations of reactants in solution, the pressure of reacting gases, the surface area of solid reactants, the temperature and the presence of catalysts.\nHow does increasing the concentration of reactants in solution affect the rate of chemical reactions? Increasing the concentration of reactants in solution increases the rate of chemical reactions.\nHow does increasing the pressure of reacting gases affect the rate of a chemical reaction? Increasing the pressure of reactant gases increases the rate of chemical reactions.\nHow does increasing the surface area of solid reactants affect the rate of a chemical reaction? Increasing the surface area of solid reactants will increase the rate of a chemical reaction.\nHow does decreasing the temperature of a chemical reaction affect the rate? Decreasing the temperature of a chemical reaction decreases the rate of the reaction.\nHow does the presence of a catalyst affect the rate of a chemical reaction? The presence of a catalyst increases the rate of a chemical reaction.\nWhat equipment would you need to investigate the rate of a chemical reaction? Equipment you would need to investigate the rate of a chemical reaction: ;timer / stop watch ;measuring cylinder ;reactants ;balance ;gas syringe if product is a gas ;balance ;conical flask","","Pressure: The force applied perpendicular to the surface of an object per unit area over which that force is distributed.\nSurface area: A measure of the total area that the surface of the object occupies.\nConcentration: the amount of a substance per defined space. (often measured as mol/dm3 or g/dm3)\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nCircus of mini practicals measuring the rate of reaction. Students record their results in the table (shared area).\n\nGo further: In terms of rates of reaction explain why grass needs to be cut more often in the summer months. You should include any relevant chemical equations.","Activity 1)\nStation 1: marble chips and acid, conical flask with gas syringe, different concentration of HCl, small measuring cylinders.\n\nStation 2: marble chips and acid with delivery tube water bath set up, varying particle size of marble chips, measuring cylinders.\n\nStation 3: sodium thiosulfate reaction with different temperature reactant (room temp, ice and water bath), measuring cylinders.\n\nStation 4: pieces of magnesium, 1 M hydrochloric acid, conical flask and gas syringe, measuring cylinders.\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27448","CLA","0","2019-04-26","2","0","10MES/Sc","S6","C2.1.04","Why are catalysts often used in chemical reactions?","","Students should be able to identify catalysts in reactions from their effect on the rate of reaction and because they are not included in the chemical equation for the reaction.\n\nStudents should be able to explain catalytic action in terms of activation energy.\n","1) Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\n2) Enzymes act as catalysts in biological systems.\n3) Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\n\n* An opportunity to investigate the catalytic effect of adding different metal salts to a reaction such as the decomposition of hydrogen peroxide.\n4) A reaction profile for a catalysed reaction can be drawn in the following form: (energy level diagram with reduced Ea with catalyst)\n7) Students do not need to know the names of catalysts other than those specified in the subject content.","What are the key characteristics of a catalyst? Catalysts change the rate of chemical reactions but are not used up during the reaction. Different reactions need different catalysts.\nWhat is an example of a biological catalyst? Enzymes act as catalysts in biological systems.\nHow do catalysts increase the rate of chemical reactions? Catalysts increase the rate of reaction by providing a different pathway for the reaction that has a lower activation energy.\nWhat would the reaction profile for a reaction in the presence of a catalyst look like compared to the same reaction without a catalyst? The reaction profile for a catalyst would be lower than the pathway for the uncatalysed reaction. The catalyst reaction would be labelled Ea.\nAre catalysts included in the equation for a chemical reaction? Give a reason for your answer.:Catalysts are not included in the chemical equation for a reaction. This is because they are not used up in the chemical reaction.\nWhat is the relationship between catalytic action and activation energy? The relationship between catalytic action and activation energy is that the more effective the catalyst, the lower the activation energy is.\nWhat is the name of the catalyst used in the extraction of aluminium oxide? The catalyst used in the extraction of aluminium oxide is cryolite.","","Activation energy: The energy required to start a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.\nEnzyme: A protein manufactured by a cell, that acts as a biological catalyst.\nCatalyst: A substance that speeds up the rate of a chemical reaction, but is not consumed. Works by lowering the activation energy.","","","Activity 1)\ndemo:\nElephants toothpaste\nActivity 2)\nFind out which is the best catalyst at decomposing hydrogen peroxide\nActivity 4)\nStudents draw their predicted reaction profiles for with and without a catalyst -> evaluate and correct.\nActivity 7)\nWhy are catalysts used in industry?\n\nGo further: You are in charge of a factory producing a chemical. Which factor would you change to increase the rate of reaction? Why?","Activity 1)\nelephants toothpaste in large measuring cylinder and tray\n\n-----------\n\nActivity 2)\nper group: \n75 cm3 of 10 volume hydrogen peroxide solution. - About 0.5 g of powdered manganese(IV) oxide (manganese dioxide, MnO2). - About 0.5 g of lead(IV) oxide (lead dioxide, PbO2). - About 0.5 g of iron(III) oxide (red iron oxide, Fe2O3). - A small piece (about 1 cm3) of potato. - A small piece (about 1 cm3) of liver.\nwashing up liquid in small beaker with pipette\nstop clock\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27449","CLA","0","2019-04-23","1","0","10MES/Sc","S6","C2.1.01","How can we measure the rate of a chemical reaction?","","Students should be able to calculate the mean rate of a reaction from given information about the quantity of a reactant used or the quantity of a product formed and the time taken\n\nStudents should be able to draw, and interpret, graphs showing the quantity of product formed or quantity of reactant used up against time\n\nStudents should be able to draw tangents to the curves on these graphs and use the slope of the tangent as a measure of the rate of reaction\n\nStudents should be able to (HT only) calculate the gradient of a tangent to the curve on these graphs as a measure of rate of reaction at a specific time.\n","1) The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\n2) The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\n3) The units of rate of reaction may be given as g/s or cm3/s.\n4) Students are also required to use quantity of reactants in terms of moles and units for rate of reaction in mol/s. (HT only)","How can the rate of a chemical reaction be calculated? The rate of a chemical reaction can be found by measuring the quantity of a reactant used or the quantity of product formed over time: mean rate of reaction = quantity of reactant used / time taken OR mean rate of reaction = quantity of product formed / time taken\nHow is the quantity of a reactant or product measured? The quantity of reactant or product can be measured by the mass in grams or by a volume in cm3.\nWhat are the units for rate of reaction? The units of rate of reaction may be given as g/s or cm3/s.\n(HT only) What is the third unit that is used to measure the rate of reaction in terms of moles? (HT only) The quantity of reactants in terms of moles and units for rate of reaction in mol/s.\nWhat would the total amount of a product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes? The total amount of product formed if the rate of reaction is 4g/s and the reaction continues for 3 minutes would be 540g. ;This is worked out by: ;3 x 60 = 180s;4g x 180s = 540g\nWhat key features must be included for graphs showing the quantity of product formed or quantity of reactant used up against time? The key features of a graph to show the quantity of product formed or reactant used up would be an;appropriate scale, labels with units and a line of best fit excluding anomalies.\nHow do you draw a tangent on a curve to measure the rate of a reaction on a graph? To draw a tangent on a curve to measure the rate of reaction you should find a straight part of the curve of best fit. The slope of the tangent can be used to measure the rate reaction. The steeper the tangent the faster the rate of the reaction.\n(HT only) How do you calculate the gradient of a tangent of a curve from a graph? (HT only) To calculate the gradient of a tangent: ;1. choose any two points on the line.;2. draw a right-angled triangle with the line as hypotenuse.;3. use the scale on each axis to find the triangle's: vertical length. horizontal length.;4. work out the vertical length Ă· horizontal length.;5. the result is the gradient of the line","","Chemical reaction: A process that leads to the chemical transformation of one set of chemical substances to another.\nProduct: The species formed from chemical reactions.\nReactant: The starting materials in a chemical reaction.\nRate: The speed at which a chemical reaction proceeds.","","","Activity 1)\nDemo - iodine clock reaction with 5 student helpers \ntime how long to react.\nsketch/plot a graph of results to work out rate from graph or calculate direct from results\nActivity 2)\nFocus on gas collection (RP skills) \n\nReact CaCO3 with dilute HCl and measure the volume of CO2 evolved against time. IV - number of marble chips or volume of acid. \n\nCalculate rate by mass of chips / time taken or volume or gas / time taken. \n\nRecord the results and plot a graph of results of volume of gas against time.\nActivity 3)\nExplain what is meant by the units:\n• g/s\n• cm3/s \n• mol/s.\nActivity 4)\nExtended writing: write instructions to another student how to calculate the mean rate of reaction.\nActivity 6)\nAnalyse graphical data on ppt to identify and explain\nie:\n•initially rate is fast\n•slows down\n•reaction completion\n\nGo further: complete the measuring rate of reaction worksheet.\nActivity 8)\nGet students to calculate the gradient from graphs they have analysed using tangents.","Activity 1)\nRSC iodine clock demo (in your chem book)\n\n-----------\n\nActivity 2)\nClass set\nMarble Chips\n2M, 1.5M, 1M, 0.5M, 0.25M HCl\nConical flasks\nGas syringes\nBalances\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27450","SNK","0","2019-04-23","1","0","10SNK/Sc","S3","P1.4.2","What can change the internal energy of a substance?","","Students should be able to explain how the motion of the molecules in a gas is related to both its temperature and its pressure\n\nStudents should be able to explain qualitatively the relation between the temperature of a gas and its pressure at constant volume.\n","1) Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\n2) If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\n3) Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\n4) Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","What is meant by the term \'internal energy\', in terms of particles? Energy is stored inside a system by the particles (atoms and molecules) that make up the system. This is called internal energy.\nIf the temperature of a system increases, what three different things does the increase in temperature depend on? If the temperature of the system increases, the increase in temperature depends on the mass of the substance heated, the type of material and the energy input to the system.\nWhat is meant by the term \'internal energy\', in terms of kinetic and potential energy? Internal energy is the total kinetic energy and potential energy of all the particles (atoms and molecules) that make up a system.\nWhat effect does heating change have on the energy stored within the system or state of matter? Heating changes the energy stored within the system by increasing the energy of the particles that make up the system. This either raises the temperature of the system or produces a change of state.","","","","","Activity 1)\ninternal energy circus of practicals (or done as a demo)","Activity 1)\n1. ball hoop\n2. Ice in pack, strip of metal (lead) hammer \n3. Bike pump\n4. Kettle beaker thermometer ice spoon\n5. Rubber strip \n6. Metal pole (from conduction practical)\n\n-----------\n","","0","","0000-00-00","0","","0"),
("27451","SNK","0","2019-04-24","3","0","10SNK/Sc","S3","P1.4.5","How can the energy be calculated in the changes of state?","","Students should be able to distinguish between specific heat capacity and specific latent heat.\n","1) (MS) energy for a change of state = mass ? specific latent heat\nE = m L\nenergy, E, in joules, J\nmass, m, in kilograms, kg\nspecific latent heat, L, in joules per kilogram, J/kg\n2) Specific latent heat of fusion is the change of state from solid to liquid\n4) Specific latent heat of vaporisation is the change of state from liquid to vapour","What is the equation used to calculate the energy for a change of state? Include units in your response.:(MS) energy for a change of state = mass ? specific latent heat;E = m L;energy, E, in joules, J;mass, m, in kilograms, kg;specific latent heat, L, in joules per kilogram, J/kg\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of fusion is the change of state from solid to liquid for instance ice melting to water\nWhat is the difference between specific heat capacity and specific latent heat? Specific heat capacity is the amount of energy needed to raise the temperature of a substance by 1 degree. specific latent heat is the amount of energy needed to change the state of a substance.\nWhat is meant by the term specific heat of fusion? Give an example to show what this means.:Specific latent heat of vaporisation is the change of state from liquid to vapour. For example liquid water to steam.","","","","","","","","0","","0000-00-00","0","","0"),
("27452","SNK","0","2019-04-26","2","0","10SNK/Sc","S3","P1.4.7","What affects gas pressure?","","Students should be able to explain how the motion of the molecules in a gas is related to both its temperature and its pressure\n\nStudent